Pico Rivera City Council
March 11, 2025

Equipment:
• Workstations are protected by an Inactivity logoff
during the absence of the operator.
• Up to 4 PC monitors supported per Workstation.

Arbitrary number of Bosch Monitor Walls or a Barco
Monitor Wall (Transform N-series) may be used in
addition.
• KBD-Universal XF keyboard supported, connected to
Workstation via USB interface
• KBD-Universal XF keyboard supports Enterprise
System (select the desired Management Server)
• Bosch IntuiKey keyboard supported, connected to
either Workstation or IP decoder
• Bosch IntuiKey keyboard supports Enterprise System
(select the desired Management Server)
Intuitive operation:
• A unique flexible Image window (patent pending)
allows any combination of video window sizes and
layouts without the need of pre-configured layouts
• Any live Image pane can be switched to instant
playback (not valid for transcoded streams)
• Multiple instant playback Image panes
• Image panes can display live video, instant playback
video, text documents, maps, or web pages
• Enhanced map features: Device states indicated on
icons; special state events (for example motion
alarm) can be highlighted by defined colors or
blinking; thumbnail of camera appears on mouse
over; alarms of devices can be accepted and presets
can be accessed via context menu.
• Camera selection by double-click or drag and drop
from site maps, Logical Tree, or Favorites Tree
• Decoders can be organized in Monitor Walls from
within Operator Client Monitor Walls can be
controlled without connection to Management Server
• Control of analog monitors connected to decoders via
drag and drop
Efficient surveillance:
• Favorites tree can be individually configured per user • Call up Favorites with a click. Include complete views with Image pane layouts and camera assignments
• Intelligent tracking enables the camera to assist the operator by following an automatically or manually
selected object (PTZ camera or fixed cameras).
• Zoomable sitemaps with links, devices, sequences,
and Command Scripts provide excellent overview
• Automatic map positioning of a camera in a map
when this camera is selected
• Two audio listening options – selected channel only,
or multiple simultaneous channels
• Audio Intercom functionality
• When operating from a remote access, the operator
can retrieve Live and Playback via low bandwidth
using transcoded video or TCP for reliable connection
(Live Mode). Using Region of Interest further saves
network bandwidth when zooming into a section of
the camera image.

Efficient response:
• IVA is state-of-the-art intelligent video analysis that reliably detects, tracks, and analyzes moving objects
while suppressing unwanted alarms from spurious
sources in the image.
• Priority threshold defined for each operator group for escalation management
3 | Bosch Video Management System 6.0
• Selective auto-popup on alarm
• Alarms displayed in separate alarm window
• Up to 5 Image panes per alarm with live or playback
video, sitemaps, documents, or web pages displayed
in an “alarm row”, with highest priority alarms on top
• Audio file per alarm
• Workflow with user instructions and user comments,
optionally forced before clearing
• Email or SMS notification on alarm
• Alarm display on Monitor Wall
• Alarm auto clear options either time or state
dependent
Efficient investigation:
• Forensic Search allows the usage of Intelligent Video Analysis (IVA) algorithms on the recorded video
• Motion search in recordings allows easy locating of
changes in selected areas
• Sophisticated multi-camera Timeline allows easy,
graphical searching of recorded video
• Bookmarks in Live and Playback Mode for easy
investigation and export of recordings
• Selected clips can be exported to DVD, network
drives, or USB sticks with a few mouse clicks
• The operator can search for text data to quickly find the corresponding recordings.
• Text data is delivered by systems like foyer card
readers, automatic teller machines, point of sales,
petrol stations or Automatic Number Plate
Recognition.

Text data contains textual transaction data like
account numbers and bank routing codes. The text
data is stored within the Logbook as well as in the
recordings.

System Monitoring
• System-wide health monitoring, including Bosch
cameras, computers, and software.
• Network equipment and other third-party devices
monitored with SNMP.
• SNMP monitoring on the Management Server
computer provides monitoring information to other
Management Systems.

Customization and Interfacing
• Server SDK controls and monitors Bosch VMS
Management Server by scripts and external
applications.
• Client SDK controls and monitors Bosch VMS
Operator Client by external applications and scripts
(part of the related server configuration).
• Client Enterprise SDK controls and monitors
Bosch VMS Operator Client of an Enterprise System
by external applications.
• Cameo SDK easily embeds the content of the
Bosch VMS Image pane into clients of 3rd party
Physical Security Information Management (PSIM)
and other management systems.

For each Cameo SDK instance you need a
Workstation license.
• Custom Command Scripts can control all system
functionality.
• Powerful built in Command Script editor supports C#
and Visual Basic .Net.
• External software can trigger events and send text
data via virtual inputs.
• Any .Net programming language (for example C#) can
be used to interface Bosch VMS functionalities.
• Other systems can control a virtual matrix with
Allegiant CCL commands that can be sent via RS232.
• Compatible with Advantech ADAM-6000 series Digital
Input / Output modules.
• Compatible with Bosch Building Integration System.
• Compatible with UL intrusion panels from Bosch.

Parts included
• Bosch VMS is delivered electronically via download of the Setup in the Product Catalog.
• The Setup contains the following items:
– Installation program that can selectively install all components (Management Server, Video
Recording Manager, Configuration Client,
Operator Client, Video Streaming Gateway,
Mobile Video Service, Bosch VMS SDK,
Cameo SDK) in all supported languages
– Configuration Manual (PDF format) in all
supported languages (except Arabic)
– Operation Manual (PDF format) in all supported
languages (except Arabic)
• Quick Installation Guide (PDF format) in English,
French, German, Simplified Chinese and Spanish
Licenses are provided as eLicenses via email.

Technical specifications
System Specifications
Maximum number of workstations
simultaneously viewing the same
camera
Multicast: 100
Unicast: 5
Supported GUI languages English, German, Dutch, Italian, Portuguese, French, Spanish,
Simplified Chinese, Traditional
Chinese, Russian, Hungarian,
Japanese, Czech, Danish,
Finnish, Greek, Norwegian,
Polish, Swedish, Thai, Turkish,
Korean, and Arabic
Anti-Virus software must not perform a full-scan. Performance may decrease depending on configuration.

Event reaction time <1 second, assuming sufficient
network bandwidth
Alarm reaction time (incl. 1 live
Image pane, 1 instant playback
Image pane and 1 map Image
pane):

Maximum 2 seconds, assuming
sufficient network bandwidth
4 | Bosch Video Management System 6.0
Text data Restrictions for text data written
into the Logbook (this applies, if
entry is stored only in Logbook,
not in recordings):
10*Virtual Input (VI) with length
300 = 3000 characters: 109
items/sec (average)
10 * VI data field with length 800
= 8000 characters: 22 items/sec
(average)
10 * VI data field with length 30 =
300 characters: 500 items/sec
(average)
(item = data input event)
Restrictions for text data written
into recordings: Bosch VMS can
only process up to 3200 Bytes
(corresponds to about 3200
English characters in Unicode)
per event.

Bandwidth requirements for LAN Min. 1 Gbps for connections between:

Operator Client and Management
Server
Operator Client and VRM/DiBos
Management Server and
NVR/VRM/DiBos
Bandwidth requirements for
remote access
>= 300kbps
Hardware transcoder Hardware transcoder VIP-XTCXFINT or VJT-XTCXF must be configured in VRM, refer to VRM
documentation.

Hardware transcoding only
applicable for VRM connected
BVIP cameras.

For transcoding live streams it is
not required that the respective
camera is recording.

Required open ports See Online Help or Manual for
Configuration Client, chapter on
used ports.

Management Server Specifications
Maximum number of sustained
events
For highest performance server:
500 events/s with Logbook
1000 events/s without Logbook
5000 events/s at peaks (within
60 minutes) with Logbook
500 events/s from ONVIF
cameras
Logbook Supported by SQL Server 2014
Express (64-bit version)
4 GB Logbook size
Management Server Redundancy
(VMware)
Available with VMware HA.

Please contact Bosch Design
Engineer for redundancy
solutions.

The following software versions
are used:
• ESXi Server 5.1.0 U1
build 1065491
• vCenter Server 5.1.0 U1
build 1064983
Required hardware
• 2x DL380p Gen8
Management Server with
8 GB RAM and 1x 4-
port NIC (one DLxxx for
each ESXi server)
• 1x DL380p Gen8
Management Server with
8 GB RAM (for Control
computer with
monitoring) Not
necessary if Control
computer is installed on
ESXi server as virtual
machine. Note: For
configuration, only a
workstation is required.
• 1x Bosch DSA E-Series
For use with VMware you must
install the default NetApp
firmware on a DSA E-Series
device. The firmware and the
manual are available in the
Product Catalog of Bosch VMS (Software & Support).

Required VMware licenses/
Windows licenses
• 1x VCS-FND-C VMware
vCenter Server 5
Foundation for vSphere
up to max. 3 hosts. SNS is
required.
• 1x VCS-FND-G-SSS-C
Basic Support/
Subscription for vCenter
Server 5 Foundation for
vSphere for 1 year.
• 2x VS4-ADV-C VMware
vSphere 5 Advanced for 1
processor (max. 12 cores
per processor). SNS is
required. Included:
vShield Zones, Data
Recovery, Fault
Tolerance, Hot Add,
vMotion, Thin
Provisioning, High
Availability, Update
Manager, VCB / Storage
APIs, VC Agent, 4-way
vSMP, VMware ESXi or
VMware ESX, 12 Physical
Cores/CPU, 256GB
Physical Memory
5 | Bosch Video Management System 6.0
• 2x VS4-ADV-G-SSS-C
Basic Support/
Subscription for VMware
vSphere. Advanced for 1
processor for 1 year.

If current hardware is used, the
following licenses must be
ordered additionally:
• 1x Windows license for:

Windows Server 2008 R2
(64 Bit) for control
computer and ESXi
server.
• 3x licenses for 2nd CPU
Management Server Disaster
Recovery (Hyper-V Replica)
Hyper-V from Microsoft;
OS requirement:

Windows Server 2012 SR2 (64-
bit)
Minimum hardware
requirements:
2 HP ProLiant DL380 PCs with
16 GB RAM and 1x 4-port NIC,
200 GB hard disk
Management Server High
Availability (Hyper-V Failover
Cluster and Starwind)
Hyper-V from Microsoft;
OS requirement:

Windows Server 2012 SR2 (64-
bit) with Domain Controller for
HA
Minimum hardware
requirements:
2 HP ProLiant DL380 PCs with
16 GB RAM and 1x 4-port NIC
Shared storage for HA:

Tested with NetApp DSA E-Series
2600 with 2 controllers
Maximum number of Task
Schedules
200
VRM Specifications
Version 3.50
Previous versions are not
supported.

Maximum count of VRM servers
per Management Server
125 (maximum 2000 Cameras in
total)
Maximum data rate per iSCSI Please contact Bosch Design Engineer for iSCSI storage
solutions.

Max. number of playback sessions 64
Minimum Client Workstation PC Requirements
Operating System Windows 7 Professional or
Ultimate SP1 (64-bit) Windows

8.1 (64-bit, not Windows 8.0!)
We recommend installing Internet
Explorer 11.

CPU Intel Core i7 4770 3.4 GHz (up to

3.9 GHz)
RAM Minimum 8 GB
Free disk space Minimum 3 GB for Single Site
Systems
Minimum 5 GB for Enterprise
Systems
We recommend having minimum
15% free disk space.

Network card 1000Base-T
Display Resolution Minimum per monitor 1024x768
1280x1024 or higher
recommended
Recommended Graphic Cards MHW-AWGC-K2200
MHW-AWGC-K620
MHW-AWGC-K4200
MHW-AWGC-K5200
AMD FirePro W5100
Maximum Graphic Cards Specifications
Detailed information on the maximum number of
Image panes and the CPU load for various
workstations or servers and graphic cards in the
Application Guide “Display performance indication”.

Minimum Management Server, Mobile Video Service
and Configuration Client PC Requirements
Operating System Windows 2012 Server R2 (64-
bit) or Windows 2008 Server R2
SP1 (64-bit) required for > 500
cameras
Windows 8.1 (64-bit)
Windows 7 Professional or
Ultimate SP1 (64-bit) required
for Management Server,
Configuration Client and
Operator Client on the same
computer, and maximum 500 IP
cameras/encoders
We recommend installing Internet
Explorer 11.

CPU Intel Core i7 4770 3.4 GHz (up to

3.9 GHz)
RAM Minimum 8 GB
Free disk space Minimum 15 GB
We recommend having minimum
15% free disk space.
6 | Bosch Video Management System 6.0
Network card 1000Base-T
Display Resolution 1280 x 1024
Minimum VRM Server PC Requirements
Operating System Windows Server 2008 R2
(Standard Edition, 64-bit),
Windows Storage Server 2008
R2 (Standard Edition, 64-bit),
Windows 7 Ultimate, Professional
(SP1, 32-bit, 64-bit), Windows
Server 2012R2, Windows
Storage Server 2012R2
CPU 1x or 2x Quad-Core Intel Xeon
Processor E5606 (2.13 GHz, 8
MB L3 cache) or faster
RAM Minimum 4 GB
Free disk space 1000 MB
We recommend having minimum
15% free disk space.

Network card 1 Gbps
Display Resolution 1024x768 or higher
Mobile App / Web Client Requirements
Link to App Store www.boschsecurity.com/
MobileVideoService
Maximum number of Mobile Video
Service instances per
Management Server
5 Number of simultaneous
connections per Mobile Video
Service (1 mobile device
consumes 1 connection, each
stream consumes another
connection)
up to 20
Supported cameras IP cameras with H.264 or H.263
support that are controlled by
Bosch VMS (not controlled by
VIDOS)
ONVIF cameras
BRS/DiBos/DVR cameras
iOS Version for iPhone/iPad 7.1 / 8.3 / 9.0.2
Hardware version iPad iPad, iPad 2, iPad 3rd generation Hardware version iPhone iPhone 4, iPhone 4S, iPhone 5C
Browser (Web Client) Internet Explorer 11.0.9600,
Firefox 37.02,
Chome 42.0.2311
Device Compatibility
Intrusion panels
from Bosch
GV4 panels:

D9412GV4 (requires v2.x firmware upgrade
to support Mode 2)
D7412GV4 (requires v2.x firmware upgrade
to support Mode 2)
B-Series US1B:

B5512
B4512
B3512
B-Series US1A:

B9512G
B8512G
Barco Monitor Wall
Transform A Series
Barco RCPPlusAgent.exe 2.0.6.12 for Barco
Monitor Wall
Barco Monitor Wall
Transform N Series
Barco RCPPlus-Agent 0.9.0.3
Analog Matrix Switch Bosch Allegiant series, firmware 8.75 or later and Master Control Software version 2.94
Bosch POS/ATM
Bridge
Version 1.10.00.12(63029)/2010-9-10
CCTV Keyboard KBD-Universal XF keyboard (USB keyboard)
Bosch IntuiKey keyboard, firmware
version 1.96
Digital I/O Digital I/O Advantech ADAM-6050,
ADAM-6052, ADAM-6060, ADAM-6066
Digital Video
Recorder
DVR 431, 440, 451, 480, 630, 650, 670,
700 series (maximum 15 managed DVRs per
Management Server)
Bosch Recording Station 8.10, 8.11
DIVAR AN 3000 / 5000
DiBos, firmware version 8.7
Maximum 100 BRS/DiBos recorders per
Management Server
USB to Serial
adapter
Belkin serial adapter cable F5U103vea
Ethernet to Serial
adapter
Comtrol DeviceMaster RTS 4-Port
7 | Bosch Video Management System 6.0
BVIP Devices • FLEXIDOME IP panoramic 5000/7000
• FLEXIDOME and DINION
2000/4000/5000/7000/8000/9000
cameras series
• AUTODOME IP 7000/5000/4000
• EXTEGRA IP 9000; MIC 7000 with
VIDEOJET 7000 (supporting alarm
inputs, and outputs, audio, washer
relay, local recording and playback);
MIC 612/550
• MIC 550, 612, MIC7000 cameras with
VIDEOJET connect 7000 (supporting
alarm inputs and outputs, audio,
washer relay, local recording, and
playback)
• H.264 Series encoders and cameras
• MPEG-4, H.264 Main Profile, H.
264 Baseline Plus are supported (H.
264 Baseline and MPEG-2 not
supported)
• VIP-X Series encoders and cameras
Decoder:
• VIDEOJET decoder 3000/7000
• VIDEOJET decoder 8000 (supports 4K
cameras on Monitor Wall)
• VIP XD HD
• VIP XD
ONVIF cameras • Maximum 500 ONVIF cameras
Supported cameras are listed on the
Bosch Integration Partner Program
website. For non-listed cameras refer
to MBV-3RD PRTY.

Unmanged sites • Maximum 9999 unmanaged sites.
• Supported unmanaged devices: DVR
431, 440, 451, 480, 630, 650, 670,
700 series, DIVAR AN 3000, DIVAR AN
5000
• Maximum 5 DVR/DIVAR AN devices per
site
Connectivity with
Building Integration
System
Version 4.0 and 4.1
Foyer Card Readers Maximum 2 readers per Management Server are supported.

MINITER 485 is supported.

DTP 3N Box Allows for connecting maximum 4 ATM devices
to your Management Server.

Audio devices Supported audio formats:
• G.711
• L16
Remote Access
Remote Access Direct iSCSI and encoder replay is not
supported.

Live Playback Control
VRM x x x
VSG x x x
ONVIF x (via VSG) x (via VSG) x (via VSG)
Local Storage x - x
Live Only x - x
BRS/DiBos - - -
DVR x x x
Ordering information
Demoversion - Non Expandable
Demo license for 3 cameras, 2 workstations (1 with
Forensic Search), 2 CCTV keyboards, 2 DVRs.

Order number MBV-BDEM-60
Bosch VMS Lite 32 Edition - Non Expandable
Lite license for 32 Cameras, 2 workstations (1 with
Forensic Search), 1 CCTV Keyboard, 1 Mobile Video
Service.

Order number MBV-BLIT32-60
Bosch VMS Upgrade BLITE32 to BPro w. 32 channels
License to upgrade an installed Lite-32 Edition to a
Professional Edition with 32 channels. Always include
the computer hardware ID of installed Lite-32 system
with the order.

Order number BVMS-LITEPRO-32
Bosch VMS Lite 64 Edition - Non Expandable
Lite license for 64 cameras, 4 workstations (2 with
Forensic Search), 2 CCTV Keyboards, 1 Mobile Video
Service.

Order number MBV-BLIT64-60
Bosch VMS Upgrade BLITE64 to BPro w. 64 channels
License to upgrade an installed Lite-64 Edition to a
Professional Edition with 64 channels. Always include
the computer hardware ID of installed Lite-64 system
with the order.

Order number BVMS-LITEPRO-64
Bosch VMS Professional Edition
Base license for Professional Edition. 8 cameras; 2
workstations (1 with Forensic Search); 1 CCTV
keyboard; 1 DVR. All MBV-X* and MBV-F* options are
only available with Base license.

Order number MBV-BPRO-60
Bosch VMS Enterprise Edition
Base license for Enterprise System. 2 Management
Server subsystems (1 required for Enterprise
Management); 8 cameras; 2 workstations (1 with
Forensic Search); 1 CCTV keyboard; 1 DVR. All MBV-X*
and MBV-F* options are only available with Base
license.

Order number MBV-BENT-60
8 | Bosch Video Management System 6.0
1 Channel Expansion
Expansion license for 1 encoder/decoder channel.

Order the exact number required.

Order number MBV-XCHAN-60
Integration of 1 ONVIF compliant camera
Service to integrate 1 ONVIF compliant camera with
Bosch VMS. Terms and Conditions see Bosch
Integration Partner Program website.

Order number MBV-3RD-PRTY
1 Workstation Expansion
Expansion license for 1 workstation (each extra
workstation requires 1 license). Forensic Search
licenses must be ordered separately.

Order number MBV-XWST-60
1 DVR Expansion
Expansion license for 1 DVR. Order the exact number
required.

Order number MBV-XDVR-60
1 CCTV Keyboard Expansion
Expansion license for 1 CCTV keyboard. Order the
exact number required.

Order number MBV-XKBD-60
1 Forensic Search Expansion
Expansion license for 1 Forensic Search (one license is required per Workstation, not per camera or encoder).

Order number MBV-XFOREN-60
1 Enterprise Subsystem Expansion
Expansion license to add 1 Management Server to the
Enterprise System as a member of this system.

Order number MBV-XSUB-60
1 Mobile Video Service Expansion
Expansion license for 1 Mobile Video Service.

Order number MBV-XMVS-60
Bosch VMS Enterprise Upgrade for Pro
Upgrade license to expand a Professional Edition base
license to an Enterprise System base license.

Order number MBV-FEUP-60
Allegiant Matrix Connection
Expansion license to connect 1 Allegiant Matrix to a
Management Server.

Order number MBV-FALG-60
ATM/POS Connection
Expansion license to integrate ATM/POS devices.

Order number MBV-FATM-60
Bosch VMS OPC Server Connection for BIS
Expansion license to integrate a Building Integration
System (BIS).

Order number MBV-FOPC-60
Bosch VMS Failover VRM Expansion
Expansion license for 1 encoder channel used with a
Failover VRM.

Order number MBV-XFOV-60
Bosch VMS Dual Recording VRM Expansion
Expansion license for 1 encoder channel used for dual
recording.

Order number MBV-XDUR-60
Intrusion Panel
Expansion license to integrate intrusion panels.

Order number MBV-XINT-60
Bosch VMS Site Expansion
Expansion license for 1 site. Order the exact number
required.

Order number MBV-XSITE-60
Maintenance Lite-32-Edition
One year of maintenance cover for the Lite-32 license.

Order number MBV-MLIT32
Maintenance Lite-64-Edition
One year of maintenance cover for the Lite-64 license.

Order number MBV-MLIT64
Maintenance Professional Edition
One year of maintenance cover for the Professional
Edition base license.

Order number MBV-MPRO
Maintenance Enterprise Edition
One year of maintenance cover for the Enterprise
Edition base license.

Order number MBV-MENT
Maintenance Enterprise Upgrade for Pro
One year of maintenance cover for the upgrade license
from Pro to Enterprise.

Order number MBV-MEUP
Maintenance Channel Expansion
One year of maintenance cover for the channel
expansion license.

Order number MBV-MCHAN
Maintenance DVR Expansion
One year of maintenance cover for the DVR expansion
license.

Order number MBV-MDVR
Maintenance Workstation Expansion
One year of maintenance cover for the Workstation
expansion license.

Order number MBV-MWST
Maintenance CCTV Keyboard Expansion
One year of maintenance cover for the CCTV keyboard
expansion license.

Order number MBV-MKBD
Maintenance Forensic Search Expansion
One year of maintenance cover for the Forensic Search
expansion license.

Order number MBV-MFOREN
9 | Bosch Video Management System 6.0
Maintenance Enterprise Subsystem
One year of maintenance cover for an Enterprise
Subsystem expansion license.

Order number MBV-MSUB
Maintenance Mobile Video Service
One year of maintenance cover for the Mobile Video
Service expansion license.

Order number MBV-MMVS
Maintenance Allegiant Matrix Connection
One year of maintenance cover for an Allegiant Matrix
expansion license.

Order number MBV-MALG
Maintenance ATM/POS Connection
One year of maintenance cover for an ATM/POS
expansion license.

Order number MBV-MATM
Maintenance Intrusion Panels
One year of maintenance cover for an intrusion panel
expansion license.

Order number MBV-MINT
Maintenance OPC Server Connection
One year of maintenance cover for the OPC Server
Connection expansion license.

Order number MBV-MOPC
Maintenance Failover VRM
One year of maintenance cover for a Failover VRM
expansion license.

Order number MBV-MFOV
Maintenance Dual Recording VRM
One year of maintenance cover for a Dual Recording
VRM expansion license.

Order number MBV-MDUR
Maintenance Site Expansion
One year of maintenance cover for the site expansion
license.

Order number MBV-MSITE
Maintenance Lite-32-Edition
Three years of maintenance cover for the Lite-32
license.

Order number MBV-MLIT32-3YR
Maintenance Lite-64-Edition
Three years of maintenance cover for the Lite-64
license.

Order number MBV-MLIT64-3YR
Maintenance Professional Edition
Three years of maintenance cover for the Professional
Edition base license.

Order number MBV-MPRO-3YR
Maintenance Enterprise Edition
Three years of maintenance cover for the Enterprise
Edition base license.

Order number MBV-MENT-3YR
Maintenance Enterprise Subsystem Expansion
Three years of maintenance cover for the Enterprise
Subsystem expansion license.

Order number MBV-MSUB-3YR
Maintenance Enterprise Upgrade for Pro
Three years of maintenance cover for the upgrade
license from Pro to Enterprise.

Order number MBV-MEUP-3YR
Maintenance Channel Expansion
Three years of maintenance cover for the channel
expansion license.

Order number MBV-MCHAN-3YR
Maintenance DVR Expansion
Three years of maintenance cover for the DVR
expansion license.

Order number MBV-MDVR-3YR
Maintenance Workstation Expansion
Three years of maintenance cover for the Workstation
expansion license.

Order number MBV-MWST-3YR
Maintenance CCTV Keyboard Expansion
Three years of maintenance cover for the CCTV
keyboard expansion license.

Order number MBV-MKBD-3YR
Maintenance Forensic Search Expansion
Three years of maintenance cover for the Forensic
Search expansion license.

Order number MBV-MFOREN-3YR
Maintenance Mobile Video Service
Three years of maintenance cover for the Mobile Video
Service expansion license.

Order number MBV-MMVS-3YR
Maintenance Allegiant Matrix Connection
Three years of maintenance cover for an Allegiant
Matrix expansion license.

Order number MBV-MALG-3YR
Maintenance ATM/POS Connection
Three years of maintenance cover for an ATM/POS
expansion license.

Order number MBV-MATM-3YR
Maintenance OPC Server Connection
Three years of maintenance cover for the OPC Server
Connection expansion license.

Order number MBV-MOPC-3YR
Maintenance Failover VRM
Three years of maintenance cover for a Failover VRM
expansion license.

Order number MBV-MFOV-3YR
Maintenance Dual Recording VRM
Three years of maintenance cover for a Dual Recording
VRM expansion license.

Order number MBV-MDUR-3YR
10 | Bosch Video Management System 6.0
Maintenance Site Expansion
Three years of maintenance cover for the site
expansion license.

Order number MBV-MSITE-3YR
Accessories
KBD-Universal XF
USB CCTV-oriented keyboard for use with Bosch Video
Management System, BIS - Video Engine, or DIVAR IP
systems.

Order number KBD-UXF
Services
Maintenance Intrusion Panels
Three years of maintenance cover for an intrusion
panel expansion license.

Order number MBV-MINT-3YR
11 | Bosch Video Management System 6.0
Represented by:

Americas: Europe, Middle East, Africa: Asia-Pacific: China: America Latina:

Bosch Security Systems, Inc.
130 Perinton Parkway
Fairport, New York, 14450, USA
Phone: +1 800 289 0096
Fax: +1 585 223 9180
[email protected]
www.boschsecurity.us
Bosch Security Systems B.V.

P.O. Box 80002
5617 BA Eindhoven, The Netherlands
Phone: + 31 40 2577 284
Fax: +31 40 2577 330
[email protected]
www.boschsecurity.com
Robert Bosch (SEA) Pte Ltd, Security
Systems
11 Bishan Street 21
Singapore 573943
Phone: +65 6571 2808
Fax: +65 6571 2699
[email protected]
www.boschsecurity.asia
Bosch (Shanghai) Security Systems Ltd.
203 Building, No. 333 Fuquan Road
North IBP
Changning District, Shanghai
200335 China
Phone +86 21 22181111
Fax: +86 21 22182398
www.boschsecurity.com.cn
Robert Bosch Ltda Security Systems Division
Via Anhanguera, Km 98
CEP 13065-900
Campinas, Sao Paulo, Brazil
Phone: +55 19 2103 2860
Fax: +55 19 2103 2862
[email protected]
www.boschsecurity.com
© Bosch Security Systems 2016 | Data subject to change without notice 19885812363 | en, V9, 29. Jan 2016
PRODUCT SPECIFICATION video management solutions
C4016 / REVISED 2-9-17
International Standards
Organization Registered Firm;
ISO 9001 Quality System
VideoXpert™

SCALABLE VIDEO MANAGEMENT AND SURVEILLANCE SYSTEM
Product Features
• Designed to eliminate single points of failure and ensure reliability though fault-tolerant software, distributed architecture, and multiple levels of redundancy
• Provides scalability and modular expansion
• Provides migration paths for Endura® and Digital Sentry® systems • Aggregates VMS networks and manage all video through a single system (VideoXpert Ultimate distributions)
• Available in hardware and software-only distributions, for measured performance or convenient migration of customer-owned hardware • Microsoft® Windows®-based for easy setup and maintenance • Browser-based administration interface provides management capabilities without a hard client
• Supports up to 6 monitors per workstation, each driven by independent CPUs, displaying up to 16 streams per monitor • Workstations available with 3D mouse and programmable keyboard accessories to maximize operator control
• Extensible through plug-ins including mapping, video information overlays (eConnect), and license plate recognition (PlateSmart) • Create and assign tags, organizing network resources as you see fit • Native RAID 6 storage solution supports 3rd party and Pelco Optera cameras
• ONVIF compliant: Supports ONVIF S compliant cameras and devices • Investigation mode enables operators to synchronize video playback and export investigative playlists covering scenes of interest • Supported languages: German, Spanish, French, Italian, Korean, Polish, Portuguese, Russian, Turkish, Arabic, Japanese and Chinese (Simplified)
VideoXpert is a video management solution designed to fit surveillance operations of any size. Whether your operation has 100 cameras or 10,000, VideoXpert presents a solution to display, record, and manage your video resources.

VideoXpert servers can be clustered to provide redundancy and scalability within a single environment, enabling the system to grow in tune with your surveillance needs. As you add cameras, users, or recording devices, you can add servers and storage, enabling the system to support the additional resources and perform to your expectations. VideoXpert Ultimate can even aggregate other VideoXpert systems, tying multiple VideoXpert systems into a single interface. Through aggregation, administrators can build and maintain a concerted video management system containing multiple sites.

Designed for Windows platforms, VideoXpert is easy to install, quick to setup, and should be familiar to most users. The system supports unicast and multicast transmission modes, making it easy to adapt to your current network scheme. Simplified interfaces ensure that users can adopt and use the system with relative ease. From the Webbased Admin Portal, you can configure the system, manage the database of devices, configure users and permissions, and assign cameras to recording devices. Through the Ops Center software, operators gain access to high quality video and powerful investigative tools.

Administrators can migrate current Endura and Digital Sentry hardware and environments to VideoXpert, re-purposing hardware and reusing current video management infrastructures while gaining the benefits of VideoXpert. VideoXpert can also utilize NSM5200 and Digital Sentry storage hardware as recording solutions, preserving the video stored on those devices while providing access to VideoXpert features.

As distributed systems, VideoXpert Ultimate and Enterprise architecture ensure that there is no single point of failure that would compromise the system or video recording services. The system is designed with multiple levels of redundancy – through both purposebuilt hardware and sophisticated failover and redundant recording schemes – maximizing system uptime. The architecture allows individual components to continue operating in the event of failures elsewhere in the system.

VideoXpert can integrate with physical security systems and other building systems to deliver situational awareness and control. Built around open standards, VideoXpert includes a complete application programing interface (API), software development kits (SDKs), and dedicated technical support, allowing other systems’ manufacturers to develop interfaces leveraging VideoXpert’s capabilities.

VideoXpert also supports third-party IP cameras, allowing users to choose across hundreds of camera options from Pelco and third-party partners when configuring a system.

TECHNICAL SPECIFICATIONS
VideoXpert consists of four major components: Core, Media Gateway, Ops Center, and Storage Server. The Core performs central management operations, maintaining the system database, administering user rights and permissions, routing traffic, and other central operations. The Media Gateway handles all requests for video, ensuring that users at all levels of network access, LAN, WAN and even cellular, receive the right type of video for their application.

The Ops Center Client is the operator console, providing an intuitive, but powerful interface from which users can access and investigate video throughout the system. The Storage Server (VXS) records video and delivers recorded video to users.

CORE
The Core is the heart of the VideoXpert system, it maintains the database of cameras and recording devices. The Core also hosts a convenient Web interface called the Admin Portal, from which you can configure and manage the system. Through the Admin Portal, you can administer user accounts and permissions, determining the system functions and devices users can access. You can create and assign “tags” to quickly organize cameras and devices within the system. You can also configure and respond to events within the system.

The Core browser provides basic access to video streaming resources, ensuring that users with appropriate permissions can view video from the system even without a hard client, using just a standard web browser.

MEDIA GATEWAY
The Media Gateway routes video traffic to appropriate users as requested. When a user requests a video stream, the Core fields the request and determines whether the user possesses the appropriate permissions to view the video stream. If the user can view the stream, the Media Gateway connects the user with the appropriate device — camera, encoder, or recorder as necessary.

Like Core servers, Media Gateways can be added to VideoXpert modularly, allowing a system with 1000 cameras to support 20 users, or a system with 100 cameras to support 200 users. You can add Media Gateways to the system in tune with media delivery needs.

CORE/MEDIA GATEWAY COMBINATION
While you can leverage separate Core and Media Gateway servers for systems of sufficient scale, most systems can easily support a single server acting as a combined, Core and Media Gateway for your VideoXpert server. The double-duty server provides the complete range of VideoXpert functionality that you would expect for systems with fewer than 2000 cameras and 100 simultaneous users.

OPS CENTER
The Ops Center is a Windows-based application, providing an optimal environment from which users can watch live and recorded video. With the support of Enhanced Decoders, the Ops Center supports up to six monitors, each capable of displaying up to 16 video streams simultaneously. Through the Ops Center, users can configure and recall complete workspaces, enabling operators to quickly log in and get to work.

The application provides mechanisms to sort cameras by tags and other criteria, making it easy for users to find the cameras they need.

Users can switch between live and recorded video on the fly, ensuring a seamless viewing experience. With appropriate permissions, users can also share workspaces and even use the same tabs simultaneously, enabling collaboration within your surveillance operations.

The Ops Center also provides an Investigation Mode, through which users can create playlists from multiple video clips encompassing important scenes from an investigation. Users can export and encrypt their investigations, storing clips relevant to their investigation independent of the system’s network video storage for evidentiary safe-keeping and quick access.

The Ops Center supports modular plug-ins, exposing additional functionality for operators as required by your surveillance operations. The Mapping plug-in enables operators to arrange and find cameras on maps. Through mapping, operators can find and the camera providing the view they need, when they need it. The PlateSmart plug-in exposes license plate numbers, to track vehicles as they come and go. The eConnect plug-in displays real-time gaming information as a video overlay.

STORAGE
VideoXpert Storage (VXS) is a RAID 6, high-availability recording platform that captures recorded video for your VideoXpert system.

The system’s operating system is contained on an SSD, freeing more space for video and ensuring higher reliability; hard drives belonging to the RAID array are front-loading, making it easy to remove and replace failed drives. Storage servers also maintain performance levels in both normal and RAID error conditions, preventing dips in performance and ensuring that users can always obtain the video they need through VideoXpert.

VideoXpert Storage natively supports third-party IP cameras via ONVIF S and driver packages, so you can bring your cameras into VideoXpert without expensive translation interfaces.

You can configure Storage through the same Web interface you use to configure the rest of your VideoXpert system, making it easy to set recording schedules and assign cameras to your storage servers.

Storage supports motion, alarm, and bump-on-alarm style recording, so you can always capture events relevant to your environment at high quality. Storage also supports redundant recording, ensuring that VideoXpert continues recording video even if a single Storage server falls offline.

TECHNICAL SPECIFICATIONS

SYSTEM TOPOLOGY
VideoXpert Ultimate allows for expansion at any level of your security environment. Your system begins with a single server hosting the Core and Media Gateway. In addition your system requires the OPS Center and Storage Server. As your surveillance needs grow, you can add servers to expand modularly within a single environment, or you can aggregate multiple VideoXpert systems to provide a single point of access for distributed video management networks.

VIDEOXPERT ACCESSORY SERVER
You can install the VideoXpert Accessory Server to provide NTP, basic DHCP, active failover, and load balancing services for smaller networks. The Accessory Server offers a native, multipurpose solution to control your time and addressing services from within VideoXpert.

When acting as a load balancer, the Accessory Server bridges multiple Core/Media Gateway (CMG) servers, optimizing performance and providing redundancy for your VideoXpert network. With the Accessory Server, you can easily increase your VideoXpert network’s capacity and ensure the system’s uptime so that users always have access to video.

LOCAL

OPERATORS
LOCAL

OPERATORS
REMOTE

OBSERVER
CORE/

MEDIA GATEWAY
3RD PARTY
SYSTEM

CUSTOMER FACILITIES

CUSTOMER FACILITIES

REMOTE CLIENT

OPS CENTER CLIENT
LOCAL

ADMINISTRATORS

ADMIN PORTAL

STORAGE
SERVER eConnect

ADMIN PORTAL

ULTIMATE SYSTEM

ENTERPRISE

TECHNICAL SPECIFICATIONS

OPERATOR WORKSPACE TOPOLOGY
The Ops Center supports up to six monitors: one connected directly to the Ops Center, and the other five driven independently by Enhanced Decoders.

The Enhanced Decoders enable each monitor connected through a workstation to display up to 16 video streams (up to 6 1080p streams) while maintaining a seamless user experience.

Enhanced Decoder-driven monitors operate just like native monitors; users can move windows across monitors seamlessly. But, when the user requests a video stream or plug-in, the Enhanced Decoder communicates directly with VideoXpert servers to get and decode video. This enables operators to maximize the display-capabilities of the Ops Center without complicating the user experience.

ADVANCED OPERATOR CONTROLS
In addition to the standard keyboard and mouse, Ops Center workstations support an Enhanced Keyboard, and Enhanced Mouse, and the KBD5000.The Enhanced keyboard includes programmable keys to which operators can map shortcuts to their favorite tabs and workspaces; The new Enhanced Mouse or your existing KBD5000 are mapped to the full range of Ops Center controls; an operator can perform any and all operations using either control.

Ops Center
Monitor 4 Monitor 5
Monitor 1 Monitor 2 Monitor 3
Monitor 6
Legend
CAT5e

HDMI, VGA,
or DisplayPort
DVI-D or DisplayPort
Enhanced
Decoder
Enhanced
Decoder
Enhanced
Decoder
Enhanced
Decoder
Enhanced
Decoder
KBD5000 ENHANCED KEYBOARD ENHANCED 3D MOUSE

TECHNICAL SPECIFICATIONS

HARDWARE
Core/CMG Media Gateway Ops Center Storage
Enhanced Decoder
Accessory Server
(D10U Models)
Processor Intel® Xeon® E3-1275 v3 Intel® Xeon®
E3-1276 v3 Intel® Core™ i7-6700T
Memory 32 GB DDR3 ECC 8 GB DDR3 Non-ECC 32 GB DDR3 ECC 8 GB DDR4 Operating System Microsoft® Windows® Server 2012 Windows 7 Ultimate SP1
Microsoft® Windows®
Server 2012 –
SSD Storage 480 GB 120 GB 120 GB 200 GB 128 GB
HDD
Storage 1 TB N/A Up to 96 TB
N/A
RAID Level N/A RAID 6
Effective
Capacity N/A N/A
VXS-48: 32.70 TB
VXS-72: 54.50 TB
VXS-96: 76.40 TB
Optical Drive N/A DVD±RW N/A
USB Ports USB 2.0 1 front, 2 rear 2 front, 2 rear --
USB 3.0 2 rear 2 rear 2 front, 4 rear

MINIMUM SYSTEM
REQUIREMENTS1 Core/CMG Media Gateway Ops Center Storage D10U Models Processor Intel i7 Intel i7 64-bit CPU Intel® Xeon®
E3-1276 v3
Enhanced Decoder is
not available as a
software distribution
Memory 16 GB 8 GB 8 GB (2x 4 GB dualchannel)2 32 GB DDR3 ECC Operating System Microsoft® Windows® Server 2012 Windows 7 Ultimate SP1 or later
Microsoft® Windows®
Server 2012
Video System Intel HD Graphics P4700 or better VGA interface Interface Gigabit Ethernet (1000Base-T)
1 Software distributions tested without antivirus software installed. 2 Failing to use dual-channel memory may result in lowered performance when viewing video on local monitors.

VIDEO Core/CMG Media Gateway Ops Center Storage D10U Models Video System Intel HD Graphics P4700
Intel HD Graphics
P4700; supports
optional upgrade
VGA interface; VXS
models are designed to
be configured remotely
through web interface.

Intel HD
Memory Shared Shared; 1 GB for OPSWKS6 Shared
Video Outputs 2x DisplayPort, DVI-D, VGA
2x DisplayPort, DVI-D,
VGA; Supports up to 6
outputs for OPS-WKS6
DisplayPort, HDMI
Max Resolution DisplayPort 3840 x 2160 at 60 hz 3840 x 2160 at 60 hz DVI-D and VGA 1920 x 1200 at 60 hz 1920 x 1200 at 60 hz Video Standards
NTSC 60 Hz 60 Hz
PAL 75 Hz 50 Hz
NETWORKING Core/CMG Media Gateway Ops Center Storage D10U Models Interface Gigabit Ethernet (1000Base-T) ports (2x) Gigabit Ethernet (1000Base-T) port (1x)
Throughput N/A
450 Mbps recording /
176 Mbps playback
(Simultaneously)
N/A

TECHNICAL SPECIFICATIONS
FRONT PANEL Core/CMG Media Gateway Ops Center Storage D10U Models Buttons Power, configuration/reset Power
Indicators
Unit Status Green, amber, red Blue, red, off White, flashing white Primary Network Green, amber, red Green, off Green, orange, off Secondary
Network Green, amber, red Green, off N/A
Software Status Green, amber, red (based on diagnostics) N/A Hard Disk Status Green, red, off (behind bezel)
OS Drive (SSD):

Amber, off Flashing white RAID Drives:

Blue, red, off
Power Status N/A Green, off N/A
Power Fail Status N/A Red, off N/A
POWER Core/CMG Media Gateway Ops Center Storage D10U Models Power Input 100 to 240 VAC 50/60 Hz, autoranging
Power Supply Internal Internal, Redundant
Power Supply External, 65 W
Power
Consumption
100 VAC 160 W, 1.60 A, 547 BTU/H N/A

19.5 VDC, 3.34 A
115 VAC 160 W, 1.39 A, 547 BTU/H N/A
120 VAC N/A 414W, 3.45A,
1411 BTU/H *
220 VAC 160 W, 0.72 A, 547 BTU/H N/A
240 VAC N/A 406W, 1.69A,
1386 BTU/H *
* Power consumption is based upon maximum capacity.

ENVIRONMENTAL Core/CMG Media Gateway Ops Center Storage D10U Models Operating Temperature 10° to 35°C (32° to 95°F) at unit air intake (front of unit) 5° to 35°C (41° to 95°F) Non-Operating Temperature –40° to 65°C (–40° to 149°F) –40° to 60°C (–40° to 140°F)
–40° to 65°C
(–40° to 149°F)
Operating Relative Humidity 20% to 80%, noncondensing 20% to 95%, noncondensing
20% to 80%,
noncondensing
Non-Operating Relative Humidity 10% per hour 5% to 95%, noncondensing 10% per hour
Operating Altitude –15 to 3,048 m (–50 to 10,000 ft)
Operating Vibration 0.25 G at 3 Hz to 200 Hz at a sweep rate of 0.5 octave/minute 0.66 GRMS Note: The temperature at the unit air intake can be significantly higher than room temperature. Temperature is affected by rack configuration, floor layout, air conditioning strategy, and other issues. To prevent performance failure and unit damage, make sure the temperature at the unit is continuously within the operating temperature range.

PHYSICAL Core/CMG Media Gateway Ops Center Storage D10U Models Construction Steel and plastic cabinet
Finish Front Panel Dark gray with metallic silver end caps Black Chassis Dark gray Silver Black
Dimensions (D x W x H) 50.8 x 43.4 x 8.9 cm (20 x 17.1 x 3.5 in) 64.8 x 43.7 x 13.2 cm (25 x 17.2 x 5.2 in)

3.6 x 17.8 x 18.2 cm
(1.14 x 7.0 x 7.2 in)
Mounting (RU) 2 RU 3 RU N/A (mount included)
Unit Weight 13.06 kg (28.8 lb) 12.38 kg (27.29 lb) 12.38 kg (27.29 lb) 35.5 kg (78 lb) 1.41 kg (3.12 lb)

TECHNICAL SPECIFICATIONS

SOFTWARE LICENSES, SERVERS, AND WORKSTATION MODELS
Use the following table to create a model number for your VideoXpert hardware and/or software package. Your model number consists of the class of your VideoXpert environment (enterprise or ultimate), the model, and the country-code (where applicable). Models ending in US and EUK include power cords for their respective regions; models without a country code do not. Power cords are available as separate accessories. For example, an Enterprise Core server for Europe is labeled E1-COR-SVREUK.

While Pelco servers, workstations, and recorders do not require activation licenses, certain software features and platform upgrades do. Aggregated cameras and cameras recorded to VideoXpert Storage require a single license per channel. Consult Pelco Sales to ensure you obtain all the necessary equipment and licenses required to support your environment.

Due to the complexity of network and system design for larger distributions, VideoXpert Ultimate requires either training certification, or that the installation be performed by Pelco Professional Services. While not required for Enterprise distributions, it is strongly recommended that system installers and administrators be Pelcocertified.

STORAGE MODELS
Use the table below to find the model number for your VideoXpert Storage Server. The model number consists of the VideoXpert distribution, model, the amount of storage, and the country-code (where applicable). Models ending in US and EUK include power cords for their respective regions; models without a country code do not. For example, an Enterprise Storage Server with 48 TB of storage for the US is labeled E1-VXS-48-US.

Distribution Model Country Code (Optional) Description
(Ultimate) U1
or
(Enterprise) E1

CMG-SVR
US = North America
EUK = Europe/United
Kingdom
VideoXpert Core and Media Gateway all-in-one hardware
COR-SVR VideoXpert Core server hardware
MGW-SVR Media Gateway server hardware
OPS-WKS Ops Center workstation
OPS-WKS6 Ops Center workstation with upgraded graphics card, enabling use of up to 6 monitors using Enhanced Decoders (D10U-A2-DEC).

NSM-1UP Upgrade license enabling NSM5200 models to support VideoXpert systems DSS-1UP Upgrade license enabling DS servers to serve as recorders within VideoXpert 1C-SUP1 Software upgrade subscription; entitles you to upgrades for one year 1C-SUP3 Software upgrade subscription; entitles you to upgrades for three years 1C Camera license for VideoXpert Storage (VXS)
32C 32 camera licenses for VideoXpert Storage (VXS)
E1 BASE Enterprise base license, including one Core, one Media Gateway, one VXS license, and 32 camera licenses
U1 AGG-1C Ultimate site upgrade license for managing one camera Distribution Model Storage (in TB) Country Code (optional) Description (Ultimate) U1
(Enterprise) E1 VXS
48 US = North America
EUK = Europe/United Kingdom
VXS with 48 TB storage (32.70 TB effective storage)
72 VXS with 72 TB storage (54.50 TB effective storage)
96 VXS with 96 TB storage (76.40 TB effective storage)
Pelco by Schneider Electric
3500 Pelco Way, Clovis, California 93612-5699 United States USA & Canada Tel (800) 289-9100 Fax (800) 289-9150
International Tel +1 (559) 292-1981 Fax +1 (559) 348-1120 www.pelco.com www.pelco.com/community

TECHNICAL SPECIFICATIONS

SUPPORTED LANGUAGES
The Admin Portal and Ops Center interfaces are available in:

SUPPLIED ACCESSORIES
Keyboard (Core, Media Gateway, CMG, and Ops Center models) Mouse (Core, Media Gateway, CMG, and Ops Center models) USB drive containing resource and recovery information
Rack mount kit
Power cord (for applicable models)

OPTIONAL POWER ACCESSORIES
PWRCRD-S-AR Standard power cord, Argentina
PWRCRD-S-AU Standard power cord, Australia
PWRCRD-S-EU Standard power cord, Europe
PWRCRD-S-UK Standard power cord, United Kingdom
PWRCRD-S-US Standard power cord, United States
PWRCRD-R-AR Round power cord, Argentina
PWRCRD-R-AU Round power cord, Australia
PWRCRD-R-EU Round power cord, Europe
PWRCRD-R-UK Round power cord, United Kingdom
PWRCRD-R-US Round power cord, United States

VIDEOXPERT ACCESSORY SERVER
D10U-A2-ACC VideoXpert Accessory Server
D10U-A2-ACC-US VideoXpert Accessory Server with US power cord
D10U-A2-ACC-EUK VideoXpert Accessory Server with
Europe/United Kingdom power cord

OPS CENTER CLIENT OPTIONAL ACCESSORIES
D10U-A2-DEC Enhanced Decoder and mount
D10U-A2-DEC-US Enhanced Decoder and mount with
US power cord
D10U-A2-DEC-EUK Enhanced Decoder and mount with
Europe/United Kingdom power cord
3DX-600-3DMOUSE Enhanced 3D Mouse and Joystick
Y-U0023-G910KBD Enhanced Keyboard
A1-KBD-3D-KIT2 Enhanced Keyboard and 3D Mouse
Combination Kit

STORAGE SERVER ACCESSORIES
NSM5200-PS Replacement power supply module for
VSM/NSM5200 models
NSM5200-FAN Replacement system fan (upper-middle) for
VSM/NSM5200 models
NSM5200-FANB Replacement rear-chassis (rear panel) fan for VSM/NSM5200 models
HD5200-3000 Replacement 3 TB hard drive and carrier for VSM/NSM5200 models
DS-EN-4TB-HDD Replacement 4 TB hard drive and carrier for VSM/NSM5200 models
VXS-HDD-6TB Replacement 6 TB hard drive and carrier for VXS Models

STANDARDS/ORGANIZATIONS
• Pelco is a member of the MPEG-4 Industry Forum
• Pelco is a member of the Universal Plug and Play (UPnP) Forum, Steering Committee
• Pelco is a member of the Universal Serial Bus (USB) Implementers Forum • Pelco is a contributor to the International Standards for Organization / Electrotechnical Commission (ISO/IEC) Joint Technical Committee 1 (JTC1), “Information Technology,” Subcommittee 29, Working Group 11 • Compliance, ISO/IEC 14496 standard (also known as MPEG-4) • Compliance, International Telecommunication Union (ITU) Recommendation G.711, “Pulse Code Modulation (PCM) of Voice Frequencies”
• Compliance, Open Network Video Interface Forum (ONVIF) Profile S • German
• Spanish
• French
• Italian
• Korean
• Polish
• Portuguese
• Russian
• Turkish
• Arabic
• Chinese (simplified)
• Japanese

CERTIFICATIONS
At the time of this publication, certifications for Class A products are pending. Consult the factory, our Web site (www.pelco.com), or the most recent B.O.S.S.® update for the current status of certifications.

Core/CMG
Media
Gateway Ops Center Storage
Enhanced Decoder/
Accessory Server
(D10U Models)
Enhanced 3D
Mouse
3DX-600-3DMOUSE
Enhanced
Keyboard
Y-U0023-G910KBD
CE
FCC, Part 15 Class A Class A Class A Class A Class B Class B Class B ICES-003
UL/cUL Listed   
C-Tick    
CCC  
KC   
Pelco, the Pelco logo, and other trademarks associated with Pelco products referred to in this publication are trademarks of Pelco, Inc. or its affiliates. ONVIF and the ONVIF logo are trademarks of ONVIF Inc. All other product names and services are the property of their respective companies.

Product specifications and availability are subject to change without notice. ©Copyright 2016, Pelco, Inc. All rights reserved.

WWW.ONSSI.COM / 845.732.7900 / [email protected]
Ocularis is OnSSI’s innovative and cost
effective open platform Video Management
Software (VMS) designed to enhance your
security while simplifying your daily workload.

From convenience stores to citywide deployments and everything in between, Ocularis can scale up to accommodate an infinite
number of cameras to match your growing
system needs.

Ocularis lets you record both analog video
and video from newly integrated IP network
cameras, and can become your Physical
Security Information Management (PSIM)
platform, putting you in control of advanced
tools and enhanced integrations like smart
motion detection, access control, biometrics,
and behavior analytics.

The Ocularis platform is offered in three
feature sets – Professional, Enterprise and
Ultimate – to meet the needs of organizations
of all sizes and types.

The Ocularis Professional feature set is
designed for organizations operating at single
or multiple locations with no size limitations.

It supports live monitoring and playback with
multiple investigation tools.

For full list of features, see the Ocularis Architecture & Engineering (A&E) document, available by request.

PROFESSIONAL
Code: 061616 v5.2
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FULL-FLEDGED VMS WITH PHYSICAL

SECURITY INFORMATION MANAGEMENT
(PSIM) FUNCTIONALITY
Ocularis manages video and event data received
from cameras connected to multiple recording
servers, as well as from physical security, content
analytic, environmental detection, transaction
and other enterprise systems.

DESIGNED FOR INTEGRATION
Ocularis allows the integration of a host of addon components via integration tools including Data Link integration events, API commands,
contact closure and more. A free Software
Development Kit (SDK) is also available for 3rdparty manufacturers to integrate their systems into Ocularis.

OPEN-ARCHITECTURE NON-PROPRIETARY

TECHNOLOGY
Ocularis runs on off-the-shelf PC hardware and
supports leading manufacturers’ cameras and
devices, and all industry-standard compression
formats (MPEG-4, MJPEG, H.264 and MxPEG)
and the ONVIF and ONVIF Profile S standards.

Ocularis Base and Ocularis Recorders are also
fully supported in virtual environments such as
VMWare and Microsoft Hyper-V.

CAMERA NVR SUPPORT
Axis and Samsung cameras can be used directly
– utilizing the native recording capability of the
camera – eliminating the need for a PC-based
NVR.

OCULARIS MIX & MATCH
Ocularis allows the use of multiple different
recorders under the same Base. This allows
users to tailor the system to meet their needs.

Ocularis Mix & Match allows an Ultimate user to
install Professional and camera NVRs – as well
as legacy Ocularis 4.x recorders – in the same
system with centralized user and event management.

DYNAMIC DATA MANAGEMENT
Ocularis Ultimate features efficient and dynamic
data management with automatic load balancing
and no archiving requirements. Multiple storage
zones can be configured with storage quotas.

PRIORITY CAMERA RECORDING
Cameras can be prioritized to ensure that critical
areas are recorded in the event that disk space is
limited.

ALARM RECORDING
Alarm recording, based on motion detection and
other inputs, can be configured with different
retention policies from standard recording to
ensure that critical events are saved.

CRITICAL CAMERA FAILOVER
Ocularis Client features automatic switching of
interrupted or disconnected video streams in
any live view – including maps and blank screen
events – to designated alternate camera streams.

FEATURES
Code: 061616 v5.2
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CENTRAL MANAGEMENT FOR ALERTING,

SHARED EVENT HANDLING, CLIENT ASSET AND

USER AUTHORIZATION DATA
All hardware and system operators are managed by the Ocularis Base, which coordinates all event and alert handling, manages users’ rights
to specific cameras and functions system wide
(Active Directory supported), and distributes all
shared assets.

USER AUDIT LOGGING
All user activity may be logged by enabling
auditing in Ocularis Base. An easy-to-use query
tool provides easy-to-read, color-coded results
and export capability for further investigation and
statistical reporting.

END-TO-END DATA ENCRYPTION
Ocularis features encryption of all communication
between servers and clients, and also supports
HTTPS encryption between devices and recorders.

COMPOSITE EVENTS (‘EVENT FUSION’)
Composite Events are created by linking two
camera events or alerts, configured by sequence
order, time interval and logical conditioning (e.g.
‘If Door “A” opens, but no motion detection on
Camera “N”, within 15 seconds’). Composite Events
can be fused with other events to create complex
detection scenarios, and assigned priority for push
video and handling by Ocularis Client operators.

EVENT PRIORITIZATION
Events can be prioritized from 0-10 with a corresponding color code and can also be assigned customizable audio alerts. Events handling options
are configurable as well.

SMART CAMERA DRIVERS
Smart camera drivers for Arecont, Axis, Canon,
Hikvision, Interlogix, Northern, Samsung, Sony,
and W Box allow the use of new camera models
immediately without waiting for a model-specific
driver. Ocularis 5 also supports thousands of
cameras from dozens of technology partners, and
also includes full support for ONVIF and ONVIF
Profile S.

SERVER-BASED MOTION DETECTION
Ocularis 5 includes efficient server-based motion
detection with multiple regions of interest, each
with their own sensitivity and threshold adjustments.

AUTOMATIC RECORDER PATCH UPDATES
Recorder patch updates can be automatically
downloaded and applied in Ocularis 5, keeping
the system up-to-date. Administrators may also
choose to download and install patches manually.

SHARED EVENT HANDLING
All events generated within the Ocularis system, or
detected by external/add-on devices, are entered
in a dynamically-updated list, shared among all
authorized users. Users are able to access, investigate and handle events directly from a dedicated event handling interface, with an on-map indicator
of the camera that triggered the event and dual
video panes displaying the recorded event and a
live stream. Handled events may be accessed by
the administrator for continued handling.

FEATURES
WWW.ONSSI.COM / 845.732.7900 / [email protected]

INTUITIVE UNIFIED VIDEO CLIENT
Ocularis Client offers a user-friendly operator
interface for both desktop and control room
video-wall environments, with only minimal
training required for full proficiency. Ocularis
Client is also available in a 64-bit version for high
video demand environments, supporting a higher
number of video streams, as well as 4K and other
high resolution cameras.

LIVE MONITORING WITH INSTANTANEOUS

INVESTIGATION
While monitoring live video feeds, users can
perform basic investigation on individual cameras
– playback, digital PTZ and optical PTZ (for PTZ
cameras) – without the need to switch to a
dedicated investigation mode.

EXCLUSIVE INVESTIGATION TOOLS
Ocularis Client’s dynamic TimeSlicer™ senses
motion in an area and brings the operator right to
that video thumbnail in seconds instead of hours
or even days. The Kinetic Timeline™ provides
fast access to continuous historical data with a
backwards and forwards swipe navigation and
color codes to help identify recorded video.
360-DEGREE CAMERA DE-WARPING
Ocularis Client features native de-warping of
360-degree cameras from Bosch, OnCam
Grandeye, Samsung, Sentry 360, and Vivotek
as well as for cameras equipped with the
ImmerVision Panamorph lens.

MIXED CONTENT VIEWS
Users can select among unlimited views of
different sizes (up to 8 x 8 panes), consisting of
camera streams, carousels, hotspots, web pages
and Blank Screen panes for receiving automatic
(on-event) and manual (peer-to-peer) pushvideo alerts.

MULTI-LANGUAGE SUPPORT
Ocularis Client includes support for Arabic-Modern Standard, Chinese (simplified), Dutch, English, Finnish, French, German, Hebrew, Italian, Korean,
Portuguese, Russian, Spanish and Swedish.

FEATURES
Code: 061616 v5.2
WWW.ONSSI.COM / 845.732.7900 / [email protected]

OCULARIS CLIENT
Unified operator interface for live monitoring,
playback and investigation, alert management,
map navigation and VideoWall control.

Includes map-based local VideoWall control
for connected displays.

OCULARIS RECORDER
(CORE AND DEVICE MANAGER)
Manages camera connections, recording
parameters and video data.

OCULARIS BASE
Manages the flow of event, user and
system status data from the various system
components. Provides Active Directory
authentication for client operators.

OCULARIS MEDIA SERVER
Provides bandwidth-optimized, full-framerate video to remote web and mobile users as well as standard video to local web users.

SYSTEM DIAGRAM
SYSTEM

COMPONENTS
IP Video Cameras
Ocularis Recorder
(Core + Device Manager)
Max 128 cameras
Ocularis Administrator +
Ocularis Recorder Manager
Ocularis Base Ocularis Media Server
Firewall
Ocularis Web Internet
Ocularis Client(s)
Core
DM
OMS
Core
DM
Encoder IP Video Cameras Encoder
Ocularis Recorder
(Core + Device Manager)
Max 128 cameras
Ocularis Mobile
Base
Code: 061616 v5.2
Ocularis Base Server
• CPU: Intel Core i3 or better
• RAM: 4 GB (8 GB if using 64-bit OS)
• Hard Drive: minimum 250 GB (dependent
of recording/archiving needs)
• Operating System:

Microsoft Windows® 7 Professional, Ultimate or
Enterprise (32 & 64-bit)
Microsoft Windows® 8 / 8.1 (Standard, Professional,
Enterprise) (32 or 64 bit)
Microsoft Windows® 10 (Professional, Enterprise)
Microsoft Windows Server® 2008
(Standard, Enterprise) (32 or 64 bit)
Microsoft Windows Server® 2008 R2
(Standard, Enterprise) (32 or 64 bit)
Microsoft Windows Server® 2012
(Standard, Datacenter) (32 or 64 bit)
Microsoft Windows Server® 2012 R2
(Standard, Datacenter) (32 or 64 bit)
• Software: Microsoft .NET 4.5 Framework;
IIS 6.0 or newer
Ocularis Administrator Client and Ocularis Recorder
Manager Client
• CPU: Intel Core i3 or better
• RAM: Minimum 4 GB
• Operating System:

Microsoft Windows® 7 Professional, Ultimate or
Enterprise (32 or 64 bit)
Microsoft Windows® 8 / 8.1 (Standard, Professional,
Enterprise) (32 or 64 bit)
Microsoft Windows® 10 (Professional, Enterprise)
• Graphics Adapter: PCI-Express, 128 MB RAM, Direct 3D
supported
Note: the Ocularis Administrator and Recorder Manager
clients do not require a dedicated PC.

Ocularis Recording Server
Core Service + Device Management (DM) (Installed on the same server)
Recommended:
• CPU: Intel Core i7-4930K @ 3.40GHz or Intel Xeon E5-
2640 v3 @ 2.60GHz
• RAM: 16 GB (< 250 video channels), 24 GB (> 250 vc), 32 GB (> 1000 vc)
• HDD: 500 GB free disk space @ 7200 RPM for OS and
Applications
Additional storage as required for video storage
• Network: Ethernet with 1000 MBit/s

SYSTEM REQUIREMENTS
Minimum:
• CPU: Intel Core i3 M 370 @ 2.40GHz
• RAM: 8 GB
• HDD: 100 GB free disk space for OS and Applications
Additional storage as required for video storage
• Network: Ethernet with 1000 MBit/s
• Operating System:

Microsoft Windows® 7 (Home Premium, Professional,
Ultimate, Enterprise) 64-bit
Microsoft Windows® 8 / 8.1 (Standard, Professional,
Enterprise) 64-bit
Microsoft Windows® 10 (Professional, Enterprise)
Microsoft Windows Server® 2008 (Standard, Enterprise)
64-bit
Microsoft Windows Server® 2008 R2 (Standard,
Enterprise) 64-bit Recommended
Microsoft Windows Server® 2012 (Standard, Datacenter)
64-bit
Microsoft Windows Server® 2012 R2 (Standard,
Datacenter) 64-bit

SYSTEM REQUIREMENTS
On-Net Surveillance Systems, Inc. One Blue Hill Plaza, 7th Floor PO Box 1555, Pearl River, NY 10965
Tel: +1-845-732-7900
Fax: +1-845-732-7999
www.onssi.com
[email protected]
On-Net Surveillance systems raises safety standards with its award-winning IP-based surveillance software, Ocularis. OnSSI can help you increase security, reduce costs, and get you closer to prevention – while putting intelligence, automation, and intuition at your fingertips.

With its headquarters in Pearl River, New York and a regional development, sales and support center in Bruchsal, Germany, plus representation in over 100 countries around the globe, OnSSI is transforming safety standards in schools, banks, cities, offices, stadiums , and airports. OnSSI is committed to powering your surveillance system so you can truly stay one step ahead. ©2016 On-Net Surveillance Systems, Inc. All rights reserved. OnSSI, Ocularis, and the eye logo herein are trademarks of On-Net Surveillance Systems, Inc. OpenSight, Kinetic Timeline, Never Lose Sight, Closer To Prevention, and Central Agency Of Intelligence are trademarks of On-Net Surveillance Systems, Inc. All other trademarks are the property of their respective owners.

On-Net Surveillance Systems, Inc. reserves the right to change product specifications without prior notice. Installation requirements vary. Please contact an OnSSI sales engineer for system design considerations.

Ocularis Version 5.2, June 2016
Code: 061616 v5.2
Ocularis Client (32-bit)
• CPU: Intel Core i5 or better (Intel Core i7 or better for 20+ megapixel streams)
• RAM: Minimum 4 GB
(8 GB if using 64-bit OS)
• Operating System:

Microsoft Windows® 7 Professional,
Ultimate or Enterprise (32 & 64-bit)
Microsoft Windows® 8 / 8.1
(Standard, Professional, Enterprise)
(32 or 64 bit)
Microsoft Windows® 10 (Professional, Enterprise)
• Graphics adapter: PCI-Express, minimum 256 MB RAM,
Direct 3D supported.
• Guidelines for video RAM requirements:
20 simultaneous video streams:
256MB minimum 50 simultaneous video streams: 512MB
minimum
Ocularis Client (64-bit)
• CPU: Intel Core i5 or better (Intel Core i7 recommended) • RAM: Minimum 8 GB (16 GB suggested)
• Operating System: Microsoft Windows® 7 Professional,
Ultimate or Enterprise (64-bit)
Microsoft Windows® 8 / 8.1 (Standard, Professional,
Enterprise) (64-bit)
Microsoft Windows® 10 (Professional, Enterprise)
• Graphics Adapter: PCI-Express, 128 MB RAM, Direct 3D
supported
• Guidelines for Video RAM Requirements:
20 simultaneous video streams: 256MB minimum
50 simultaneous video streams: 512MB minimum
Note:

Ocularis Client (64-bit) may not be installed on a PC also running Ocularis Base, Ocularis Administrator, Ocularis Event Proxy or Ocularis Media Server.

Use Ocularis Client (32-bit) if any of these applications are installed on the same PC.

Ocularis Media Server
• CPU: Intel Core i7, 3rd or 4th generation,

3.0 GHz or faster
• RAM: 8GB
• Operating System:

Microsoft Windows® Vista Business, Ultimate, Enterprise (32 or 64 bit)
Microsoft Windows® 7 Professional,
Ultimate or Enterprise (32 & 64-bit)
Microsoft Windows® 8 / 8.1 (Standard, Professional,
Enterprise) (32 or 64 bit)
Specification Sheet
XProtect® Corporate 2016 R2
XProtect® Smart Wall 2016 R2
Specification Sheet
Feature Overview
Key features • Limitless multi-server and multi-site
solution:

XProtect Corporate supports an unlimited
number of users, cameras, servers and sites. It
allows the expansion of any installation as it is
required
• Centralized management:

A Management Client connected to the
management server enables full remote system
configuration of all recording servers, failover
servers, devices, rules, schedules and user
rights
• High availability – failover recording
servers:

A redundancy option for recording servers to
ensure maximum system uptime while
minimizing video interruption in the event of
system problems. Operates in two failover
modes: cold stand-by and hot stand-by
• Milestone Interconnect™:

A unique system concept that allows all
Milestone VMS, Milestone Arcus™ appliances
and Milestone Husky™ NVRs to be
interconnected with XProtect Corporate to gain
central surveillance operation across
geographically dispersed sites
• Milestone Federated Architecture™:

System concept that enables multiple individual
XProtect Corporate and XProtect® Expert
systems to be connected with a central XProtect
Corporate system in a hierarchical architecture
for infinite scalability and central management
• Alarm Manager:

Single-point alarm function that provides a
consolidated and clear overview of security and
system-related alarms
• XProtect Smart Wall:

Flexible and hardware independent video wall
feature that seamlessly integrates with the
Management Client and XProtect Smart Client
• Metadata support:

Supports reception, storage and export of
metadata, including metadata from cameraresided video analytics and location data in Video Push from Milestone Mobile
• Evidence Lock:

Secures availability of video for investigations
by overriding normal video retention and
grooming policies
• Edge Storage:

Uses camera-based storage as a complement to
the central storage in the recording servers. Its
flexible video retrieval can be based on time
schedules, events or manual requests
• Secure multi-stage storage:

Unique data storage solution that combines
superior performance and scalability with video
data grooming for cost-efficient, long-term
video storage, with the option to encrypt and
digitally sign stored video and audio
• Tiered management rights:

Makes it possible to assign partial management
permissions to system administrators using the
Management Client
• 64-bit recording servers:

Allow more cameras to be run on a single
recording server
• Intuitive map function:

Multi-layered and interactive maps display the
location of every camera and offer control of
the entire surveillance system. It also has
seamless drag-and-drop integration with
XProtect Smart Wall
• Bookmarking:

Allows users to mark video sections of
particular interest and add descriptive notes for
later analysis or sharing with other users
• Multicast support:

Optimizes network load in systems with many
users by sending one video stream per camera
to multiple XProtect Smart Clients
• Multiple language support:

Lets most operators use the system in their
native language with support for 27 different
languages, while the Management Client is
available in 12 languages
• Fast evidence export:

Deliver authentic evidence to public authorities
by exporting video to various formats, including
video from multiple cameras in encrypted
XProtect format with dedicated player
application included
• Audit logs:

Enables extensive logging of all user system
accesses, configuration changes and operator
actions
• Flexible user and rights management:

Strict privileges on management of users’
access to functions and camera actions.

Modular user management with support for
basic user accounts to global user management
with single sign-on Microsoft® Active Directory
accounts.
• Versatile rule system:

Facilitates the automation of different aspects
of the system, including camera control, system
behavior and external devices, based on events
or time schedules
• Customizable management user interface
Adaptable management user interface makes it
possible to toggle the availability of functions on
and off in the Management Client
• System Monitor
Customizable real-time system monitoring
dashboard and report function for proactive
maintenance of the VMS installation
• Customer Dashboard
Support for sending system, server, storage
and device status and errors to the Milestone
Customer Dashboard
Specification Sheet
Detailed Product Features
Recording server/failover
recording server
System
• Simultaneous digital multi-channel MJPEG,
MPEG4, MPEG-4 ASP, MxPEG and H.264 video
recording of IP cameras and IP video encoders
without any software limitations on number of
cameras per server
• Edge Storage with flexible retrieval enables
video retrieval from camera storage based on
time schedules, events or manual requests.

This enables users to effectively retrieve video
recordings across low-bandwidth connections
• Two-way audio allows users to transmit and
record audio from connected microphones and
audio from the operator’s microphone to
attached speakers
• Generic framework for receiving and storing
metadata from compatible devices and clients
• Route traffic between multiple connected
cameras and multiple clients requesting live
view, playback and export
• Multicast one video stream to all XProtect Smart
Clients. The infrastructure must support IGMP
to reach remote networks
• Multi-live streaming gives the possibility to
define multiple streams for live viewing with
different properties. It optimizes XProtect Smart
Client viewing performance according to the
available bandwidth and view layouts, which is
ideal for deployments with remote viewing
• A dedicated recording stream enables
optimization stream properties (resolutions,
encodings and frame rate) for video storage
and forensic usage
• Secure high speed recording database holding
JPEG images or MPEG4, MPEG-4 ASP, MxPEG or
H.264 streams
• Flexible control of recording characteristics for
MPEG4/H.264 streams, making it possible to
toggle between recording key frames only or
the full stream
• Record more than 30 frames per second per
camera, limited only by hardware
• Recording quality depends entirely on camera
and video encoder capabilities with no software
limitations
• Possibility to import pre-event images recorded
locally in camera or video encoder
• Built-in, real-time, camera-independent motion
detection with the ability to generate motion
metadata for Smart Search
• The recording server runs as a Windows service
under local system account or optional local
Windows user or Microsoft Active Directory
account with run-as-a-service privileges
• Port forwarding enables clients to access the
recording servers from outside a network
address translation (NAT) firewall
• Support for both IPv4 and IPv6 addressing
• 64-bit recording servers allow more cameras to
be run on a single server unit
• Secure HTTPS camera connection on devices
supporting HTTPS
• Digital signing of the recording server’s video
database can be used to verify that recorded
video has not been modified or tampered with
while stored in the XProtect Corporate system
or after export
• Remote Connect Services enable you to
securely connect remote cameras across
different types of private and public networks
High availability
• XProtect Corporate offers two levels of
redundancy on the recording servers: Cold and
hot stand-by failover
• Both mechanisms offer fully automatic and user
transparent failover in the event of hardware or
system failure, with automatic synchronization
at system recovery
• Cold stand-by failover is a cost-efficient
redundancy solution where one, or a group of,
failover recording servers can act as backup to
one or multiple recording servers
• Hot Stand-by failover is a high-security
redundancy solution providing minimal
interruption in recording and live streams,
where a dedicated failover recording server is
preconfigured for a recording server
Pan-tilt-zoom (PTZ)
• “Pass-through” control of manual PTZ operation
from clients with user priority
• 32,000 PTZ priority levels for control of rights
between different operators and automatic
patrolling schemes
• Execute rule-based go-to preset position on
events and patrolling
• Pause PTZ patrolling on event and resume
patrolling after manual session timeout
• Import PTZ presets defined in the PTZ camera
• Rename imported PTZ presets
I/O and events
• Support for devices with one or more input and
output ports
• Powerful rule processing engine for execution of
start and stop actions triggered by events or
time profiles
Setup and management
• Download and install the recording server from
a web page on the management server. The
recording server is completely managed via the
Management Client and configuration changes
are applied instantly while recording is in
operation
• Local recording server configuration data is
available during periods where the management
server is inaccessible
• Recording server manager is available in the
local console notification area (icon tray) for
status messages, start/stop of the service and
change of network settings
Specification Sheet
XProtect Smart Wall
System
• Hardware independent, it runs on standard
servers and displays. No special video wall
hardware or network configurations required
• Flexible and scalable, it supports multiple
XProtect Smart Walls with an unlimited number
and combination of monitors at any location
Management
• Management of XProtect Smart Wall is fully
integrated with the Management Client
• Intuitive XProtect Smart Wall builder enables
easy definition of any number of XProtect Smart
Walls, including the size and position of
individual monitors
• XProtect Smart Wall presets provide powerful
control of the layout (camera grid) and camera
content
• All user actions are subject to the assignment of
user rights
Control
• Dynamic user control of XProtect Smart Wall
layout and content through manual drag-anddrop of items from XProtect Smart Client – including; views, cameras, hotspots, carousels,
maps, still images, http pages, alarms, texts,
bookmarks (bookmark image or looped
bookmark playback), system monitor
• Automatic event-driven control of XProtect
Smart Wall layout and content based on rules,
such as motion detection, I/O, integrated thirdparty applications, time, or video analytics events
• Layout control enables instant insertion of a
camera in a specific monitor and position,
changes of XProtect Smart Wall monitor layout,
setting of all (or some) of the monitors in
XProtect Smart Wall to a predefined layout and
set of camera feeds
• Intuitive integration with the map function
enables users to easily drag-and-drop cameras
into XProtect Smart Wall from the map
• Supports seamless manual or rule-based
display of any camera in a distributed setup
based on Milestone Federated Architecture or
Milestone Interconnect
• Interactive and remote controlled playback of
recordings on the XProtect Smart Wall
View
• Individual XProtect Smart Client users can view
XProtect Smart Wall views as a part of the
available view selection, which enables XProtect
Smart Wall to be used as an operator
collaboration tool
Control Center IndigoUltraTM
Your security solution of choice.

Control Center IndigoUltraTM merges your choice of products, allowing a custom-tailored integrated system design. Performing reliably on any scale IndigoUltraTM allows for quickest response times and accurate incident management.

With IndigoVision’s Distributed Network Architecture, IndigoUltraTM supports an unlimited number of client workstation installs and NVRs connected to the system; supporting continuous system growth whatever the future might bring.

Control Center is IndigoVision’s effective, scalable and robust security management solution. It has an intuitive interface that provides easy system setup and efficient administration which save you both time and money. Relentless testing and quality control 365 days a year ensure strong foundations for a robust, trusted security management offering.

Product Codes
Control Center
IndigoVision Product CD - Control Center Software 340003 IndigoUltraTM Single Device Connection License 340000-U IndigoProTM to IndigoUltraTM - Upgrade Single Device
Connection License
345000-PU
IndigoLiteTM to IndigoUltraTM - Upgrade Single Device
Connection License
345000-LU
IndigoUltra™ delivers:

Unlimited Device Connections
Unlimited Client Workstations
Unlimited NVR Connections
ID: IV-CCUL 16.1 OCT 16
Specification
General Specification
Number of Device Connections Unlimited
Number of Client Workstations Unlimited
Number of NVR-AS Connections Unlimited
Live Video 100 video streams (25 per screen)
PTZ Control
Audio Receive / Record / Transmit*
Video Resolutions up to 20MP*
Video Compression Formats MPEG-4* / H.264* / MJPEG* / JPEG2000* Audio Compression Formats AAC* / G.711*
Snapshots BMP / JPEG
Privacy Zones
Sequences, Salvos and Guard Tours
Pursuit Mode
Video Wall
Playback 25 streams
Synchronised Playback
Reverse Playback
Thumbnail Overview Time / Alarm / Bookmark / Motion* / Audio* Incident Export Incident Player / 3rd Party Player (.mp4)* Recording Schedules
Failover / Redundancy
Automatic NVR Switching
Watermarking Digital watermarking on recording and export Maps Multi-layered maps (BMP / JPEG / PNG / DWG), Tile Server Webpages
Zones Group multiple inputs into a single alarm
Event Inputs Binary* / Analytics* / Network Loss / Video Loss* / Motion Detection* Alarm Video Live and looped replay / Pre-alarm video / Alarm Groups Actions on Event Record / Email / Snapshot* / Move to Preset / Relay Output* / Audio* Alarm Schedules
Alarm Reports
Bookmarking
Motion and Audio Search
Alarm and Bookmark Search
Third Party Inputs Through IndigoVision Integration Modules or IndigoVision Binding Kit Integrated Data Manage millions of data records from LPR, EPOS and other integrations Alarm Escalation
Alarm Procedure Documents HTML / Text / URL
System Alerts
Audit Log
Architecture DNA (Distributed Network Architecture)
Segmented Databases
User Groups
Access Permissions Object and function based permissions User Authentication Windows authentication / Basic password PC Monitors 4
Keyboard Support IndigoVision / Pelco / American Dynamics / Panasonic Multiple Languages 10+ languages including; English, Chinese, French, German, Spanish Matrix Numbering 1 - 9,999,999
Network Connection Types TCP / UDP Unicast / UDP Multicast Device Discovery
Timezones
Supported Cameras and Encoders IndigoVision Ultra, BX and GX camera ranges, 9000 Range Encoders, FrontLine, Camera Gateway and 3rd Party Cameras** Industry Open Standards ONVIF Profile S
License Mechanism Software License Key
Control Center
Supported Operating Systems
Windows 10 ® 64-bit, Windows 8.1 ® 64-bit, Windows 8 ® 64-bit, Windows 7 ® 64-bit Windows NVR-AS
Supported Operating Systems
Windows Server 2012 R2 ®, Windows Server 2012 ®, Windows Server 2008 R2 ®, Windows 10 ® 64-bit, Windows 7 ® 64-bit License Server
Supported Operating Systems
Windows Server 2012 R2 ®, Windows Server 2012 ®, Windows Server 2008 R2 ®, Windows 10 ® 64-bit, Windows 7 ® 64-bit * Features may vary based on capabilities of the camera or encoder model. Please refer to the relevant product datasheets for details. ** Please see our Control Center Supported 3rd Party Cameras list for full details.

To schedule a demo, go to www.sensysnetworks.com/SensID SensID.

CONGESTION MANAGEMENT

POWERED BY WI-FI RE-ID
SensID Leverages the Power of Sensys Networks
• Cloud-based solution eases deployment
• Leverages and pairs with existing Sensys
Networks hardware
• Simple installation, simple upgrades
• No calibration or system tuning required
SensID is the only Bluetooth® or Wi-Fi travel time
system to leverage Sensys Networks’ universal detection platform for additional powerful metrics such as Vehicle Miles Traveled and Vehicle Hours Traveled and more.

SensID
Bluetooth
SensID
Wi-Fi
Match Rate Good Great
Travel Times  
Origin/Destination
Reports  
Intersection Delay
Measures  
DetectionEnabled  
“The Bluetooth® word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any use of such marks by Sensys Networks is under license. Other trademarks and trade names are those of their respective owners.” To schedule a demo, go to
www.sensysnetworks.com/sensid
Origin / Destination
Key Features of SensID
• Cost effective travel times and congestion management • Pole mounted for ease of installation
• Bluetooth or Wi-Fi supported
• Detection-enabled
• Platform for future enhancements
SensID is built on the proven Sensys Networks wireless
platform. As such, agencies can easily add arterial
performance measures such as volume, occupancy,
and speed. Or, agencies can add signal actuation
to an existing SensID installation, including bicycle
detection. Agencies can even add turning movement counts plus other phase-based intersection performance measures. All on the same cabinet
hardware, and all sharing central server software.

Key Reports Available in SensID
• Corridor Travel Times
• Intersection delay analysis
• Congestion mapping
• Origin / Destination analysis
SensID is a cloud-based system that utilizes maps to
provide flexible and easy-to-use reports. Agencies
access these reports using web browsers, while
SensID reliably manages the collection, processing,
and storage of all congestion data. SensID generates
travel time and speed reports, intersection delay
reports, and origin-destination patterns for user configured routes and time periods. The report data can be exported for further use.

SensID Leverages Power of Wi-Fi
• Better suited for real time applications
• Does not require discoverable mode
• More and more devices using Wi-Fi
• Uniquely allows measurement of delay at intersection
Unlike Bluetooth-only travel time systems, SensID supports either Bluetooth or Wi-Fi. With Wi-Fi, the full potential of wireless congestion management is realized. With a match rate ten times that of Bluetooth, SensID’s Wi-Fi option allows real-time updates for active traffic management. Plus, using the signal strength not offered by Bluetooth, SensID’s Wi-Fi option generates reports on delay at the intersection.

Average Travel Times
Wi-Fi Intersection Delay
To schedule a demo, go to www.sensysnetworks.com/sensmetrics SensMetrics.

NOW OPTIMIZING TRAFFIC IS EASIER
THAN DRIVING THROUGH IT.

Presenting SensMetrics from Sensys Networks,
a unique high resolution data analysis platform
built on our wireless detection system. Increase
Mobility & Safety with 24/7/365 traffic monitoring, performance measures and ongoing data collection.

About SensMetrics
SensMetrics continuously collects and reports
how well your intersections are performing.

It accurately captures turn movement
counts and other critical data. By identifying
seasonal or day of week trends or other traffic
pattern changes, you’ll not only know when to
update your signal retiming, but how.

You can even track speed and red light
violations, providing an extra layer of traffic safety in your community.

And with better signal timing and ongoing
performance measures, it’s all you need to
optimize traffic in your city.

SensMetrics provides:
• Data for Accurate Signal Timing
• Intersection & Corridor
Performance Measures
• Actionable Safety Metrics
• Continuous alternative to
infrequent Manual Studies
40%Reduction in
traffic delays
22%Decrease in
emissions
statistics source: FHWA Traffic Signal Timing Manual
WITH SensMetrics,

YOU ARE MAKING BETTER DECISIONS
BECAUSE YOU HAVE BETTER DATA.

To schedule a demo, go to
www.sensysnetworks.com/sensmetrics

PURDUE COORDINATION DIAGRAMS (PCD)
In addition to % arrival on green and waiting time by
approach reports, Purdue Coordination Diagrams
provide a graphical view of signal coordination.

V/C RATIO BY PHASE (VOLUME TO CAPACITY)
Measure congestion 24/7 by phase and lane, and
verify Level of Service (LOS) in one quick glance.

PERFORMANCE COMPARISON REPORTS
Identify traffic volume changes by week, month, or
year or easily measure before/after benefits of signal
retiming driven by automatic turn movement counts.

RED LIGHT VIOLATIONS
Ongoing reports of red light violations help monitor
and manage safety at intersections.

Innovation for better mobility
The soŌ ware soluƟ on designed to measure and manage
your transportaƟ on network, providing acƟ onable
informaƟ on to opƟ mize the fl ow of your enƟ re network.

Empower your agency to improve system performance and
demonstrate success, automatically
Iteris’ iPeMS® is the performance management
system that provides beƩ er measurement for beƩ er
management.
iPeMS® provides you with:
• Reliability measurement of the transportaƟ on network • Benefi t/cost analysis of delay and congesƟ on to your enƟ re transportaƟ on network
• Project evaluaƟ on using before and aŌ er analyƟ cs
• Weather visualizaƟ on in conjuncƟ on with traffi c
• PredicƟ ve and acƟ onable informaƟ on
• Integrated Corridor Management (ICM) performance
measurement
• 3rd party traffi c data ingesƟ on and processing
• BoƩ leneck reporƟ ng and visualizaƟ on
®P›MS®
Innovation for better mobility

Freeway SoluƟ ons
• Comprehensive freeway data fusion in
real-Ɵ me
• Understand your system performance
through visualizaƟ ons and analyƟ cs
• Improve your system using
acƟ onable data
– Measure travel Ɵ me reliability
– Enable HOV analysis
– AutomaƟ c boƩ leneck
idenƟfi caƟ on
– Incident analysis and visualizaƟ on
– AADT computaƟ ons
– Health management detecƟ on
Arterial SoluƟ ons
• Real-Ɵ me route travel Ɵ mes
• Integrated traffi c and signal
measurements
• Detailed analysis of control
modifi caƟ ons
• Bluetooth sensor management
polling and performance measure
computaƟ ons
Integrated Corridor Management
(ICM)
• ICM system integraƟ on
• MulƟ modal data collecƟ on and
integraƟ on
• Storing predicƟ ons and visualizing in
iPeMS
• Ability to review control system
response plans and outcomes
www.iteris.com
Empower your agency to improve system
performance and demonstrate success,
automatically
®P›MS®
Real-time arterials & freeway speeds
ICM status in real-time
Sept. 2014 ver.3

LIGHTING THE PATH TO SMART CITIES
By switching to networked LED street lights, a city can create a network canopy for its entire metro area and completely transform the way street-lighting functions. Smart cities that adopt this technology will improve efficiency, save money, and create a better and brighter future for its citizens.

The first step and initial phase toward a more efficient networking system is switching to LED lights—resulting in significant short- and long-term energy and maintenance savin gs. consumes 63% less energy
a year.

Average energy savings from
switching to LEDs: 50%
saves
a year.
has reduced nighttime
crime by 10%.
0 yrs
0 yrs
5 yrs
5 yrs
10 yrs
10 yrs
15 yrs
15 yrs
Plan for
the future,
and switch
to LEDs.

Choose a proven
network that can deliver
these high energy and
operational savings.

Ensure you’re using
an open platform,
rather than a singlepurpose network.

BEFORE YOU NETWORK:

LED
lifespan
BULBS
lifespan

POWERFUL BENEFITS FROM SWITCHING TO LEDS

REVOLUTIONIZE THE CITY WITH SMART, CONNECTED LIGHTING
40% 10%
NETWORKED LEDs
65%
Lighting efficiency
Smart dimming
Precise on/off timing
Avoided lamp
replacement
Avoided photocell
replacement
Lower outage
handling costs
Better lighting
Advanced controls
during incident
Flashing lights
Brightening
At the core of a city's infrastructure, street lights keep citizens safe, illuminating streets, pathways, parks, and neighborhoods after dark. Today's street lights are a lot to manage, and tend to function inefficiently by wasting energy when they are on. Switching to networked LEDs and photocells produce major benefits, helping cities save money, improve efficiency, and establish a vital public service.

Keeping streets lit is a necessary and an enormous expense. Today's typical high-intensity discharge lamps (HIDs) use too much energy and have a limited life span.

NETWORKED LEDS KEEP SMART CITIES’ STREET LIGHTS ON AND COSTS LOW

PRICE OF STREET LIGHTS
There are
street lights worldwide
According to Navigant Research, U.S. street lights:

Today's typical bulbs:

MAKE UP 40% OF A CITY'S ENERGY BILL.

CONSUME 1% OF ALL ELECTRICITY GENERATED.

TRADITIONAL BULBS
High cost
Limited life
Frequent replacement

ENERGY SAVINGS OPERATIONAL

SAVINGS

REDUCTION

IN CRIME
1 2 3
Since switching to LEDs, Los Angeles:
— CASE STUDY —

SINGLE-SPACE PARKING METERS
M5 Parking Meter
IPS single-space meters provide customers and their patrons with a simple and consistent parking user experience which is more cost-effective, customerfriendly, and more reliable than alternatives. The patented IPS solution uniquely provides a credit card enabled single-space meter mechanism that retrofits into your current on-street parking meter housing. IPS smart meters offer multiple payment options (credit/debit card, contactless payment, coins, smart card, and tokens), access to real-time data, solar power technology, and a comprehensive web-based management system.

Physical Features
• Universal single-space meter mechanism retrofits almost all single-space meter housings, including Duncan, MacKay, and POM • Easy retrofit installation takes less than 15 seconds and requires zero modification to existing housing
• Mechanism is protected by zinc alloy meter dome and UV resistant, anti-fog Lexan cover
• Keypad has four easy-to-read mechanical buttons for intuitive payment navigation—rated at more than 250,000 cycles
• Tri-colored LED lights on front and back of meter alert enforcement officers of meter status: paid (green), unpaid (red), and meter fault (yellow)
• Vandal resistant coin slot/chute allows for worry-free operation and quick servicing
• Environmentally-friendly solar panel and combination
rechargeable/back-up battery pack maximize ongoing power • Proven ability to operate under varying environmental conditions such as snow, sleet, rain, humidity, dust storms, extreme cold, and extreme heat
• RFID technology automatically identifies the meter location and downloads the correct operating parameters when meters are replaced
Product
Line
Model 132 Model 147 Model 795
TM
Payment Options
• Meters accept payment with credit/debit card, coins, tokens, and smart card at the meter terminal
• Optional features include contactless payment and NFC applications such as Google Wallet™ and Apple Pay
• Meters integrate with pay-by-cell applications for additional customer convenience options
• PA-DSS and Level 1 PCI-DSS certification ensures secure credit card transactions for customers
Wireless
• Meters communicate wirelessly via the cellular network and are connected to a webbased Data Management System (DMS), eliminating the need for communication hardware and customer software
• Meters wirelessly notify parking operations staff of any faults, such as a card reader or coin validator jam, via text message, email, or both
Centralized Data Management System
• Ability to integrate with other meter, enforcement, and third-party management systems
• Comprehensive set of financial and technical reports and administrative tools • Revenue and payment information available in real-time to validate parking enforcement
• Wireless integration of vehicle detection sensors and smart cash collection systems for additional enforcement features and parking operations analysis Graphical Display
• Large 160x160 pixel, backlit LCD operates at temperatures of -40˚F to 185˚F (-40˚C-85˚C)
• Display toggles between multiple screens which can display metered time, parking rates, maximum stay period messages, current time of day (including when meter will expire), and other alpha-numeric or graphical messages depending on the status of the meter
• Display can be programmed remotely via web-based DMS
• In the event of a coin jam, meter will continue to allow payment via credit/debit card, smart card, or pay-by-cell and will display “Cards only, No Coins”. The message is reversed if there is a card reader jam
For more information about IPS Group’s dynamic parking solutions, please contact us.

Call for an on-site demo: 877-630-6638
Online: www.ipsgroupinc.com
Copyright ©2015 IPS Group, Inc. All rights reserved.

AWS Storage Gateway User Guide
What Is AWS Storage Gateway?
Topics
• Are You a First-Time AWS Storage Gateway User? (p. 2) • How AWS Storage Gateway Works (Architecture) (p. 2)
• Available AWS Regions (p. 7)
• AWS Storage Gateway Pricing (p. 8)
• Accessing AWS Storage Gateway (p. 9)
Welcome to the AWS Storage Gateway User Guide. AWS Storage Gateway connects an on-premises software appliance with cloud-based storage to provide seamless integration with data security features between your on-premises IT environment and the Amazon Web Services (AWS) storage infrastructure. You can use the service to store data in the AWS cloud for scalable and cost-effective storage that helps maintain data security. AWS Storage Gateway offers both volume-based and tapebased storage solutions:
• Volume gateways – Volume gateways provide cloud-backed storage volumes that you can mount as Internet Small Computer System Interface (iSCSI) devices from your on-premises application servers. The gateway supports the following volume configurations:
• Gateway-cached volumes – You store your data in Amazon Simple Storage Service (Amazon S3) and retain a copy of frequently accessed data subsets locally. Gateway-cached volumes offer a substantial cost savings on primary storage and minimize the need to scale your storage onpremises. You also retain low-latency access to your frequently accessed data. • Gateway-stored volumes – If you need low-latency access to your entire data set, you can configure your on-premises gateway to store all your data locally and then asynchronously back up point-in-time snapshots of this data to Amazon S3. This configuration provides durable and inexpensive off-site backups that you can recover to your local data center or Amazon EC2. For example, if you need replacement capacity for disaster recovery, you can recover the backups to Amazon EC2.
• Gateway–virtual tape library (VTL) – You can cost-effectively and durably archive backup data in Amazon Glacier. Gateway-VTL provides a virtual tape infrastructure that scales seamlessly with your business needs and eliminates the operational burden of provisioning, scaling, and maintaining a physical tape infrastructure.

You may choose to run AWS Storage Gateway either on-premises, as a virtual machine (VM) appliance, or in AWS, as an EC2 instance. You deploy your gateway on an EC2 instance to provision iSCSI storage volumes in AWS. Gateways hosted on EC2 instances can be used for disaster recovery, data mirroring, and providing storage for applications hosted on Amazon EC2.

For an architectural overview, see How AWS Storage Gateway Works (Architecture) (p. 2).

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1 AWS Storage Gateway User Guide
Are You a First-Time AWS Storage Gateway User?
AWS Storage Gateway enables a wide range of use cases. For more information, go to the AWS Storage Gateway detail page.

Are You a First-Time AWS Storage Gateway
User?
The preceding section summarizes the storage offerings provided by the AWS Storage Gateway.

For a detailed architectural overview of these offerings, see How AWS Storage Gateway Works (Architecture) (p. 2).

This documentation provides a Getting Started section that covers setup information common to all gateways and also gateway-specific setup sections. The Getting Started section shows you how to deploy and activate any gateway. The gateway-specific sections then discuss performing further setup for different gateway types: volume gateways (that is, gateway-cached and gateway-stored volumes) and gateway-VTL. Together, the Getting Started section and the gateway-specific sections show you how to get started, set up a functioning gateway, and manage your gateway. • Getting Started with AWS Storage Gateway (p. 10), for all gateways • Using Your Volume Gateway (Gateway-Cached and Gateway-Stored) (p. 34) • Using Your Volume Gateway (Gateway-Cached and Gateway-Stored) (p. 34) • Managing Your Gateway (p. 94)
• Using Your Gateway-VTL (p. 51)
• Using Your Gateway-VTL (p. 51)
• Managing Your Gateway (p. 94)
The instructions in this guide primarily show the gateway operations by using the AWS Management Console. If you want to perform these operations programmatically, see the AWS Storage Gateway API Reference for information about the supported operations.

How AWS Storage Gateway Works (Architecture)
This section provides an architectural overview of the available AWS Storage Gateway solutions.

Topics
• Volume Gateway Architecture (Gateway-Cached and Gateway-Stored) (p. 2) • Gateway–Virtual Tape Library (Gateway-VTL) Architecture (p. 5) Volume Gateway Architecture (Gateway-Cached
and Gateway-Stored)
AWS Storage Gateway offers two configurations for volume gateways. In both cases, all data is securely stored in AWS. The primary difference is how much data is stored on-premises.

Topics
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2 AWS Storage Gateway User Guide
Volume Gateway Architecture (GatewayCached and Gateway-Stored) • Gateway-Cached Volume Architecture (p. 3)
• Gateway-Stored Volume Architecture (p. 4)
Gateway-Cached Volume Architecture
Gateway-cached volumes let you use Amazon Simple Storage Service (Amazon S3) as your primary data storage while retaining frequently accessed data locally in your storage gateway. Gateway-cached volumes minimize the need to scale your on-premises storage infrastructure, while still providing your applications with low-latency access to their frequently accessed data. You can create storage volumes up to 32 TiB in size and attach to them as iSCSI devices from your on-premises application servers.

Your gateway stores data that you write to these volumes in Amazon S3 and retains recently read data in your on-premises storage gateway's cache and upload buffer storage.

Gateway-cached volumes can range from 1 GiB to 32 TiB in size and must be rounded to the nearest GiB. Each gateway configured for gateway-cached volumes can support up to 32 volumes for a total maximum storage volume of 1,024 TiB (1 PiB).

In the gateway-cached volume solution, AWS Storage Gateway stores all your on-premises application data in a storage volume in Amazon S3.

The following diagram provides an overview of the AWS Storage Gateway-cached volume deployment.

After you've installed the AWS Storage Gateway software appliance—the virtual machine (VM)—on a host in your data center and activated it, you can use the AWS Management Console to provision storage volumes backed by Amazon S3. You can also provision storage volumes programmatically using the AWS Storage Gateway API or the AWS SDK libraries. You then mount these storage volumes to your on-premises application servers as iSCSI devices.

You also allocate disks on-premises for the VM. These on-premises disks serve the following purposes:
• Disks for use by the gateway as cache storage – As your applications write data to the storage volumes in AWS, the gateway initially stores the data on the on-premises disks referred to as cache storage before uploading the data to Amazon S3. The cache storage acts as the on-premises durable store for data that is waiting to upload to Amazon S3 from the upload buffer.

The cache storage also lets the gateway store your application's recently accessed data on-premises for low-latency access. If your application requests data, the gateway first checks the cache storage for the data before checking Amazon S3.

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3 AWS Storage Gateway User Guide
Volume Gateway Architecture (GatewayCached and Gateway-Stored) You can use the following guidelines to determine the amount of disk space to allocate for cache storage. Generally, you should allocate at least 20 percent of your existing file store size as cache storage. Cache storage should also be larger than the upload buffer. This latter guideline helps ensure cache storage is large enough to persistently hold all data in the upload buffer that has not yet been uploaded to Amazon S3.
• Disks for use by the gateway as the upload buffer – To prepare for upload to Amazon S3, your gateway also stores incoming data in a staging area, referred to as an upload buffer. Your gateway uploads this buffer data over an encrypted Secure Sockets Layer (SSL) connection to AWS, where it is stored encrypted in Amazon S3.

You can take incremental backups, called snapshots, of your storage volumes in Amazon S3. These point-in-time snapshots are also stored in Amazon S3 as Amazon EBS snapshots. When you take a new snapshot, only the data that has changed since your last snapshot is stored. You can initiate snapshots on a scheduled or one-time basis. When you delete a snapshot, only the data not needed for any other snapshots is removed.

You can restore an Amazon EBS snapshot to a gateway storage volume if you need to recover a backup of your data. Alternatively, for snapshots up to 16 TiB in size, you can use the snapshot as a starting point for a new Amazon EBS volume. You can then attach this new Amazon EBS volume to an Amazon EC2 instance.

All gateway-cached volume data and snapshot data is stored in Amazon S3 encrypted at rest using server-side encryption (SSE). However, you cannot access this data with the Amazon S3 API or other tools such as the Amazon S3 console.

Gateway-Stored Volume Architecture
Gateway-stored volumes let you store your primary data locally, while asynchronously backing up that data to AWS. Gateway-stored volumes provide your on-premises applications with low-latency access to their entire datasets, while providing durable, off-site backups. You can create storage volumes and mount them as iSCSI devices from your on-premises application servers. Data written to your gateway-stored volumes is stored on your on-premises storage hardware. This data is asynchronously backed up to Amazon Simple Storage Service (Amazon S3) in the form of Amazon Elastic Block Store (Amazon EBS) snapshots.

Gateway-stored volumes can range from 1 GiB to 16 TiB in size and must be rounded to the nearest GiB. Each gateway configured for gateway-stored volumes can support up to 32 volumes and a total volume storage of 512 TiB (0.5 PiB).

In the gateway-stored volume solution, you maintain your volume storage on-premises in your data center. That is, you store all your application data on your on-premises storage hardware. Then, using features that help maintain data security, the gateway uploads data to the AWS cloud for cost-effective backup and rapid disaster recovery. This solution is ideal if you want to keep data locally on-premises, because you need to have low-latency access to all your data, and also to maintain backups in AWS.

The following diagram provides an overview of the AWS Storage Gateway–stored volume deployment.

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4 AWS Storage Gateway User Guide
Gateway-VTL Architecture
After you've installed the AWS Storage Gateway software appliance—the virtual machine (VM)—on a host in your data center and activated it, you can create gateway storage volumes and map them to on-premises direct-attached storage (DAS) or storage area network (SAN) disks. You can start with either new disks or disks already holding data. You can then mount these storage volumes to your on-premises application servers as iSCSI devices. As your on-premises applications write data to and read data from a gateway's storage volume, this data is stored and retrieved from the volume's assigned disk.

To prepare data for upload to Amazon S3, your gateway also stores incoming data in a staging area, referred to as an upload buffer. You can use on-premises DAS or SAN disks for working storage.

Your gateway uploads data from the upload buffer over an encrypted Secure Sockets Layer (SSL) connection to the AWS Storage Gateway service running in the AWS cloud. The service then stores the data encrypted in Amazon S3.

You can take incremental backups, called snapshots, of your storage volumes. The gateway stores these snapshots in Amazon S3 as Amazon EBS snapshots. When you take a new snapshot, only the data that has changed since your last snapshot is stored. You can initiate snapshots on a scheduled or one-time basis. When you delete a snapshot, only the data not needed for any other snapshot is removed.

You can restore an Amazon EBS snapshot to an on-premises gateway storage volume if you need to recover a backup of your data. You can also use the snapshot as a starting point for a new Amazon EBS volume, which you can then attach to an Amazon Elastic Compute Cloud (Amazon EC2) instance.

Gateway–Virtual Tape Library (Gateway-VTL)
Architecture
Gateway-VTL offers a durable, cost-effective solution to archive your data in the AWS cloud. The VTL interface it provides lets you leverage your existing tape-based backup application infrastructure to store data on virtual tape cartridges that you create on your gateway-VTL. Each gateway-VTL is preconfigured with a media changer and tape drives, which are available to your existing client backup applications as iSCSI devices. You add tape cartridges as you need to archive your data.

The following diagram provides an overview of the AWS Storage Gateway–VTL deployment.

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5 AWS Storage Gateway User Guide
Gateway-VTL Architecture
The diagram identifies the following gateway-VTL components:
• Virtual tape – Virtual tape is analogous to a physical tape cartridge. However, virtual tape data is stored in the AWS cloud. Like physical tapes, virtual tapes can be blank or can have data written on them. You can create virtual tapes either by using the AWS Storage Gateway console or programmatically by using the AWS Storage Gateway API. Each gateway can contain up to 1500 tapes or up to 1 PiB of total tape data at a time. The size of each virtual tape, which you can configure when you create the tape, is between 100 GiB and 2.5 TiB. • Virtual tape library (VTL) – A VTL is analogous to a physical tape library available on-premises with robotic arms and tape drives, including the collection of virtual tapes stored within the library. Each gateway-VTL comes with one VTL.

The virtual tapes that you create appear in your gateway's VTL. Tapes in the VTL are backed up by Amazon S3. As your backup software writes data to the gateway, the gateway stores data locally and then asynchronously uploads it to virtual tapes in your VTL—that is, Amazon Simple Storage Service (Amazon S3).
• Tape drive – A VTL tape drive is analogous to a physical tape drive that can perform I/O and seek operations on a tape. Each VTL comes with a set of 10 tape drives, which are available to your backup application as iSCSI devices.
• Media changer – A VTL media changer is analogous to a robot that moves tapes around in a physical tape library's storage slots and tape drives. Each VTL comes with one media changer, which is available to your backup application as an iSCSI device. • Virtual tape shelf (VTS) – A VTS is analogous to an off-site tape holding facility. You can archive tapes from your gateway's VTL to the VTS and, if needed, retrieve tapes from the VTS back to your gateway's VTL.
• Archiving tapes – When your backup software ejects a tape, your gateway moves the tape to the VTS for long-term storage. The VTS is located in the AWS region in which you activated the API Version 2013-06-30
6 AWS Storage Gateway User Guide
Available AWS Regions
gateway. Tapes in the VTS are stored in Amazon Glacier, an extremely low-cost storage service for data archiving and backup. For more information, go to Amazon Glacier. • Retrieving tapes – Tapes archived to the VTS cannot be read directly. To read an archived tape, you must first retrieve it to your gateway-VTL either by using the AWS Storage Gateway console or by using the AWS Storage Gateway API. A retrieved tape will be available in your VTL in about 24 hours.

You have one VTS in your account per AWS region. For example, if you create multiple gateways in the same AWS region, one VTS will hold ejected tapes for all the gateways. If you create gateways in different AWS regions, you will have one VTS per AWS region.

After you deploy and activate a gateway-VTL, you mount the virtual tape drives and media changer on your on-premises application servers as iSCSI devices. You create virtual tapes as needed and then use your existing backup software application to write data to the virtual tapes. The media changer loads and unloads the virtual tapes into the virtual tape drives for read and write operations.

Allocating Local Disks for the Gateway VM
Your gateway VM will need local disks, which you allocate for the following purposes:
• Cache storage – The cache storage acts as the durable store for data that is waiting to upload to Amazon S3 from the upload buffer.

If your application reads data from a virtual tape, the gateway saves the data to the cache storage.

The gateway stores recently accessed data in the cache storage for low-latency access. If your application requests tape data, the gateway first checks the cache storage for the data before downloading the data from AWS.
• Upload buffer – The upload buffer provides a staging area for the gateway before it uploads the data to a virtual tape. The upload buffer is also critical for creating recovery points that you can use to recover tapes from unexpected failures. For more information, see You Need to Recover a Virtual Tape from a Malfunctioning Gateway-VTL (p. 244).

As your backup application writes data to your gateway, the gateway copies data to both the cache storage and the upload buffer before acknowledging completion of the write operation to your backup application.

For guidelines to determine the amount of disk space you should allocate for the cache storage and upload buffer, see Deciding the Amount of Local Disk Storage (p. 350).

Available AWS Regions
AWS Storage Gateway stores volume, snapshot, and tape data in the AWS region in which the gateway is activated. You select a region at the upper right of the AWS Storage Gateway console before you start deploying your gateway.

Following are the available regions for gateways deployed on-premises.

Region Name Region String Gateway-Cached Gateway-Stored Gateway-VTL US East (N.

Virginia)
us-east-1 yes yes yes
US East (Ohio) us-east-2 yes yes yes
US West (N.

California)
us-west-1 yes yes yes
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7 AWS Storage Gateway User Guide
Pricing
Region Name Region String Gateway-Cached Gateway-Stored Gateway-VTL US West
(Oregon)
us-west-2 yes yes yes
EU (Ireland) eu-west-1 yes yes yes
EU (Frankfurt) eu-central-1 yes yes yes
Asia Pacific
(Tokyo)
apnortheast-1yes yes yes
Asia Pacific
(Seoul)
apnortheast-2yes yes yes
Asia Pacific
(Singapore)
apsoutheast-1yes yes no
Asia Pacific
(Sydney)
apsoutheast-2yes yes yes
South America
(São Paulo)
sa-east-1 yes yes no
Following are the available regions for gateways deployed an EC2 instance.

Region Name Region String Gateway-Cached Gateway-VTL
US East (N. Virginia) us-east-1 yes yes
US East (Ohio) us-east-2 yes yes
US West (N. California) us-west-1 yes yes
US West (Oregon) us-west-2 yes yes
EU (Ireland) eu-west-1 yes yes
EU (Frankfurt) eu-central-1 yes yes
Asia Pacific (Tokyo) ap-northeast-1 yes yes
Asia Pacific (Seoul) ap-northeast-2 yes yes
Asia Pacific
(Singapore)
ap-southeast-1 yes no
Asia Pacific (Sydney) ap-southeast-2 yes yes
South America (São
Paulo)
sa-east-1 yes no
AWS Storage Gateway Pricing
For current information about pricing, go to the AWS Storage Gateway detail page.

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8 AWS Storage Gateway User Guide
Accessing AWS Storage Gateway
Accessing AWS Storage Gateway
You can use the AWS Storage Gateway console to perform various gateway configuration and management tasks. The Getting Started section and various other sections of this guide use the console to illustrate gateway functionality.

Additionally, you can use the AWS Storage Gateway API to programmatically configure and manage your gateways. For more information about the API, see API Reference for AWS Storage Gateway (p. 267).

You can also use the AWS SDKs to develop applications that interact with AWS Storage Gateway.

The AWS SDKs for Java, .NET, and PHP wrap the underlying AWS Storage Gateway API to simplify your programming tasks. For information about downloading the SDK libraries, go to Sample Code Libraries.

Next Step
Getting Started with AWS Storage Gateway (p. 10)
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9 On-premise vs.
cloud-based solutions
A dilemma for businesses
On-premise vs. cloud-based solutions
www.gfi.com
Introduction
Consider any technology today, and you will likely find a “cloud” version that is just perfect for your needs, at least as far as the vendor is concerned. Cloud-based solutions and cloud computing in general seem to be what everyone is talking about - what everyone desires - and any company providing any sort of software or service wants to have a cloud version since, if it’s in the cloud, it must be better, right? Well, maybe, and maybe not. For the business trying to decide which solutions are right for their needs, understanding what the key differences are, where one is better than the other, and sometimes, more importantly, where one is worse than the other is critical in ensuring the decision maker for the company makes the right choice for the company.

That may or may not be the right choice for the vendor you are working with, so here’s what we hope is some unbiased advice to help you choose. Let’s start with some definitions.

On-premise offerings
On-premises solutions, sometimes shortened to “on-prem,” are those that are deployed in the traditional manner. Servers are acquired, operating systems are installed, other hardware may be involved, but all of that lives within your four walls, or the walls of your datacenter. You can reach out and touch on-prem solutions. You’re responsible for them, to at least some degree. You might virtualize the servers, but the physical hosts are still there. You might outsource management to a service integrator, but you still provide the physical security, the electricity, and the balance sheet entries to carry the assets. You might have the hardware in a cage within a shared datacenter or hosting facility, but they are still tangible, physical assets for which you are responsible.

Hosted offerings
Hosted solutions are those that a service provider offers you within their datacenters or other facilities. They are usually contracted for a period of time, and are built for you specifically.

They may be hosted in more than one location, but the locations are fixed and known, and the resources are largely yours. When a hosting provider hosts solutions for you, they are responsible for whatever it is that they are offering you. If it’s a datacenter, they provide the electricity, physical security, and perhaps core networking functions. If it’s an application hosting provider, they provide all the support and configuration for the app. In either case, you are paying for something that others are providing you. You are largely hands off.

If it’s in the cloud, it must
be better, right? Well,
maybe, and maybe not.

On-premise vs. cloud-based solutions
www.gfi.com
Cloud offerings
Hosted offerings may sound like cloud offerings, but there are some critical differences to understand.

The National Institute of Standards and Technology (NIST) established five essential characteristics of cloud computing that should help you understand the primary differences. They are:

1. On-demand self-service: once services are established, the customer should be able to provision new users, services, virtual machines, etc. without involving the cloud service provider.

2. Broad network access: cloud services are typically accessed over the Internet, as opposed to being on an internal network accessible only over private connections.

3. Resource pooling: there is some degree of shared resources from which services draw as needed.

4. Rapid elasticity: customers’ needs may expand or contract, and the service will expand or contract with those needs.

5. Measured service: customers are billed based on some measured consumption. That could be licenses, or CPU cycles, or Gigabytes of storage consumed, or number of mailboxes; whatever the thing measured, that is how customers are billed. You pay for what you use.

NIST also has standardized around three types of service models. They are

1. Software as a Service (SaaS): Applications that could be email, CRM, cloud storage, etc.

2. Platform as a Service (PaaS): This includes web sites, web applications, etc.

3. Infrastructure as a Service (IaaS): Typically, virtual machines hosted in the cloud and made available to the customer, who maintains the operating system on up.

Finally, NIST has defined four deployment models. They are

1. Private cloud: It’s mine, all mine, and not yours. The private cloud is used exclusively by one user.

2. Community cloud: It’s yours and mine, but not his, because he isn’t one of us.

Meaning the cloud is used exclusively by a group of people or a community.

3. Public cloud: It’s yours, mine, his, and anyone else who is willing to pay for it. Used openly by the general public.

4. Hybrid cloud: This part is yours, and that part is mine, and we will connect them together in some way. It’s made up of two or more deployment models (private, community and public) within the same organization.

You can read more about the NIST definitions at
http://csrc.nist.gov/publications/nistpubs/800-145/SP800-145.pdf.

On-premise vs. cloud-based solutions
www.gfi.com
Which is best?
Like so many IT questions, the answer is “it depends,”and what it depends on is largely dependent upon a number of things about your company. If you have the necessary expertise on staff, and sufficient resources to provision what is required, then you may want to keep it on-prem. If you have trust issues, or very unique compliance requirements, you may want to keep it on-prem. Be careful with that one though, as you may find that a cloud provider can meet your security and compliance requirements better than you can, and for less cost! If you don’t have and can’t afford the expertise on staff to maintain something, cloud based offerings should be very appealing. If you need global presence, 24x7x365 support, or extreme scale, cloud based offerings may be the only realistic way to get there for a business. Let’s look at some specific things you should consider when evaluating whether to do something on-prem or move it to the cloud.

Topic On-premises Cloud Advantage
Expertise
Top talent comes with top costs,
and niche skills may be very
expensive to attract and retain.

Cloud service providers specialize in an offering,
and staff it with the necessary expertise. Cloud
24x7x365
support and
monitoring
Monitoring systems can run 24x7,
but keeping staff around the
clock can be very expensive.

Cloud service providers monitor 24x7, but
may not monitor what is important to you,
or notify you directly in a timely fashion.

On-prem
Scale You can do anything for a cost, but can
you do everything cost-effectively?
One of the big benefits to cloud service
providers is the resource pooling. They can
afford to offer scale of services you could
not provision yourself at any cost.

Cloud
Trust When you run it yourself, you have
only to worry about yourself.

You have to trust someone sometime, and
when it comes to cloud service providers, you
are going to have to extend a lot of trust.

On-prem
Compliance
When you run it yourself, you have
to worry about ensuring compliance
with all the laws and regulations
that apply to your business.

Cloud service providers have teams
devoted to compliance, and can much more
readily meet and maintain compliance.

Trust, but verify, and you will be fine.

Cloud
SLA When there’s an outage, it is up to you
to get things back up and running.

Most cloud service providers offer financially
backed SLAs. They too will have outages, but at
least you will get credit for downtime and not have
to work around the clock to restore services.

Cloud
Understanding
your business
Only you can understand your
business as well as you do. You
know which user, customer, or
application is more important.

Cloud services are the great equalizer. Mailboxes
are mailboxes, and until you escalate, a problem
impacting your CEO and a problem impacting a
part-time employee are just equal problems.

On-prem
Security Security is critical, and you know
your assets and your people.

Security is complex, expensive, and
must be maintained 24x7. Cloud service
providers can leverage economies of scale
to provide security beyond anything you
could practically do on your own.

On-prem
Customization
When you deploy it, you can do it any
way you please, and can customize
things, add plug-ins, etc. as you see fit.

Cloud based services offer lots of choices, and
many configurable options, but they are still
going to be limited in what you can do, and
may not support all the options you want.

On-prem
Cost model
On-prem solutions involve
assets that must be purchased,
may need to be financed, and
must ultimately be replaced.

Cloud solutions are services to which you subscribe,
and as such, can be categorized as operational
expenses. There’s often great tax benefits to that.

Cloud
On-premise vs. cloud-based solutions
www.gfi.com
If you keep a flat score, it looks like a split decision, with on-prem solutions taking the advantage five times, and cloud based solutions taking the advantage the other five times. But each of these ten categories is going to be weighted differently depending upon your business, your needs, and your IT team. Weigh them based on what you think is most important for you, and then see which scores higher. You might be surprised. Here’s some more things to consider.

SMB
Small to medium sized businesses can leverage cloud-based services to get enterprise-class solutions on tighter budgets. There probably isn’t a cloud service offering that an SMB can build themselves on premise with the same budget. SMBs could embrace cloud-based solutions so they can focus on their core competencies and the things cloud service providers don’t offer, like desk side support.

Enterprise
Enterprises might be able to deploy IT solutions with equal capabilities to a cloudbased offering, but that doesn’t mean that they want to. Enterprises should focus on those things that they must deploy on-prem, like services requiring customizations, and leverage cloud-based services for the “commodity IT” things like email, CRM, etc.

The Hybrid Approach
There’s no reason to think the choice between on-prem and cloud is a mutually exclusive one.

Customers can pick and choose what works best for them. Maybe you want to keep your email system on-prem, but leverage a cloud-based service for message hygiene, continuity or archiving.

Or perhaps you will deploy your domain controllers and file and print servers on-prem, but build application and database servers in the cloud using an Infrastructure as a service provider who can provide you with computing resources for far less than you can do on your own.

Enterprises may want to deploy all their production systems on-prem, but can leverage cloud services for lab or QA purposes to easily and cost-effectively spin up systems for testing.

Whether you are more inclined to favor on-premises solutions or cloud-based solutions, don’t assume you have to choose one to the exclusion of the other. There are times where both may be the better choice, depending on circumstance the right choice is up to you. The one thing to keep in mind is that on-prem solutions may represent large capital investments, but cloud-based solutions may represent long-term subscription contracts. Weigh each option carefully, focus on doing what you do well with your existing staff first, and then look at if it makes sense to float away to the cloud! On-premise vs. cloud-based solutions
www.gfi.com
The IncIdenT Response plan
www.gfi.com
GFI Software develops easier, smarter and affordable enterprise-class IT solutions for businesses. Our solutions enable IT administrators to easily and efficiently discover, manage and secure their business networks, systems, applications and communications wherever they exist. GFI is committed to its customers worldwide to deliver the trusted expertise, rightsized and smartly engineered IT solutions with a strong focus on security excellence.

GFI is a channel-focused company with a network of thousands of partners worldwide. The company has received numerous awards and industry accolades, and is a longtime Microsoft® Gold ISV Partner.

More information about GFI can be found at http://www.gfi.com.

Follow us on:

Facebook: https://www.facebook.com/gfisoftware
Twitter: https://twitter.com/gfisoftware
Blog: http://www.gfi.com/blog
About GFI Software™:

Smartly Engineered
for Greater IT
34 Qualcomm, leading the world to 5G
Building on our leadership foundation
Pioneering new LTE and 5G
technologies to meet extreme
requirements
Wireless/OFDM
technology and
chipset leadership
Driving LTE Advanced Pro
and 5G from standardization
to commercialization
End-to-end system
approach with
advanced prototypes
Providing the experience
and scale that the future of
mobile networks demands
Leading global
network experience
and scale
Qualcomm® chipsets are products of Qualcomm Technologies, Inc. or its subsidiaries TransForm N Multimedia Terminal (3rd generation)
Easy to use 3rd generation compact video wall controller Barco's  TransForm  N  Multimedia  Terminal  is
a hybrid video wall controller perfectly suited
for  monitoring  both  baseband  and
networked  video  sources  purposes.  It
enables  customers  to  capture  sources
(networked  sources,  local  DVI/RGB  inputs
and analog video inputs) from anywhere and
display them on a video wall in combination
with high  resolution 3D images. The flexibly
configurable  TransForm  N  Multimedia
Terminal  can  either  be  integrated  as  a
perfectly  matching  output  node  in  a
TransForm N solution, or it can be used as a
standalone Video Wall controller with Barco's
CMS  control  room  management  software
running on it.

A  fully  qualified  platform  for  Barco's
advanced  CMS  control  room  management
software,  TransForm  N  Multimedia  terminal
allows to organize display content (including
3D  accelerated  content)  in  a  smart  way  to
enhance  knowledge  and  improve
Possibility to integrate into networked visualization system TransForm  N  Multimedia  terminal  can  be  used within  a  TransForm  N networked  visualization  system,  capable  of  controlling  multiple  video  walls.

This offers customers a complete overview of data, while providing them with interaction and collaboration possibilities. As such, information can be shared between  multiple  sites,  making  crucial  information  omnipresent  throughout your organization and beyond.

Features:
⋅ Pre­installed CMS control room management software (optional) ⋅ Large Windows 7 desktop
⋅ High­end 3D graphics acceleration
⋅ Up to 32 HD outputs through Barco's OverView OL, OVL and MVD video walls ⋅ High input density
⋅ Universal IP streaming video decoding
⋅ Baseband capture cards for analog video and DVI/RGB inputs ⋅ Local application support
⋅  4th  generation  Intel(R)  Core  (TM)  i7  quad  core  processor  for  concurrent application processing and software based media decoding Product specifications TransForm N Multimedia Terminal (3rd generation) OS Windows 7 Ultimate 64bit
Software CMS with 1x Display, 5x Sidebar and 36 Viewer licenses (optional) Processor Intel(R) Core(TM) i7 Quad core 3.6GHz processor Memory 16/32/64 GB RAM
Hard disk 320GB Raid­1
Optical drive DVD R/W
Network 2x 1Gb/s LAN
Graphics card High­performance NVIDIA Quadro series cards (Horizontal and vertical resolution max 4000 pixels per output)
Output Up to 8 HD displays through DCB­100 DVI splitcard Up to 32 HD displays through multiple GPU's and Barco loop­through displays (OL, OV and MV series)
(Limited by the max. Horizontal and vertical resolutions of 4000 pixels per output) Input Up to 2x 2ch DVI­I input card (supporting resolutions up to 1920x1200 @60Hz) Up to 2x 1ch DVI­D input card (supporting resolutions up to 2560x1600 @60Hz) Up to 3x 8 channel analog video input cards
Up to 24 Streaming video IP video sources (see supported codecs list) Configurations Flexible system configurations with up to 6 input/output cards Optionally CMS pre­installed on the unit
Optionally without CMS, if used as an output node with local sources in a TransForm N system
Form factor 4U housing for 19" rack
Power supply Redundant 800W, 100­240V, 50/60Hz
Temperature range 0°­40° | 32°­104°F
Humidity Max. 80% (non­condensing)
Noise Level max. 48dbA (measured 22°C/72 F at 1m/3.28ft distance) Regulation Compliance CE,CB, IEC 60950­1, ETL, FCC Class A Last updated: 21 Apr 2016
Technical specifications are subject to change without prior notice.

Please check www.barco.com for the latest information.

Fusion Catalyst™
8000
Display Wall Processor
Introducing Fusion Catalyst™ 8000, the fastest, most
powerful display wall processor yet. Users and industry pundits around the world have called the Fusion Catalyst product line the best-in-class since its introduction in 2010. The newest member of the family, the Fusion
Catalyst 8000, is the best of the best.

With bandwidth that reaches 320 Gbps, the Fusion
Catalyst 8000 delivers more high resolution windows at
full frame rates than any competitor. And with up to 80 slots, no project is too big. Featuring the award-winning performance and quality for which Jupiter is known, this is the solution for the most demanding projects.

The Fusion Catalyst 8000 features Second Generation PCI Express slots and a true, non-blocking Switch Fabric communication infrastructure. It provides more
expandability, faster graphics, real time HD/SD/DVI/
RGB frame rates, and better overall system performance than anything in its class.

And with Dual Quad Core Xeons and Windows 7
onboard, you can run demanding applications such as
SCADA directly on the video wall.

The numbers speak for themselves. Each 4RU rackmountable Fusion Catalyst™ 8000 CPU can support up to 4 Fusion Catalyst 8000 Switch Fabric Chassis
for a total of 80 PCI Express 2.0 4-lane slots.

At a full 80 slots, the Fusion Catalyst 8000 can support up to 120 outputs at 2560x1600 pixels at 32 bits.

Each Dual DVI-I Output Card has 256MB of onboard
graphics memory for flawless image quality.

With optional Dual-Link DVI-I Input Cards, Fusion
Catalyst 8000 can support up to 100 DVI, progressive
scan component HD, or analog RGB inputs. Up to
400 video inputs can be accommodated using optional
Octal SD Video Input Cards.

With optional Quad HD Decoder Cards, Fusion Catalyst 8000 can support up to 200 HD or SD streams in MPEG-2, MPEG-4, MJPEG, and H.264 formats. Most
popular IP cameras and encoders are supported, as
are desktop PC streams with real-time updates.

Optional CatalystLink™ cards support PixelNet® HDSDI and DVI Input Nodes with remote KM capability.

Fusion Catalyst™ processors ship with ControlPoint
Security™, airtight security tools indigenous to Jupiter’s ControlPoint™ wall management software suite.

ControlPoint Security features LDAP integration, providing secure login with the standard user name and password controlled by the customer’s IT department.

With security defined at the object level, managers can create discrete management and access permissions
for wall segments, layouts, inputs, applications, and
remote cursor control.

User activity and event logging is performed at subsecond resolution, allowing thorough forensic analysis.

Speed,
Capacity,
Perfection
Fusion Catalyst™
8000 In Action
Safeguard
Operations with
ControlPoint
Security™
Jupiter Systems
31015 Huntwood Avenue
Hayward, California
94544-7007 USA
+1 510 675 1000 tel
+1 510 675 1001 fax
www.jupiter.com
Patents pending. Jupiter Systems, the Jupiter logo and PixelNet are registered trademarks of Jupiter Systems. Fusion Catalyst, CatalystLink, ControlPoint, and ControlPoint Security are trademarks of Jupiter Systems. All other trademarks belong to their respective owners. Specifications are subject to change without notice.

Copyright ©2013 Jupiter Systems. REV.201-305
CPU Chassis
CPU Board
Processor
Dual Intel Quad Core Xeons
System Memory
8GB RAM standard; Optional 16, 32, 64GB
Disk Storage
Hard Drive
2 hot-swappable 256GB, solid state drives (SSD) in
RAID 1 array
Optional 2TB, 7200 RPM, hard disk drives
Optional 3rd SSD or HDD
Optional RAID 5
Optical Storage

DVD-RW/CD-RW
Network Interface
Ethernet
Standard dual 10/100/1000 Mbps RJ45 ports; add up
to four additional dual-port cards
Input Devices (USB)
Wireless 2.4 GHz104-key keyboard and laser mouse
Touch Panel Support
IP control protocols
CPU Chassis
Four PCI Express 8-lane slots for peripheral cards
(Ethernet, Audio, RAID 5)
Connection to Switch Fabric Chassis
Four PCI Express 2.0 16-lane slots for connection to
Switch Fabric Chassis
Switch Fabric Chassis
Input and Expansion Slots
PCI Express Input
16-lane PCI Express 2.0 inter-chassis connection
Expansion slots
20 slots in each Switch Fabric Chassis
Add up to 4 Switch Fabric Chassis to a CPU Chassis
Graphics I/O
Dual-Link DVI-I Output Card
Graphics memory
256 MB per dual-link output card
Number of outputs
Up to 120 with four Switch Fabric Chassis
Resolution
Digital: 640x480 to 2560x1600 pixels per output
Analog: 640x480 to 2048x1536 pixels per output
Custom output modes possible in both analog and
digital
Color Depth
32 bits per pixel
Output signal
DVI-I connector (supports single-link and dual-link DVI, and analog VGA with adapter)
Dual DVI/RGB/HD Input Card (Optional)
Inputs
Up to 100 inputs
Format
Dual-Link DVI up to 2560x1600, Single-Link DVI up to
2048x1200, progressive scan component HD (480p,
720p, 1080p), and analog RGB with any sync type
(composite, separate, sync on green) up to 2048x1200
Pixel rate
Digital: Up to 270 MHz
Analog: Up to 210 MHz
Pixel format
32 bits per pixel
Windows
4 destination windows per card
Octal SD Video Input Card (Optional)
Inputs
Up to 400 inputs
Input format

NTSC, PAL
Windows
16 destination windows per card
Octal Video Connection Module
Dual BNC-F connectors support S-Video or Composite
on 1RU 19” rackmount panel with 2 BNC sub-panels
Each sub-panel has 16 BNC connectors for 8 Composite or 8 S-Video signals Quad HD Decoder Input Card (Optional)
Integrated HD & SD video decoding
4 GigE connections, 1 per decoder
Supports up to 200 HD or SD streams
Supports most popular IP cameras and encoders
Support for high resolution, real-time decoding of
computer streams
CatalystLink™ Input Card (Optional)
For PixelNet® integration
Each CatalystLink card features 4 PixelNet ports and
supports up to 8 PixelNet Input Nodes
Input format
Support for all PixelNet input types
Windows
4 destination windows per card
Other
Rackmount Chassis
Dimensions
FC8000 CPU: 7” H x 19” W x 22” D
(17.8 cm x 48.3 cm x 55.9 cm)
FC8000 Switch Fabric Chassis: 7” H x 19” W x 22” D
(17.8 cm x 48.3 cm x 55.9 cm)
Weight
FC8000 CPU: 51 lbs. (23.1 kg.)
FC8000 Switch Fabric Chassis: 51 lbs. (23.1 kg.)
Shipping weight
FC8000 CPU Chassis: 72 lbs. (32.7 kg.)
FC8000 Switch Fabric Chassis: 72 lbs. (32.7 kg.)
Operating Range
Temperature
Operating: 32°F – 104°F (0°C – 40°C)
Non-operating: 14°F – 150°F (-10°C – 66°C)
Humidity
10-90% non-condensing
Altitude
Up to 10,000 feet (3,048.0 m)
Electrical Requirements
Input voltage
100-240 VAC, auto-ranging power supply
Line frequency
50-60 Hz
Power consumption
600 Watts, maximum per chassis
Regulatory
United States
UL 60950 listed, FCC Class A
Canada
cUL CSA C22.2, No. 60950
International
CE Mark, CB Certificate and Mark, IEC 60950, CCC,
C-Tick, VCCI
Fusion Catalyst™ 8000 Specifications
[120 Series High-Quality, Durable, Rear-projection Display Wall Cubes] LED Display Wall
Photograph courtesy of Hossana B. Ashagrie, Project Manager, Greater Toronto Airports Authority Display Wall
Redundant
New Wide-format LED Display Wall Cubes
Guarantee High Per f ormance and Quality
New 62" and 72" cubes in 16:10 wide-format broaden
our wide-screen cube lineup to meet your critical applications 1 2
Smart 7 ~ Cutting-edge Features for High-performance,
High-quality Large Display Wall Systems
The key to visual communications can be found in Mitsubishi Electric's Smart 7 technologies, the core concept behind display wall design at Mitsubishi Electric. These advanced cutting-edge technologies
are incorporated in all 120
Series products, ensuring
innovative display solutions
for command and control
room applications.

Combining long-life LED light source and DLPTM imaging technology designed to realize reliable and durable visual display for true 24/7 continuous use.

Introducing the latest addition to our 12 0 Series line of display wall cubes, furthering our commitment and enhancing our ability to offer custom solutions to suit your mission-critical control center applications.

Centro de Operações da Prefeitura de Belo Horizonte America Free Trade Zone Industrial Park NTT West Kobe IOC Center Our current lineup now offers 16:9 aspect cubes available in 60- or 70-inch displays in full HD resolution, as well as 16:10 aspect cubes available in 62- or 72-inch displays in new WUXGA resolution, allowing you to easily build the system that best matches your application needs and requirements.Two screen options are offered as well, Black Stripe (standard) and Cross-lenticular, which vary in brightness and viewing angle capabilities. This expanded range of choices gives users more flexibility in creating the optimal system to match the application and installation environment.
*All Mitsubishi Electric display wall cubes are manufactured using seismic simulation which was performed at the product design stage. 70”
62” 60”
72” 16:9 wide-format cubes 16:10 wide-format cubes
A redundant power supply system can be configured
by adding a second (optional) power source. Even if
one power supply fails, power will continue to be
supplied from the
other power supply,
so displays continue
to be operational
with no downtime.

Redundant Power Supply
Mitsubishi Electric's original LED light
source utilizes the ideal combination
of fully redundant RGB LEDs and an
air cooling system, creating perfect
display solutions for 24hr operations.

Each RGB LED maintains high image
quality even if a light element
malfunctions, thereby enhancing
reliability for various mission-critical
environments.

A "Smart Switch" function has been added to Mitsubishi
Electric display wall cubes to deliver the signal
redundancy necessary for mission-critical applications
that require round-the-clock operation. If a signal is
unexpectedly lost, the display wall automatically
switches to the alternative signal source from port-to-port within seconds after the ‘no signal’ status is detected.

This function makes it possible for users to minimize
downtime in the event of a signal source failure.

Redundant LED Smart Switch
Each display wall cube is equipped with three built-in sensors (one for each primary color) that use a color and brightness maintenance algorithm. The sensors continually monitor the individual red, green and blue output of each display wall cube, share the data with adjacent cubes, and adjust performance automatically to produce extremely accurate colors and brightness balance over the entire display. These features makes it possible to maintain image uniformity on multi-screen configurations over long periods of operation without using external software or third-party calibration computers. Furthermore, the newly developed XYZ color sensor allows multiple screens to be adjusted precisely and easily to a desired color tone. Time-based color changes in multi-screen configurations are also minimized so that image quality is maintained over a long period of time.

Dynamic Color & Brightness Balancing
Brightness and Color Uniformity is Evenly Maintained Across Multiple Screens, Making the Entire Display Visually Seamless
Auto-balancing
Built-In Features that Ensure Reliable, Consistent, Continuous Operation of Mission-critical Systems Redundancy
4-screen multi-image example
3 4
Air Cooling System for LED Light Source Enhances Engine Longevity Durability
Efficient Air Cooling System Realizes Higher Reliability The system has an optimal airflow path and cooling module design that are perfectly matched to the characteristics of the LED light source. *The cooling module consists of a highly efficient cooling tube and aluminum plate.

Liquid Cooling System
Pump/Drive parts are required to circulate the liquid
Highly efficient, compact cooling module
No moving parts that require frequent replacement
Long service life
Complex system requiring liquid reservoir and tube
Coolant must be replaced frequently due to
deterioration and loss
Pump has a short service life (approx. 50,000hr)
Air Cooling System
As expressed by the black line,
brightness and white balance of
all four screens are controlled continuously.

Adjustment
time
50%
100%
Brightness
Cooling module for red
Optical engine
Cooling module for green
Cooling module for blue
At the core of Mitsubishi Electric projection technology is the DLPTM digital micro-mirror imaging chip built
with minute mirrors arranged at multiple points on a
silicon base using the most advanced semiconductor
fabrication technology available. Each micro-mirror
corresponds to a single pixel or element of the
picture. Images are produced by maneuvering these
micro-mirrors electronically.

The DLPTM chip is a reflective device with a very
high light reflection ratio, thus the chip itself retains very little to no heat. This characteristic allows still images, text data and other fixed patterns to be
displayed for long periods of time without image
retention or burn-in that tends to occur with other
display technologies or image processing methods.
*DLP and the DLP medallion logo are registered trademarks of Texas Instruments in the United States of America.

Higher Reliability
Consistent High-quality Images
Blue LED
Red LED
DLPTM chip
Projection lens
To the screen
Time-division multiplexing
Green LED
DLPTM Imaging Technology for the Ultimate in High-quality Digital Displays Full digital control of color and gradation at every
micro-mirror results in images with consistently high
picture quality and uniform color and brightness
throughout the display wall, from the center point to
the edges of each display.

An LED light source has an average service life that is approximately 10 times longer than that of conventional ultrahigh-pressure mercury lamps.

Combined with the 100,000hr, ultra-long service life of our engine fans, the average service life of Mitsubishi Electric LED display wall cubes is more than 10 years, even when operated continuously on a 24/7 basis. * With the new WE120 Series models, the LED light source lasts for 100,000 hours in all modes, including the Bright mode.

Mitsubishi Electric LED display wall cubes can thus be used 24/7 for more than 11 years virtually maintenance free.

Equipped with an original LED power control circuit, each display wall cube can be set to operate in one of four modes. As a result, command and control room operators can select the brightness level appropriate for their environment and user, avoiding user eye-fatigue over long periods of viewing time.

Over 78,000 Mitsubishi Electric display wall products have been installed in mission-critical command and control rooms around the world. Our LED projection engines and display wall cubes are designed and developed with the deep understanding and experience we gained from market feedback and from market feedback and closely listening to the diversified needs of our customers.

Mitsubishi Electric LED display wall cubes have multiple picture settings, giving customers the freedom to choose the best setting suitable for the application and content being displayed. Optimized Color is best for reproducing natural looking colors, Vivid Color realizes more striking colors in icons/symbols, and Low Color Temperature is ideal for backdrop applications in broadcasting studios.

Multiple Picture Settings
Choice of Four Brightness Modes
The LED light source eliminated the use of mercury lamps, helping us keep the environment cleaner. At the same time, the Eco mode setting lets users consume less power, reducing CO2 emissions, leaving a smaller, eco-conscious carbon footprint than conventional lamp-based systems.

Eco-conscious
Proven Performance
The LED light source offers a much wider
range of color reproduction, allowing a
larger array of vivid colors to be used for
the icons and symbols frequently used in
command and control rooms. This ultimately
makes it easier for command and control
room operators to share information.

Wider Color Reproduction Range
LED Light Source Advantages
Virtually Maintenance Free
Color reproduction range illustration
0 0.10 0.20 0.30 0.40 0.50 0.60 0.70

0.80 0.70

0.60 0.50

0.40 0.30

0.20 0.10
LED light
source range
Lamp light
source range
* Option only available for
the WE120 Series.
*As of March 2016 in-house research.
5 6
The 120 Series display wall cubes are equipped with
an internal image data processing function. In addition to the background image (desktop), a window can be of
any size or displayed across the entire wall without using an external computer.

Used in combination with Mitsubishi Electric's D-WALL Control Software Suite, the entire imaging system can be controlled intuitively from a user-friendly graphical user interface.

No space is needed behind a display wall
Built-in Processor
Internal Processing
Equipped with Intel® OPS Slot for On-board Computer and Other Peripheral Equipment Installation Flexibility
Available Full Front Access for Simpler Maintenance and Space Savings Easy Set-up
1 background (desktop) 1 window + 1 background (desktop) Mitsubishi Electric offers a wide lineup of display cubes that are accessible from the front, including 60, 62, 70, and 72-inch models. The specially designed slide-and-lift screen and air-ventilation system allow all installation and maintenance work to be completed from the front. As a result, no maintenance space is needed behind the display wall cubes even if they are tiled as a display wall installation.

Model name
Screen size
Resolution
Accessibility
Technology
Brightness
Viewing angle
Contrast ratio
Screen-to-screen gap
Light source
Key components lifetime
(average)
Control signal input
Signal input terminal
Optional input board slot
Power consumption
(w/o input board)
Voltage range
Operating current (100/240V)
Operating conditions
Weight
Model no.

Bright mode
Normal mode
Eco mode
Advanced Eco mode
Horizontal
Vertical
Horizontal
Vertical
Expected lifetime
DLPTM chip
Cooling fan
Bright mode
Normal mode
Eco mode
Advanced Eco mode
Temperature
Humidity
Projection engine
Cabinet
Screen unit
60"
780cd/m2 (Typ.)
620cd/m2 (Typ.)
460cd/m2 (Typ.)
190cd/m2 (Typ.)
60"
DLP™ technology (0.96" DLP™ 1 chip) / Dark Chip3™ / Brilliant Color™ (*1) 1160cd/m2 (Typ.)
820cd/m2 (Typ.)
550cd/m2 (Typ.)
210cd/m2 (Typ.)
1500:1 (Typ) Up to 3800:1 (*5)
60HE120
Rear

0.2 - 1.5mm (*2)

0.2 - 1.0mm (*2)
10-35°C
(50-95°F)
85kg/188lb
S-60HE75CA
SC-60HE75U
60HEF120
Front

1.0 - 2.5mm (*2)

1.0 - 2.0mm (*2)
10-30°C
(50-86°F)
91kg/201lb
S-60HE75CAF
SC-60HE75UF
70HE120
Rear

0.2 - 2.0mm (*2)

0.2 - 1.5mm (*2)
10-35°C
(50-95°F)
101kg/223lb
S-60HE75CA
SC-70HE75U
70HEF120
Front

1.0 - 3.0mm (*2)

1.0 - 2.5mm (*2)
10-30°C
(50-86°F)
106kg/234lb
S-60HE75CAF
SC-70HE75UF
60WEF120
Front

1.0 - 2.5mm (*2)

1.0 - 2.0mm (*2)
10-30°C
(50-86°F)
92kg
S-60HE75CAF
SC-60HE75UF
60WE120
Rear

0.2 - 1.5mm (*2)

0.2 - 1.0mm (*2)
10-35°C
(50-95°F)
86kg
S-60HE75CA
SC-60HE75U
70"
Full HD (1920 x 1080 pixels)
580cd/m2 (Typ.)
460cd/m2 (Typ.)
340cd/m2 (Typ.)
140cd/m2 (Typ.)
1/2 gain: ±35deg, 1/10 gain: ±57deg
1/2 gain: ±10deg, 1/10 gain: ±28deg
Redundant LED (RGB)
100,000hr (MTBF 650,000hr)
100,000hr
RS-232C: Dsub9
LAN: RJ45 (10BASE-T/100BASE-TX)
Mitsubishi Electric Original Control Link: Dsub9 x 2 (IN/OUT) Wire remote: F3.5 jack
IR receiver
Intel OPS slot x1
100-240VAC±10%,50/60Hz±1Hz
20-80% non-condensing
DLP™ technology (0.65" DLP™ 1 chip) / Dark Chip3™ / Brilliant Color™ (*1) 1500:1 (Typ.)
100,000hr (Advanced Eco mode)
80,000hr (Normal mode,Eco mode),60,000hr (Bright mode)
DVI-I (digital with HDCP, analog) x1
DVI-D (digital with HDCP) x1
DisplayPort™ (DP1.1a) x1 (*3)
172W (Typ.)
131W (Typ.)
95W (Typ.)
80W (Typ.)

2.5/1.2amp.

VS-HE120U
100,000hr
(Advanced Eco mode,Eco mode,Normal mode,Bright mode)
DVI-I (digital with HDCP, analog) x1
DVI-D (digital with HDCP) x1
DisplayPort™ (DP1.2a) x 2 (IN/OUT) (*3)
225W (Typ.)
137W (Typ.)
97W (Typ.)
77W (Typ.)
Single power mode (Main or Exit.)3.3 / 1.4amp.

Redundant power mode (Main or Exit.)3.4 / 1.7amp.

VS-WE120U
Model name
Screen size
Resolution
Accessibility
Technology
Brightness
Viewing angle
Contrast ratio
Screen-to-screen gap
Light source
Key components lifetime
(average)
Control signal input
Signal input terminal
Optional input board slot
Power consumption
(w/o input board)
Voltage range
Operating current (100/240V)
Operating conditions
Weight
Model no.

Bright mode
Normal mode
Eco mode
Advanced Eco mode
Horizontal
Vertical
Horizontal
Vertical
Expected lifetime (*3)
DLPTM chip
Cooling fan
Bright mode
Normal mode
Eco mode
Advanced Eco mode
Temperature
Humidity
Projection engine
Cabinet
Screen unit
70"
Full HD (1920 x 1080 pixels)
860cd/m2 (Typ.)
610cd/m2 (Typ.)
410cd/m2 (Typ.)
150cd/m2 (Typ.)
72"
860cd/m2 (Typ.)
610cd/m2 (Typ.)
410cd/m2 (Typ.)
150cd/m2 (Typ.)
70WE120
Rear

0.2 - 2.0mm (*2)

0.2 - 1.5mm (*2)
10-35°C
(50-95°F)
102kg
S-70HE75CA
SC-70HE75U
70WEF120
Front

1.0 - 3.0mm (*2)

1.0 - 2.5mm (*2)
10-30°C
(50-86°F)
107kg
S-70HE75CAF
SC-70HE75UF
62WE120
Rear

0.2 - 1.5mm (*2)

0.2 - 1.0mm (*2)
10-35°C
(50-95°F)
89kg
S-62WE75CA
SC-62WE75U
62WEF120
Front

1.0 - 2.5mm (*2)

1.0 - 2.0mm (*2)
10-30°C
(50-86°F)
96kg
S-62WE75CAF
SC-62WE75UF
WUXGA (1920×1200 pixels)
72WEF120
Front

1.0 - 3.0mm (*2)

1.0 - 2.5mm (*2)
10-30°C
(50-86°F)
111kg
S-72WE75CAF
SC-72WE75UF
72WE120
Rear

0.2 - 2.0mm (*2)

0.2 - 1.5mm (*2)
10-35°C
(50-95°F)
107kg
S-72WE75CA
SC-72WE75U
62"
DLP™ technology (0.96" DLP™ 1 chip) / Dark Chip3™ / Brilliant Color™ (*1) 1160cd/m2 (Typ.)
820cd/m2 (Typ.)
550cd/m2 (Typ.)
210cd/m2 (Typ.)
1/2 gain: ±35deg, 1/10 gain: ±57deg
1/2 gain: ±10deg, 1/10 gain: ±28deg
1500:1 (Typ) Up to 3800:1 (*5)
Redundant LED (RGB)
100,000hr
(Advanced Eco mode,Eco mode,Normal mode,Bright mode)
100,000hr (MTBF 650,000hr)
100,000hr
RS-232C: Dsub9
LAN: RJ45 (10BASE-T/100BASE-TX)
Mitsubishi Electric Original Control Link: Dsub9 x 2 (IN/OUT) Wire remote: F3.5 jack
IR receiver
DVI-I (digital with HDCP, analog) x1
DVI-D (digital with HDCP) x1
DisplayPort™ (DP1.2a) x 2 (IN/OUT) (*3)
Intel OPS slot x1
225W (Typ.)
137W (Typ.)
97W (Typ.)
77W (Typ.)
100-240VAC±10%,50/60Hz±1Hz
Single power mode (Main or Exit.)3.3/1.4amp.Redundant power mode (Main or Exit.)3.4/1.7amp. 20-80% non-condensing
VS-WE120U
120 Series display wall cubes are equipped with an open pluggable specification (OPS) slot. Simply install the optional computer board* to expand the scope of applications.

A variety of peripheral equipment can be connected quickly and easily for future system expansion. * The new WE120 Series models are also compatible with ultra-HD, the super-high-resolution 4K signal (3840 × 2160 pixels), and can display 4K ultrahigh-definition images when using DisplayPortTM cables in a daisy chain configuration. (*1) DLP™, DarkChip3™ and BrilliantColor™ are trademarks of Texas Instruments. (*2) Depending on configuration and environment. The maximum screen-to-screen gap size is recommended for large display walls to allow for screen expansion due to heat and humidity. (*3) DisplayPortTM is a trademark of the Video Electronics Standards Association. (*4) The above figures are when using Black Stripe screen. (*5) @full on /off contrast ratio
1 1
1 1
Loss of brightness at the screen edges is no longer a problem owing to Mitsubishi Electric's innovative digital gradation circuit. Brightness is distributed evenly across the screen, ensuring the reproduction of sharp, vivid images from edge to edge on multi-screen configurations.

To compensate for the color and brightness inconsistencies on display wall cubes, Mitsubishi Electric has developed an original Color Space Control Circuit that balances and blends colors.The ratios of each primary color (red/green/blue) and other color mixtures are adjusted to provide consistent color blending and superior uniformity on multi-screen configurations.

Digital Gradation Circuit
without digital gradation with digital gradation
Color Space Control Circuit
without Color Space Control with Color Space Control
High-resolution Images Created with Mitsubishi Electric’s New Optical Engine and Optimal Image-quality Circuit Design Intelligence
L-188-4-C9427-C KYO 1606 Printed in Japan(IP)
HEAD OFFICE: TOKYO BLDG., 2-7-3, MARUNOUCHI, CHIYODA-KU, TOKYO 100-8310, JAPAN www.MitsubishiElectric.com/products/vis/displaywalls
Revised publication effective Jun.2016.

Superseding publication L-188-4-C9427-B Nov. 2014.

Specifications are subject to change without notice.

Eco Changes is the Mitsubishi Electric Group’s environmental statement, and expresses the Group’s stance on environmental management. Through a wide range of businesses, we are helping contribute to the realization of a sustainable society.

Optional Cross-lenticular screen upon special request
400
320
230
90 290
230
170
70 1/2 gain:±35deg,1/10gain:±57deg
1/2 gain:±33deg,1/10gain:±55deg
VS-WE120U
590
420
280
100
Model Name (w/Cross-lenticular screen)
Model No. (projection engine)
Model No. (Cross-lenticular screen)
Brightness with
cross-lecticular screen
Viewing angle with
Cross-lenticular screen
Screen-to-screen gap
Bright mode
Normal mode
Eco mode
Advanced Eco mode
Horizontal
Vertical
Horizontal
Vertical
60HE120L2
SC-60HE120L

0.2 - 1.0mm(*2)

0.2 - 0.5mm(*2)
60HEF120L
SC-60HE75LF

1.0 - 2.5mm(*2)

1.0 - 2.0mm(*2)
VS-HE120U
70HE120L2
SC-70HE120L

0.2 - 1.0mm(*2)

0.2 - 0.5mm(*2)
70HEF120L
SC-70HE75LF

1.0 - 3.0mm(*2)

1.0 - 2.5mm(*2)
60WE120L2
SC-60HE120L

0.2 - 1.0mm(*2)

0.2 - 0.5mm(*2)
60WEF120L
SC-60HE75LF

1.0 - 2.5mm(*2)

1.0 - 2.0mm(*2)
60HE120/60WE120 60HEF120/60WEF120
(unit:mm)
16:9 wide format * Figures in ( ) are for 120 Series.
70HE120/70WE120 70HEF120/70WEF120
298 962
1548
870.5
274
1551
1147
298 1550 897
1145
273
1548(1549)
870.5(871.5)
1335
1005
797 298 254
750(750.5)
1333.5(1334)
1007
886
255
750
1333.5
1336 298
*The design and measurements are subject to change without notice. *All pictures shown are for illustrative purposes only. *When Cross-Lenticular Screens are used,each screen size will be approximately 0.5mm wider and higher than the dimensions of the standard Black Stripe Screen. *Operating temperature range is 20-30°C.
298 897
1242
273
1550
1548(1549)
967.5(968.5)
62WE120
(unit:mm)
298
833.5
1333.5
1336
255
886
1090.5
298
1548
967.5
1551 962
1244
274
298
254
1088.5
1335
833.5(834)
1333.5(1334)
797
62WEF120 72WE120 72WEF120
16:10 wide format * Figures in ( ) are for 120 Series.
440
310
210
70 VS-WE120U
590
420
280
100
1/2 gain:±35deg,1/10gain:±57deg
1/2 gain:±33deg,1/10gain:±55deg
440
310
210
70 Model Name (w/Cross-lenticular screen)
Model No. (projection engine)
Model No. (Cross-lenticular screen)
Brightness with
Cross-lecticular screen
Viewing angle with
Cross-lenticular screen
Screen-to-screen gap
Bright mode
Normal mode
Eco mode
Advanced Eco mode
Horizontal
Vertical
Horizontal
Vertical
70WE120L2
SC-70HE120L

0.2 - 1.0mm(*2)

0.2 - 0.5mm(*2)
70WEF120L
SC-70HE75LF

1.0 - 3.0mm(*2)

1.0 - 2.5mm(*2)
62WE120L2
SC-62WE120L

0.2 - 1.0mm(*2)

0.2 - 0.5mm(*2)
62WEF120L
SC-62WE75LF

1.0 - 2.5mm(*2)

1.0 - 2.0mm(*2)
72WE120L2
SC-72WE120L

0.2 - 1.0mm(*2)

0.2 - 0.5mm(*2)
72WEF120L
SC-72WE75LF

1.0 - 3.0mm(*2)

1.0 - 2.5mm(*2)
Collaborative visual solutions
for mission-critical monitoring
Content mobility: redefined
Christie® is taking control rooms and monitoring applications to an entirely new level. By removing traditional boundaries and enabling expansive collaboration, operations of any kind will benefit with greater effectiveness, unparalleled flexibility, and straightforward ease-of-use.

Every day for more than 30 years, some of the world’s
most mission-critical operations have relied on Christie control room display technologies. Christie is completely redefining the control room space by combining stunning, zero-maintenance displays with our revolutionary networkdistributed open content management platform. From design, customization and commissioning services to
integration into existing markets with retrofits and upgrades to display wall processors, Christie’s broad solution offering integrates displays and processing.

Sharing up-to-date, accurate information in a timely manner is critical to your business. Now multiple users, in multiple locations anywhere in the world can share and interact
with audio-visual from virtually any device, giving you the most precise information so you can continue to make fast, informed, mission critical decisions.

Be in control with Christie.

Be in control with Christie
Christie® is a trusted and reliable
partner delivering complete end-toend solutions for highly collaborative monitoring environments for more
than 30 years.

We deliver benchmark performance
with innovative visual technologies
and top-tier service and support.

Christie’s world-class products feature:

High performance
Latest technologies
Design flexibility
Zero maintenance design
Redundancy features
Upgradabilty
Wide viewability
Compatibility
Superior control
Diagnostic monitoring
Best price/performance
Eco-friendly
“Plug and play”
Fast setup/installation
Automation features
Modular designs
High reliability
Highest efficiencies
Low power consumption
Integrated end-to-end
monitoring solutions
Display solutions
Christie Entero™ HB – The next
generation of seamless LED display
cubes offering >1100 ANSI lumens
projection capability – the brightest LED
display cubes available.

True zero-maintenance design for the
lifetime of the video wall
Wi-Fi enabled for control and management
of individual displays as well as the entire
display wall
Standard and custom-size stackable display
cubes, screens and systems ranging from
50" to 100" diagonal
DLP® display technology with very high
contrast and native resolutions including
SXGA+, HD and WUXGA
LED solid-state illumination with advanced
cooling for long life, stable operation
Innovative new front access cube solution
Discrete LED-based light engines/kits
for retrofitting existing display walls and
third-party custom solutions
Christie MicroTiles® for very bright video
wall displays with high pixel density,
award-winning performance and a unique
space-saving design.

Super narrow bezel LCD flat panel
displays for budget-defined, non-24/7
environments requiring excellent image
quality and long life.

Christie 3-chip DLP projectors for larger
front or rear screen applications where
space, audience and lighting design
require an alternate solution.

Processing and content
Christie Phoenix™ is a networkdistributed open content management system that lets all users simultaneously
access and control audio-visual data
securely from anywhere, at any time via
standard IP networking technology.

Real-time video streaming - capture and
encode DVI video inputs with audio into a
high-quality H.264 video stream in real time.

Once encoded, video streams are made
available on the network via IP multicast
Content access and management across a
variety of display and operation environments
Simple and powerful – easy to install and
configure; encode, decode and display,
all from one box
Scalable – one to hundreds of Christie
Phoenix nodes, multiple display walls up to
128+ screens, multiple desktops and users
Secure control – Support for HDCP,
H.264 encryption throughout with
drag and drop simplicity
Christie TVC-1700/TVC-700 flexible, builtto-order PC-based display wall processors delivering ultra-high resolution desktops
with all the input flexibility and power
needed to handle increasingly complex
and diverse control room systems.

Christie Vista Spyder/
Christie Spyder X20 – powerful,
versatile hardware-based video
processors with high bandwidth
processing, internal matrix switching
and integrated source monitoring.

Corporate offices Worldwide offices
Christie Digital Systems USA, Inc.

USA – Cypress
ph: 714 236 8610
Christie Digital Systems Canada Inc.

Canada – Kitchener
ph: 519 744 8005
Australia
ph: +61 (0) 7 3844 9514
Brazil
ph: +55 (11) 2548 4753
China (Beijing)
ph: +86 10 6561 0240
China (Shanghai)
ph: +86 21 6278 7708
Eastern Europe and
Russian Federation
ph: +36 (0) 1 47 48 100
France
ph: +33 (0) 1 41 21 44 04
Germany
ph: +49 2161 664540
India
ph: +91 (080) 6708 9999
Japan (Tokyo)
ph: 81 3 3599 7481
Korea (Seoul)
ph: +82 2 702 1601
Republic of South Africa
ph: +27 (0)11 510 0094
Singapore
ph: +65 6877 8737
Spain
ph: +34 91 633 9990
United Arab Emirates
ph: +971 4 3206688
United Kingdom
ph: +44 (0) 118 977 8000
Independent sales
consultant offices
Italy
ph: +39 (0) 2 9902 1161
For the most current specification information, please visit www.christiedigital.com Copyright 2013 Christie Digital Systems USA, Inc. All rights reserved. All brand names and product names are trademarks, registered trademarks or tradenames of their respective holders. Christie Digital Systems Canada Inc.’s management system is registered to ISO 9001 and ISO 14001.

Performance specifications are typical unless otherwise noted. Performance specifications are based on information available at the time of printing.

Every effort has been made to ensure accuracy, however in some cases changes, product delays or feature delays could occur which may not be reflected in this brochure. Christie Digital Systems USA, Inc. reserves the right to make changes without notice or obligation. 3588 Jun 13 December 2024
Appendix E:

Smart ITS Technologies Product Sheets

savari.net / +1 408 833 6369
V2X Applications Overview
Vehicle-to-Phone (V2P) Communication
Intelligent Transportation Apps for Greater Mobility and Safety Savari’s hardware product families and software stack enable a range of V2X applications, which are displayed on a vehicle’s infotainment platform or on the driver’s tablet or smartphone.

V2X applications include Vehicle-to-Vehicle (V2V), Vehicle-to-Infrastructure (V2I) and Vehicle-to-Phone (V2P) applications, all aimed at increasing traffic safety and efficiency. The goal is to eliminate traffic-related fatalities by deploying life-saving V2X applications in all cars.

A rich feature set hat makes Savari’s offering unique:

Vehicle-to-Phone Applications: SmartCross
The V2P approach encompasses a broad set of road users, including pedestrians, children being pushed in strollers, people using wheelchairs or other mobility devices, passengers embarking and disembarking buses and trains, and people riding bicycles.

Savari’s V2P applications focus on making pedestrians and bicyclists active participants in the V2X landscape, especially in Smart City scenarios. Pedestrians and bicyclists are connected to vehicles and traffic lights through their smartphones.

Through Savari’s cloud solution, pedestrians and bicyclists are connected to the V2X environment, whether using DSRC or non-DSRC phones.

Savari features two pedestrian applications today. First, it alerts drivers of vehicles at the intersection of an approaching and distracted pedestrian violating the do-not-cross signs or crossing the road in unmarked areas. The alert appears on the car’s infotainment display or the driver’s tablet or smartphone, giving the driver life-saving reaction time.

Second, Savari, sponsored by the U.S. Department of Transportation (USDOT) , has designed and developed SmartCross, an application that interfaces with traffic signal systems. By communicating with the intersection traffic signal controller, the pedestrian requests a walk phase to cross the road. In addition to providing an alert when it’s safe to walk, the application also provides automatic extension of the walk phase, which could be critical and life-saving to a mobility- or visually-impaired individual.

The graphic to the left indicates the SmartCross ecosystem, which is SAE J2735 compliant and compatible with the CVRIA architecture. The RoadSide-Unit (RSU) is typically linked to the traffic light controller via an Ethernet connection.

Savari’s smartphone application is fully compatible with cellular/WiFi and DSRC-enabled smartphones. • Radio agnostic solutions supporting leading radio vendors • Numerous applications
• Trial bed and market experience
• Buit-in IP for positioning, map matching, target
filtering and tracking at multiple levels
• Built-in IP for accurate situational awareness

INRIX | I-95 Corridor Coalition: Vehicle Probe Project Data Validation Summary 1 Document Overview
This document serves to summarize the traffic data quality validations of INRIX data performed by the University of Maryland on behalf of the I-95 Corridor Coalition during the initial Vehicle Probe Project (VPP). The first VPP spanned six years, from Summer 2008 to Summer 2014,1and established numerous industry firsts, several of which are highlighted in the next section.

Among these industry firsts is establishing and conducting a process to evaluate the quality of the traffic data provided. Following a consistent methodology, 42 site tests were conducted in 11 states over six years to determine and monitor the quality of data INRIX provided under the VPP. All documentation related to quality requirements, validation testing methodology, and site test results are publicly available on the Coalition’s web site.2
This document is created and published by INRIX and serves to:

1. Aggregate dozens of different reports regarding the methodology and results of VPP data validation into a single summary document.

2. Demonstrate how INRIX data consistently met, and typically far exceeded, the specified data quality requirements established in the VPP contract.

3. Illustrate how INRIX data improved in quality over time.

1 There is a follow-on project, VPPII, which started in July 2014 2 Coalition’s VPP Page: http://www.i95coalition.org/i95/VehicleProbe/tabid/219/Default.aspx (see Data Validation tab).

Results
 INRIX was never penalized for data quality during the life of the VPP.  Speed Error and Speed Bias results met quality specifications from the outset of the project.
 Speed Error results improved 57% in heavy congestion from 2008-09 to 2012-13.  Speed Error results improved 46% in moderate congestion from 2008-09 to 2012-13.  Speed Bias results improved 87% overall from 2008-09 to 2012-13.  Many of the site test locations later in the VPP were designed to be more challenging to report accurately than many of the initial site test locations, demonstrating high quality data was provided by INRIX in the toughest of scenarios.

INRIX | I-95 Corridor Coalition: Vehicle Probe Project Data Validation Summary 2 VPP Data Quality Summary
Throughout the VPP, INRIX data was subjected to the world’s largest ongoing validation of freeway data accuracy. Over more than five years, 42 validation tests have been conducted in 11 states in a full range of scenarios—urban/rural, overnight work zones, beach and holiday weekends, snowstorms, tunnels, parkways without commercial vehicle traffic, etc.

Table 1 summarizes all 42 site tests in a single table (see page 3, with links to each published report included in the table). In total during the VPP, INRIX data was tested over five years, on over 900 miles of freeways in over 430 discrete segments from as far south as Ft. Lauderdale, FL to as far north as Providence, RI (Figure 1 shows the site test locations across the corridor). Over 600,000 data comparisons were made across all site tests.

Figure 2 groups validations into the calendar ranges of 2008-09, 2010-11, and 2012-13 and shows the Average Absolute Speed Error (AASE). In the same time ranges, the summary Speed Error Bias (SEB) was -1.5 MPH in 2008-09, -0.7 MPH in 2010-11, and 0.2 MPH in 2012-2013.

Figure 1: Site Test Locations Across the Corridor Figure 2: Group Validations INRIX | I-95 Corridor Coalition: Vehicle Probe Project Data Validation Summary 3 Table 1: VPP Data Quality Summary
State Test Date
Test Scale
Notes
Link to Summary Report
Results
Road(s)
Miles
Segments
Total Hours Collected
Hours of Congested
Data
% of Data Congested
Error in < 30 Range
(MPH)
Error in 30-45 Range
(MPH)
Total Error (MPH)
RI Apr 2012 I-95 25 10 1,076 12 1.1% Various segments statewide Link 4.2 7.8 1.4 CT Oct 2012 I-95 35 12 2,154 238 11% Exit 13 to 32 Link 1.4 3.0 1.5 NJ 10 Tests 216 89 13,640 462 3.4% 7.1 7.5 2.7
1 Sep 2008
Various
Statewide 28 12 1,008 21 2.1% I-80, I-295, NJTP, GSP Link 9.5 8.3 2.1 2 Apr 2009
I-78, I287 16 9 1,150 12 1.0% North NJ Link 6.4 8.1 2.8 3 Jun 2009
NJ
Turnpike 63 10 1,868 7 0.4% South NJ, low congestion, long segments Link 20.1 16.2 2.9 4 Sep 2009 NJ 55 17 8 768 4 0.5%
South NJ commuter freeway, low
congestion Link 8.2 6.9 1.9
5 Oct 2009
NJ 42/AC
Expwy 14 10 1,983 113 5.7%
Night work zone; AASE within specs 5A -
8P Link 12.5 14.4 4.2
6 May 2010 I-287 12 7 1,350 121 9.0% Includes Memorial Day Weekend Link 3.2 4.0 2.3 7 Jun 2010
NJ 42/AC
Expwy 14 10 1,994 101 5.1% Same location as Oct 2009 test Link 5.9 5.4 3.3 8 Apr 2011
I-95
(NJTP), I80 16 8 1,286 20 1.6%Turnpike, I-80, I-95 confluence study area Link 2.6 3.3 1.6
9 May 2011 I-287 8 6 819 53 6.5% I-287 south of I-78 Link 6.0 7.3 1.8 10 Sep 2012 GSP 28 9 1,413 10 0.7%
Reach the Beach Weekend, no trucks on
GSP Link 2.8 4.7 2.4
PA 4 Tests 81 40 5,846 753 13% 4.3 4.2 2.3
1 Jan 2010 I-95 16 7 1,656 60 3.6% Chester Area Link 6.5 7.0 3.2 2 Aug 2010 I-76 8 5 964 278 29% Philadelphia Area Link 4.7 4.2 3.0 3 Sep 2011 I-81, I-83 31 14 1,759 86 4.9% Harrisburg Area Link 3.5 5.2 1.2 4 Dec 2012 I-376 26 14 1,467 329 22% Includes tunnels and winter holidays Link 3.8 3.4 2.0 DE 6 Tests 70 46 5,982 354 5.9% 5.8 5.1 2.3
1 Sep 2008 I-95 6 3 199 12 6.0% Near I-295/I-495 Link 6.5 8.5 2.3 2 Feb 2009
I-95, I295, I-495 15 10 791 16 2.0% Similar location to Sep 2008 Test Link 12.0 7.6 2.6 3 Aug 2009
I-95, I295, I-495 11 7 1,149 108 9.4%Complicated interchange with ramp queues Link 5.5 5.9 2.7
4 May 2010
I-95, I295, DE 7 13 9 1,162 80 6.9% Included DE 1, DE 7 freeways Link 4.7 1.9 2.5 5 Nov 2010
I-95, I295, I-495 14 9 1,521 82 5.4%Complicated interchange with ramp queues Link 3.9 6.2 2.1
6 Jun 2011 I-95/I-495 11 8 1,160 56 4.8% Multiple non-contiguous locations Link 7.1 6.7 1.7 MD 6 Tests 127 73 6,362 686 11% 2.6 4.4 1.8
1 Aug 2008
I-495 and
I-695 34 26 147 8 5.4% Several locations near DC and Baltimore Link 7.8 6.7 2.4 2 Mar 2009
I-95, I495 19 9 1,016 74 7.3% Near DC Link 4.2 4.2 1.8 3 Feb 2010 I-495 14 10 772 174 23% Test included "Snowmaggedon" Link 3.6 4.3 2.5 4 Oct 2010
I-495/US
50 13 8 939 64 6.8% Included large-scale ramp data analysis Link 2.4 4.3 2.2 5 Oct 2011 I-695 24 6 784 103 13% Baltimore Area Link 2.4 4.3 1.4 6 Feb 2013
I-695, I795 23 14 2,693 263 10% Work Zones Link 1.9 4.4 1.5 VA 6 Tests 141 69 7,048 857 12% 5.0 6.2 2.6
1 Jul 2008
I-95, I395, I-495 33 24 230 41 18% Northern VA Area Link 4.1 5.7 3.0 2 Nov 2008
I-95, I-64,
I-295 17 10 729 18 2.5% Richmond Area Link 7.0 5.8 2.0
3 May 2009
I-95, I-66,
I-495 14 9 1,415 157 11% On or near Capital Beltway Link 4.2 7.0 2.5 4 Nov 2009 I-66 14 8 1,659 352 21% HOV inside and outside beltway included Link 4.5 7.1 3.7 5 Sep 2010 I-95 44 14 2,283 110 4.8% Fredricksburg Area Link 4.8 4.0 2.0 6 July 2011 I-66 19 4 732 179 24% Outside Beltway, Overnight Work Zones Link 7.7 6.0 3.2 NC 5 Tests 132 46 4,782 182 3.8% 3.7 6.9 1.9
1 Oct 2008 I-95 42 11 327 3 0.9% Low volumes, very low congestion Link 16.1 12.2 2.0 2 Jul 2009 I-95 42 9 885 42 4.7% Daytime work zones in test area Link 4.1 9.4 3.3 3 Mar 2010
I-40, I440 19 9 1,511 55 3.6% Raleigh Area Link 3.4 6.4 1.9 4 Mar 2011 I-77/I-85 18 9 1,206 44 3.6% Charlotte Area, Included ramp analysis Link 2.3 5.7 1.5 5 Apr 2012 I-440 11 8 853 38 4.5% Raleigh Area, include ramp analysis Link 4.5 5.5 0.9 SC Feb 2011 I-20 23 10 1,188 10 0.8% Columbia area Link 6.2 7.0 1.3 GA May 2013 I-20 31 16 2,251 9 0.4%
E. of Atlanta, Exits 74 to 90, low
congestion Link 4.7 10.1 1.0
FL Nov 2011 I-95 53 25 3,021 179 5.9% Broward and Duval Counties Combined Link 3.4 5.5 1.9 Total 42 Tests, 11 States 934 436 53,350 3,742 7.0% 4.3 5.5 2.2 INRIX | I-95 Corridor Coalition: Vehicle Probe Project Data Validation Summary 4 VPP Overview
The I-95 Corridor Coalition’s Vehicle Probe Project (VPP), the world’s largest single acquisition of real-time private sector speed/travel time data by government organizations, began as a University of Maryland (UMD) Request for Proposal in April 2007 with the contract name “Traffic Data and
Associated Services along the I-95 Corridor.” The objectives of the RFP3, published by UMD on behalf of the I-95 Corridor Coalition (the Coalition), included:
“…the Coalition is supporting a regional traffic monitoring system that acts as a continuous source of real-time transportation system status information within the Corridor. A regional traffic monitoring system will serve as a rich source of traveler information and will provide invaluable inputs to existing and future management tools…”
“…it is the intent of the Coalition to provide funding support and coordination with its members for the purpose of developing a common set of procedures for data acquisition and dissemination.

Successful offerors will be responsible for providing real-time traffic data and supporting consulting services in support of the mission of developing a regional traffic monitoring system. A three year initial project is anticipated, with a contract life in excess of three years in-place to provide the flexibility to continue, if desired, by the Coalition members.” “Real-time traffic data will support the development of seamless networks of corridor-wide traveler information systems and facilitate and support the coordination and implementation of interagency efforts in response to major incidents and special events of regional significance. Timeliness and accuracy of data are paramount to the success of these efforts.” “Data quality will be validated by an independent contractor.”

3 http://tinyurl.com/i95vpprfp
INRIX | I-95 Corridor Coalition: Vehicle Probe Project Data Validation Summary 5 INRIX was selected from multiple proposers by UMD and the Coalition as the sole contractor for the project in December 2007, was awarded the master contract in February 2008, and began supplying real-time data and associated services on July 1, 2008 for roughly 1,950 centerline freeway4 miles and 1,000 centerline arterial miles across six states, from New Jersey to North Carolina, including the District of Columbia. The baseline term for the VPP was three years (2008-2011), which was later extended an additional three years (2011-2014). The VPP enabled Coalition member states to add road coverage based on desire and funding availability. At its conclusion in Summer 2014, live data was being provided for over 40,000 centerline miles of roadways in ten states, including nearly 8,000 miles of freeways.

The VPP was groundbreaking in many ways, with many industry firsts:
 1st comprehensive requirements for privately sourced real-time traffic data, with a world leading validation program to test and ensure data quality.  1st pay-for-performance contract, tying payments to validated data quality and availability.  1st consistent and publicly available data use agreement giving maximum flexibility to agencies to use, store and re-use data for their purposes.
 1st use of private data to establish statewide travel times on dynamic messages signs.  1st statewide map of real-time traffic data on a state DOT's 511/travel information web site.  1st intelligent fusion of private data and available roadside sensor data on a statewide basis.  1st use of private data in a state DOT branded 511/mobile app.  1st high-definition displays of real-time traffic in shopping malls.  1st online performance monitoring and analysis tools, enabling large scale analysis with only a browser and credentials required for access.
 1st corridor-wide multi-state traffic monitoring web site, including user reported incidents, with only a browser and credentials required for access.

4 The VPP Contract defines all limited access roads as “Freeways” – this document uses the term Freeways to refer to Interstates, Turnpikes, Expressways and all limited access highways
INRIX | I-95 Corridor Coalition: Vehicle Probe Project Data Validation Summary 6 VPP Quality Requirements
The VPP Contract establishes two metrics for measuring the quality of speed data provided, Average Absolute Speed Error (AASE) and Speed Error Bias (SEB), to be in effect for vehicle flows exceeding 500 Vehicles per Hour in a direction of travel. Since road segments used in validation can vary in length, quality requirements based on speed rather than travel time were used to normalize the effect of varying segment lengths.

Average Absolute Speed Error (AASE)
 AASE measures the overall error in reported speeds compared to actual conditions  The contractually required AASE was below 10 MPH in each of the following speed ranges: 0-30 MPH, 30-45 MPH, 45-60 MPH and > 60 MPH
Speed Error Bias (SEB)
 SEB measures the tendency for reported speeds to be systemically faster or slower than actual conditions
 The contractually required SEB was a maximum average error of +/- 5 MPH in each of the following speed ranges: 0-30 MPH, 30-45 MPH, 45-60 MPH and > 60 MPH.

In early 2009, once the initial validations were completed (using the process defined in the next section), the Coalition established a Payment Formula Method,
5 which would reduce payments for data failing to
meet the AASE and SEB requirements shown above.

Each month since Spring 2009, payments were calculated using the rolling average of the last three completed site validations. Each of the four speed ranges received equal weight, so how data performed in circumstances when ground truth traffic was below 45 MPH counted for 50% of each monthly payment – the formula was clearly calculated to reward or penalize data quality under congested conditions.

The VPP RFP and subsequent contract placed these data quality requirements only on Freeways. Thus the official site tests, results and payment calculations were based only on Freeways. During the VPP, data was collected on interchanges and arterials in a small number of site tests, used for research purposes, and included as appropriate in the individual site tests.

5 http://www.i95coalition.org/i95/Portals/0/Public_Files/uploaded/Vehicle-Probe/Modification%20M009-payment%20formula.pdf INRIX | I-95 Corridor Coalition: Vehicle Probe Project Data Validation Summary 7 VPP Site Test Overview
The University of Maryland designed, implemented and conducted the VPP Validation Program. The Methodology was developed and proven July through September 2008 with initial validation tests in four states: Virginia, Maryland, Delaware and New Jersey.6 Key to the VPP Validation Program was the utilization of portable Bluetooth Data Collection. Now commonly used for both temporary and permanent data collection, Bluetooth monitoring was far from mainstream in 2008. UMD and the Coalition determined that Bluetooth provided the most cost-effective method for statistically significant ground truth data collection.7
The basic concept was for portable Bluetooth readers to be deployed to coincide as near as possible to the start and end of INRIX reporting segments (during the VPP, INRIX utilized TMC codes as reporting segments) to compare ground truth as determined via Bluetooth with INRIX real-time speed/travel time data. Figure 3 illustrates the conceptual approach for Bluetooth data collection. A typical site test would collect data on 10-20 segments for 10-14 days, with segments usually ranging from one to three miles.

Figure 3: Bluetooth Operating Concept
Each site test was planned and executed in collaboration with the appropriate Coalition member agency using the process shown in Figure 4, with results published to the Coalition web site upon report completion. During the VPP, 42 site tests were completed in 11 Coalition states between July 2008 and February 2013.

6 http://www.i95coalition.org/i95/Portals/0/Public_Files/uploaded/VehicleProbe/Validation%20Process%20May%2019%202009%20distr%20June%202009(2).pdf 7 http://www.i95coalition.org/i95/Portals/0/Public_Files/uploaded/VehicleProbe/Bluetooth%20Concept%20and%20Use%20Brochure%2029%20July%202008.pdf INRIX | I-95 Corridor Coalition: Vehicle Probe Project Data Validation Summary 8 Figure 4: VPP Site Test Validation Process
INRIX | I-95 Corridor Coalition: Vehicle Probe Project Data Validation Summary 9 Each Bluetooth sample segment could create up to 288 specific comparison data samples in a day. In each site test, for each five minute increment that a deployed Bluetooth segment had sufficient samples (UMD determined that three or more valid Bluetooth readings traversing a reporting segment in a five minute period provided sufficient ground truth representation), the average Bluetooth speed/travel time was compared to the average INRIX provided speed/travel time. In cases where multiple INRIX TMC reporting segments were examined by a single Bluetooth reporting segment, a methodology was defined and utilized by UMD for proper comparison.8 Samples were collected 24x7 during the duration of the site test (typically two weeks as stated before). As illustrated in the next section, this approach generated huge amounts of ground truth data on each segment and enabled far greater evaluation of data quality over all hours of the day and days of the week, as well as far better apples-to-apples comparison data, than the traditional testing alternative of drive testing.

In the process established by UMD, one output of each site test were numerous “dayplots” that compared individual and aggregated Bluetooth traversal to INRIX reported travel times, with each dayplot representing a specific segment for a specific calendar day. These dayplots were made available to each member agency for their review and are available from UMD upon request.

A Guide to the Elements of the Day Plot
 The title of each dayplot provides the location as well as meta-data about the site test and the specific segment.
 The horizontal axis shows speeds by time of day, from midnight to midnight.  The vertical axis displays speed in MPH (Bluetooth traversal times are converted to speed across the segment).
 Each individual Bluetooth traversal is noted by a blue “x”, and a blue “x” with a dot indicates a reading UMD has determined in post-processing to be an outlier, which is discounted from further analysis.
 For each five minute period with three or more valid Bluetooth traversals, the mean is calculated and represented on the solid line as the ground truth mean for that time period.  To account for the statistical probability that the Bluetooth mean is the actual mean for the full stream of traffic it represents, UMD applied the standard error of means methodology, which is represented in the dayplot “Band low” and “Band high” dashed lines.  INRIX data for the five minute period is noted by a red diamond (note that while INRIX reports continuously, an INRIX data point is only present on the dayplot if there is a valid Bluetooth sample).
 To determine error, INRIX data is compared to the closest of the bands if outside the area between the high and low bands, if inside the error band, zero error is reported.  The average Bluetooth speed for a given sample determines which of the four defined speed ranges the INRIX error result populates for that time period.

8 http://www.i95coalition.org/i95/Portals/0/Public_Files/uploaded/Vehicle-Probe/I-95%20CCEstimation%20of%20Travel%20Times%20for%20Multiple%20TMC%20Segments%20-%20FINAL2.pdf INRIX | I-95 Corridor Coalition: Vehicle Probe Project Data Validation Summary 10 Figure 5 illustrates a typical dayplot, in this case from a late 2011 site test in Broward County Florida.

Many dayplots are uninteresting and show primarily free flow conditions. However, in congestion these charts provide an insightful window into the freeway segment and how well INRIX data is reflecting reality.

Each sample from each site test is rolled up first into overall segment summaries, and finally into an overall result. Exhibit 1 was extracted from the September 2011 Pennsylvania site test to illustrate segment summaries and Exhibit 2 shows the overall summary result for this site test (performed near Harrisburg, PA), the format of this table is used across all VPP site tests to summarize results. The SEM Band (shown as 1.96 SE Band in Exhibit 1) results are the contractual defined data quality results and are used throughout this report. In this site test, 514 observations occurred when ground truth speeds were below 30 MPH, and in those instances, INRIX data’s Average Absolute Speed Error (AASE) was 3.5 MPH.

Figure 5: Dayplot from December 8, 2011 Florida Site Test INRIX | I-95 Corridor Coalition: Vehicle Probe Project Data Validation Summary 11 Exhibit 1
Data quality measures for individual freeway validation segments greater than one mile in the state of Pennsylvania.
*Results in the specified row may not be reliable due to small number of observations Exhibit 2
Data quality measures for INRIX speed data with a score higher than 25 on freeway segments greater than one mile in Pennsylvania.
*Results in the specified row may not be reliable due to small number of observations.

Contact Us for More Information
[email protected] | www.INRIX.com
About INRIX
INRIX is one of the fastest growing big data technology companies in the world. The company leverages big data analytics to reduce the individual, economic and environmental toll of traffic congestion. Through cutting-edge data intelligence and predictive traffic technologies, INRIX helps leading automakers, fleets, governments and news organizations make it easier for drivers to navigate their world. Our vision is simple – to solve traffic, empower drivers, inform planning and enhance commerce.

Driving Intelligence

December 2024
Appendix F:

Local Assistance Procedures Manual Systems
Engineering Review Form

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("Minor")
Classify Low Risk Project SERF ("Minor'')
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Local Assistance Procedures Manual Exhibit 7-I
Systems Engineering Review Form
EXHIBIT 7-I: SYSTEMS ENGINEERING REVIEW FORM (SERF)
Part 1. General Project Information
SERF is normally submitted as part of the E-76
package when initial funding is requested. A full
description of funding steps for ITS projects appears in Section 13.1 of the LAPG. The SERF must be filled
out for all ITS projects unless they are "Exempt." For
definitions of an Exempt ITS project, see LAPG
Section 13.2. A full discussion of how a local agency
uses the SERF during the programming and funding
steps is in LAPG Section 13.4: Local Agency (include
consultants in project management role). That process
is summarized in the figure at the right.

Please provide the following background information. In most cases, 1-3 sentences will be sufficient for each item, but you may include as much as you feel needed. If you need more space, the field will expand automatically.

Local Agency
Project Number Locator (Dst/Co/Rte/PM/Agency)
Project Name Bridge No.(s)
A. Project Contact – Name, position, phone, email.

B. Project Objectives – What is the purpose of the project? What needs (deficiencies) are being addressed? C. Project Summary – What solutions will address the needs? What major elements will be installed? What major function(s) will be performed?
D. Work to Date – Any preliminary planning, investigation of options, associated internal or external systems examined, etc.?
E. Risk Assessment Guidance – Although this assessment is not a regulatory requirement, the answers to these questions will help you understand the extent of risk involved in this project. A full discussion of risk factors is available in LAPG Section 13.2, with a summary in Table 13.1. For each question, check Yes or No or Not Sure.

November 2021

- I
Local Assistance Procedures Manual Exhibit 7-I
Systems Engineering Review Form
Question:

1. Will the project depend on only your agency to implementand operate?

2. Will the project use only software proven elsewhere, with no new software writing?

3. Will the project use only hardware and communications proven elsewhere?

4. Will the project use only existing interfaces (no new interfaces to other systems)?

5. Will the project use only existing system requirements that are defined in writing?

6. Will the project use only existing operating procedures that are defined in writing?

7. Will the project use only technologies with service life longer than 2-4 years? Yes No Not Sure
If all of theabove are Yes, that is a preliminaryindicationthat your project is Low-Risk.

Part 2. Regulatory Compliance Information
Please answer each question briefly (often one paragraph is enough). If the question cannot be fully answered now, but will be answered during the project implementation, please indicate the step at which it will be answered. As you respond to each question on thisform, the field will expand as you type. Examples of SERF’s can be found at:
http://www.fhwa.dot.gov/cadiv/segb/examples/del.htm (then click on “FHWA Rule/FTA Policy Compliance Documents”).

1. Identification of portions of the Regional ITS Architecture (RA) being implemented:

Instructions: Contact your MPO to get this information from your Regional ITS Architecture (“RA”). In the RA, the project might be identified specifically by name and agency, or by a more generic description (e.g., “Arterial Traffic Management”).

If listed in the RA, document which inventory elements, market packages, subsystems, and//or information flows are being completed in this project. If there is no information in your RA, arrange with your MPO to provide them this information when your project is designed; they will use it in the next update of the RA.

Please enter your response here:

2. Identification of participating agencies roles and responsibilities:

Instructions: Can you identify all stakeholders that must participate in the implementation phase of this project? What are their roles/responsibilities? Have they committed to the responsibilities? Some of this information might appear in your RA (e.g., “Operational Concepts” or other sections). If this will be defined in later phase of the project (e.g., Concept of Operations), the RA may be a good source to start definition.

Please enter your response here:

3. Procedures and resources necessary for operations and management of the system:

Instructions: Can you identify all stakeholders that must participate in operations, management and maintenance of the system throughout its life cycle? What are the roles, responsibilities, and resources required from each stakeholder? Examples include: money, special equipment, staff time, special expertise, provision of data, and many more. You should consider hardware, software, and communications issues.

Please enter your response here:

4. Requirements definitions:

Instructions: Are the system requirements (functional and performance) already well-defined in writing? If yes, indicate where they can be found (e.g., Std. Specs). If they will be defined in later phase of the project, the applicable high-level functional requirements in the RA may be a good starting point for writing them. The focus is on “what” functions must be performed – not on “how” the technology will be used to perform them.

Please enter your response here:

November 2021

Local Assistance Procedures Manual Exhibit 7-I
Systems Engineering Review Form

5. Identification of applicable ITS standards and testing procedures:

Instructions: Do you know yet if any ITS Communications Standards are applicable to this project? If they are applicable, will you use them? If your RA identifies specific Architecture Flows, you can ask your MPO to produce a “Standards Report” for those Flows; it will identify ITS Standards to consider.

Please enter your response here:

6. Analysis of alternative system configurations and technology options to meet requirements:

Instructions: Have you considered alternative designs yet? This could include system configurations, different organizational roles; alternative hardware, software, or communications technology; if you cannot yet make a choice of available alternatives, this analysis will occur in later phase of the project (High-Level Design).

Please enter your response here:

7. Procurement options:

Instructions: Have you considered different procurement options for each of the project phases (design, implementation, operation, and management)? These options could include: off-the-shelf vs. custom, lease vs. buy, fixed-price vs. costreimbursable, etc. Procurement options must consider the level of staff technical expertise, existing agency procurement practices, who will be the project manager, and whether you need a systems engineer and/or system integrator.

Please enter your response here:

Comments or Additional Information (if needed):

Note: If you were able to answer all seven questions above completely and with certainty, then please self- certify this project as “Low-Risk” in the E-76. Otherwise, it should be classified as “High-Risk.” However, if you feel this is not justified, you may request a review of this SERF by Caltrans and FHWA.

ITS Risk Classification:

LOCAL AGENCY HIGH RISK LOW RISK

NAME SIGNATURE DATE

CALTRANS DLAE HIGH RISK LOW RISK

NAME SIGNATURE DATE

November 2021

COUNCIL

MEETING
DATE

COUNCIL MEMBER REQUEST DETAIL DIRECTOR(S)
ACTION TAKEN: Memo; Staff
Report; Closed Session;
Presentation; Follow-up
Meeting; City Manager Reports;
Informal Action

DISCUSSION
ITEM
ACTION

ITEM DATE
STATUS:

Complete;
Pending;
On-going;
In-Progress
2/11/2025 Garcia/Lara Pico Boys relocation discussion March 25th Council meeting In Progress

GOOD OF THE ORDER