Transcript Radwin video surveillance_v6.1

RADWIN’s Wireless
Solution for Video
Surveillance
Video Surveillance Market
Post 9/11, video surveillance is becoming an integral part of most
security projects, and more common than before
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Video Surveillance Market
Solutions becoming more demanding, covering all types of
locations and terrains, high quality of video and applications
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Video Surveillance Market
Transmission networks receive high focus in quality projects
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RADWIN’s Solution
Wireless Video Surveillance without Boundaries
RADWIN provides leading wireless
transmission solutions for quality
video projects
 The Right Products
 The Best Cost Structure
 Worldwide Experience
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Video Surveillance Market
Market Size
2007
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2008
2009
2010
2011
2012
2013
Video Surveillance Market
Market Size
Expected to grow from $4.5B in 2007 to
$46B by 2013
$46B
$4.5B
2007
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2008
2009
2010
2011
2012
2013
Video Surveillance Market
Market Size
Growth is stable through the financial crisis
2007
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2008
2009
2010
2011
2012
2013
Video Surveillance Market
Verticals
Many verticals with different requirements and solution types
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Video Surveillance Market
Technology
Evolving to IP-based cameras, higher resolution and framerates, advanced video analytics
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Why Wireless Transport?
Border Control
Remote Facilities
City Surveillance
 No cabling through walls, trenching for fiber between buildings, or
drilling holes for cables in buildings.
 Low deployment and operational costs (CAPEX & OPEX)
 Flexible and dynamic network topology, locations of cameras, and
network expansion
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Video Surveillance Projects Types
Low-end
High-end
 City surveillance (low scale)
 City surveillance (high scale)
 Enterprise
 Border control
 Campuses
 Railways security
 Plants
 Gas/Oil pipeline security
 Gas stations
 Facilities
 ATMs
 Airports, seaports
 Traffic surveillance
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High-End Video Surveillance
 Video applications require high resolution and high quality:
 High Capacity - Mega-Pixel cameras consuming high bandwidth
 Advanced Applications - License-plate or face recognition (e.g. as an applicable
evidence in court)
 Real Time - Focused alerts, maximum information for manned patrols
 Mission-critical - No tolerance for system downtime or quality degradation
 Requires higher capacity for video streaming, and higher robustness
and reliability of the wireless transport infrastructure
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RADWIN’s Solution: Wireless
Transport for Video Surveillance
 In high quality projects RADWIN’s PtP solution fits best:
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
Dedicated high-capacity BW per camera

Robust and high quality radio link

Flexible and scalable architecture
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Simple to install and maintain

Affordable
RADWIN’s Solution Overview
Max Throughput (Mbps)
Max Range (Km)
Freq. (GHz)
Channel BW (MHz)
2
full duplex
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2.4, 5.8
5
5
(5 uplink, 2 downlink)
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2.4, 4.9-6
5/10/20
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full duplex
80
2.4, 4.9-6
5/10/20
50
full duplex
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2.4, 4.9-6
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 RADWIN Provides Broadband Wireless Solutions
 Sub-6 GHz frequency bands
 OFDM technology enables operation in nLOS
 Point-to-Point architecture
 Unique Multiple Point-to-Point solution
 Suitable for access and backhaul in diverse scenarios
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What Projects Fit Best for RADWIN’s
Solution ?
 High-End City Surveillance Projects
 Require high capacity per camera, dedicated robust link per camera
 Wide Area Projects
 e.g. borders, pipelines, railways, remote utilities
 Projects That Require Access and Backhaul
 RADWIN is a “one-stop-shop” with a deep portfolio
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City Surveillance Scenarios
City Surveillance Scenarios
Bypass obstacles,
reach remote sites
City Surveillance Scenarios
Aggregate
several cameras
City Surveillance Scenarios
High
Resolution
Camera
Case Study - Safe City
Lagos, Nigeria
“18 million people cannot be protected and policed by 33,000 people – it is
impossible…cameras, sensors, tracking devices are the nerve center of the project that will
assist men and officers of the Police Force and Fire to do their duty much more effectively”
Babatunde Fashola, Governor, Lagos, Nigeria
 10,000 surveillance cameras deployed in Lagos with the aim of
making it more secure
 Fast detection and response to events before they escalate,
including road accidents, emergency situations and public disorder
occurrences
 RADWIN’s systems connect the camera sites to the control center
Case Study – Safe City
Nes-Ziona, Israel
 Municipal project, aimed to increase security in public places,
monitor traffic
 20 cameras (of 1.5 Mbps) are wireless (several dozens more are
completely wired)
 Wi-Fi is used for access, WinLink 1000 is used for backhaul
 Multiple Point-to-Point Architecture, Hub site located at the control
center
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Case Study – Sacred Site Security
Jerusalem, Israel
 Video surveillance and security applications, securing residents and
visitors in a historic site, in a sensitive area
 RADWIN provides real-time, high-quality transmission of video
streams from cameras installed throughout compound
 Seamless operation in extremely challenging environment
(nLOS, rough mountain terrain, interferences)
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Wide Area Scenarios
Gas/Oil Pipelines Protection
Wide Area Scenarios
Gas/Oil Pipelines Protection
 Cascading Topology
 Ring Topology – a link is
down, other cameras
can still reach the
control center
Case Study - Utility Surveillance
Customer: AUTODEMA, Water Company, Arequipa, Peru
 Data & Video transmission of water levels to Water NOC (telemetry)
 Enable Autodema to operate an Early-Warning System to alert local
agricultural community to natural events that could result in floods
 Real-time data and video transmission for mission-critical application
 Connects sites as far as 71 Km apart between Volcan Chachani-Santa Rita
 Operates at high altitude where other equipment failed (4611 m)
Case Study Electricity Substations Surveillance
 Customer: Power Grid, Power transmission, India
 RDAWIN links covering several substation for Power Grid Corp. in India,
one f the largest power transmission utilities in the world
 Each site is covered by 4-5 IP cameras
 Ranges are several KMs
 Multiple Point-to-Point architecture, using collocated radios in central Hub
sites
 High-quality, real time video transmission 24x7
Wide Area Scenarios
Transportation/Railways Security
Case Study – Traffic Surveillance
Quebec, Canada
 A large-scale Traffic Surveillance & Emergency Response project in
Canada
 Transmitting high quality video from cameras installed along highways
to Traffic Control Centers throughout the city
 RADWIN's robust systems were deployed in record time, and are
operating flawlessly even in extreme temperatures of 30 degrees
below
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Case Study - Highway Surveillance
Sao-Paulo, Brazil
 Systems enable traffic monitoring and fast response to highway
incidents
 High quality, real-time video transmission 24x7
 Systems operate in interference conditions (pirate radio stations in
area)
 Better pricing structure than competing solutions
Wide Area Scenarios
Border Protection
Case Study – Border Control
 Customer: Indian Defense Forces, Kashmir, India
 Video surveillance along the border in the Kashmir area
 RADWIN provides wireless access to camera sites, and backhauling
from local to central headquarters
 Requirements included TDM interfaces, high capacity, long ranges,
extreme environmental conditions
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What is Multiple Point-to-Point ?
 Single Hub site for multiple
collocated radios
 Dedicated bandwidth per link
 Synchronized radio transmission
reduces mutual interferences
 Unique architecture by RADWIN
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Multiple Point-to-Point Benefits
Dedicated Capacity
 New remote site requires high
capacity
 Receives dedicated bandwidth
 No implication on service to
other sites
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Multiple Point-to-Point Benefits
Robustness
 New remote site near or non line
of sight; harsh environment
 Rate and modulation for that
link is reduced
 Directional Antenna - lower
chances for interference
to effect a specific link
 Other links are not
effected by the
interference
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Summary
 High Robustness
 Mission-critical, one problematic camera will not degrade
other cameras
 Dedicated bandwidth per camera
 Support high-capacity consuming cameras
 Low Vulnerability to Interferences
 Flexible Topology
 Effective Price-Performance
 Easy to Deploy
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Summary
 High Robustness
 Low Vulnerability to Interferences
 Work in nLOS scenarios
 Directional antenna gains minimum interferences
 Flexible Topology
 Effective Price-Performance
 Easy to Deploy
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Summary
 High Robustness
 Low Vulnerability to Interferences
 Flexible Topology
 Optional topologies: star, ring, daisy-chain, cascading
 Product hierarchy suitable for tree-shaped video
surveillance projects
 Support 4.9 GHz (public safety band) and multi-band
 Support 5/10/20 MHz channel bandwidth, to achieve
maximum spectrum efficiency and flexibility in radio
planning
 Effective Price-Performance
 Easy to Deploy
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Summary
 High Robustness
 Low Vulnerability to Interferences
 Flexible Topology
 Effective Price-Performance
 Competitive price per camera site
 “Pay as you grow” model
 Reduced CAPEX
 Easy to Deploy
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Summary
 High Robustness
 Low Vulnerability to Interferences
 Flexible Topology
 Effective Price-Performance
 Easy to Deploy
 Simple radio planning, training, installation & maintenance
 Agnostic to camera and video applications levels
 Reduced OPEX
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Summary – RADWIN’s Solution
Simple
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Reliable &
Robust
Long
Ranges
Cost
Effective
Flexible &
Scalable
High
Capacity
Thank You
For more information please contact:
Saar Yariv
Product Marketing
[email protected]
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www.radwin.com