© 2010 Proxim Wireless. All rights reserved. 1
Proxim Wireless for ITS &Video Surveillance Networks
Chris [email protected](408) 839-1424
© 2010 Proxim Wireless. All rights reserved. 2
Leader in 4G Private Networks
Proxim provides Wi‐Fi, Broadband Wireless Access and Wireless Backhaul technologies for a complete wireless broadband ecosystem
Our wireless solutions enable Governments, Service Providers and Enterprises to deploy fixed and mobile security and video surveillance, indoor and outdoor Wi‐Fi, business and residential internet access and cell tower backhaul
Proxim pioneered WLAN chipsets, mesh routing, carrier class PtP radio’s, wireless switches, LAN mobility; Proxim/Metricom + Western Multiplex/Terabeam/Telaxis
Over 25 years in business with 250,000 customers and > 2.5 million units in the field
Deployments across Americas, Europe, Middle East, Africa and Asia Pacific – 65 countries worldwide
Wi‐Fi Mesh
Point to Multi‐Point
Point to Multi‐Point
Point to Point
Introduction to Proxim
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Point‐to‐MultiPoint Wireless LAN
ORiNOCO® AP-8000 MIMO
ORiNOCO® AP-4000
Point‐to‐Point
ORiNOCO® Wi-Fi Mesh Series
Tsunami ® GX-800
Tsunami ® QB-8100 MIMO Series
Product Portfolio
Tsunami ® MP-8100 MIMO Series
Tsunami ® MP-8160 MIMO Series
Tsunami ® MP.11 Series
QB-62000
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End-to-End Wireless Portfolio
MP.11 SU
MP.11 BSU
MP-8100 BSU
MP-8100 SU
Outdoor MESHORiNOCO
Wi-Fi
Backhaul – QB/GX.800
200 Mbps capacity
IP Throughput = 622 / 200 / 25 Mbps
MP.11 Mobile
24 Mbps capacity per sector
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Specifications in overview> 6‐38 GHz frequency bands support1> 7 to 56 MHz configurable channel
bandwidths> Ultra low latency < 100 µs > High power radio (+27 dBm)> 622 Mbps of aggregate capacity out of
the box> Features ATPC and Adaptive Coding
Modulation (ACM)> Extensive Layer 3 Protocol Support> Flexible IDU Data Interfaces (Ethernet,
SDH/PDH)> Built‐in Spectrum Analyzer, BER Tester
& utilization charts> In‐band and out‐of‐band management > Per port capacity allocation and
bandwidth shaping
Tsunami GX800
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Tsunami GX800
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QB62000
System • Transmission Capacity :1000Mbps Full Duplex• System Duplex< 50 usec• FEC:Reed Solomon• Modulation:QPSK• Ethernet Frame Size : 9000 bytes • Bit error rate : < 10 ‐9
Interface • Data Interface : 1000Base‐T‐RJ‐45• PoE + (IEEE 802.3at )• 20W power consumption
Management • HTTP Browser• SNMP version 1,2c,3• MIB supports :Property MIB
Radio and Antenna • RF Spectrum : 60GHZ• Antenna Gain : 37 dBi• Antenna Size : 162 x 162 mm• Beam Width <2 º (3dB point)
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QB62000
Easy Install• All ODU, antenna• Single PoE+ cable run
Low profile• Front face is a mere 7x7”• Smaller than an iPad
Easy integration• Small size fits into picocell
enclosures
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Single radio Point to Multipoint solution
> MIMO 3x3 technology improves signal redundancy
RF interference mitigationNLOS (OFDM)
> Wide frequency Range
2.3 – 2.5 and 4.9 – 6.0 GHZ (depending on country regulation and antenna option)
> WORP protocol
Carrier Grade security (AES 128, Radius Authentication)Enhanced Features (QOS, VLAN, Bridging / Routing)Compatible with MP.11 portfolio (Legacy Mode)
300 Mbps data rate
Dual gigabit Ethernet ports with PoE in/out
Tsunami MP-8100 BSUBroadband Wireless Access
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Wireless Outdoor Router Protocol (WORP)
Layer 2 Scheduler> Guaranteed data path vs. best effort (Wi‐Fi)
QOSBandwidth Management> MIR> CIR
Layer2 FECAES 128 ‐ 256 bitDirected Multicast SupportMIMODynamic data rate selectionSeamless Mobility
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OFDM and MIMO Improves NLOS Capabilities
Line‐of‐Sight (LOS)
Near Line‐of‐Sight (nLOS)
Non Line‐of‐Sight (NLOS)
LOS refers to both visual line‐of‐sight and clear radio line‐of‐sight (Fresnel Zone). In nLOS locations, there is clear visual line‐of‐sight but the radio line‐of‐sight is blocked. In NLOS locations, both visual and radio lines‐of‐sight are blocked.
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Perimeter, public monitoring solutions are becoming a key component for enterprisesEducational, healthcare and financial institutions are beginning to rely on surveillance systems to ensure safety within their premisesPublic safety organizations depend on archived data from video monitoring systems to reduce vandalism in troubled neighborhoodsLive traffic surveillance is increasingly being used as a tool in community protectionTerrorist threats and public safety challenges continue to drive the need for high quality remote surveillance and timely response
Why Video Surveillance
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Video Supported Applications
Red Light RunningLicense Plate RecognitionBackhaul Traffic CamerasProvide mobile video connectivity to trains, buses and police
Traffic Management Center (TMC) to Traffic Management Center for intercity communication
Auxiliary Applications:CCTV Camera BackhaulPublic Wi‐Fi access
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Excellent surveillance quality that ensures image usability in challenging conditions
Complex and constantly changing lighting
Complex picture composition, backlighting
Large area overview
High level of detail needed
Vibration
Clear images of rapidly moving objects and persons
Challenges of Maintaining High Image Quality
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Automatic day and night functionality
Auto‐iris for optimal image quality
High‐quality transparent dome cover
H.264 video compression – great bandwidth and storage savings without compromising image quality
Additional featuresWide dynamic range and backlight compensation
Electronic image stabilization
Progressive scan, even for PTZ cameras
High zoom capabilities
Features to Look for in Cameras
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Equipment should offer several features to withstand tough operating conditions
Water‐ and dust‐proof (IP66‐rated)
Wide operating temperature range, e.g. ‐40 °C to 55 °C (‐40 °F to 131 °F)
Sun / weather shield for protection against direct sunlight, snow and rain
Vandal‐resistant design, hardened casings
Designing for Tough Environments
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Quick to deploy: Often in hours and days
Affordable: 20‐70% less expensive than wired options
Flexibility: Can be deployed anywhere
High capacity
Mobility at vehicular speeds
Reliability: 99.995% availability
Outdoor and indoor
Advantages of Wireless
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Tsunami MP.11 5054Tsunami.GX (PtP)ORiNOCO® Wi‐Fi access points (Mesh)Axis PTZ Cameras
Solution
Countywide Wireless Network, US Chemical Weapons Depot and 9 cities in the 700 sq mile area utilize the networkApplication
Case Study: Umatilla County, ORPublic Safety & Video Surveillance
Improved team logistics; 65% reduction in paperworkMore efficient traffic stopsReal time traffic monitoringEliminated 4000 radio calls per month
Why Proximand Axis
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Quick and Easy Installation Complete coverage of the port area Tsunami MP.11 provided throughputs higher than 10 Mbps
Why Proximand Axis
Tsunami MP.11 5054‐R PlatformAxis Cameras ‐ PTZSolution
Real time monitoring and surveillance of the docking harbor at the port of Santa Lucia in Saint Raphael located between Cannes and Saint Tropez in France to ensure asset protection and manage entry and exit of boats
Application
Case Study: Port Video Surveillance and Traffic Management
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Indiana Department of Transportation Case Study
The Indiana DOT has a variety of applications that need wireless connectivity. The following are all applications that Proxim has provided field proven solutions for.
Full‐Duplex Backhauls: • GX‐200/GX‐90Wireless Traffic Cameras and ITS Cabinets• 5054‐SeriesWireless Dynamic Message Signs (DMS)• 5012‐SURTraffic Detection Radar Sites (Solar Powered)• 5012‐SURWireless Remote Access • AP4000‐MR‐LR
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Problem
Provide Ubiquitous CCTV Coverage at speeds up to 100Km/h along 80Km of winding track which goes through the city and through tunnels
Solution
Proxim Tsunami MP.11 Model 5054 BSUs were deployed along the track in the proper locations and multiple 5054‐SU’s were deployed in the train to backhaul each camera and provide 4Mbps of continuous connectivity
Mobile Video: Tenerife, SpainCase Study
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Los Angeles County Wireless Communication System
The County of Los Angeles Department of Public Works (LADPW) is responsible for management of surface street traffic flow in one of the largest metropolitan areas in the world.
The county is made up of 37 incorporated cities comprising an area of 4,060 square miles with an estimated population of 9.9 million.
The commute time by drivers, including traversing surface streets, averages 30 minutes for residents of the county. Traffic of this scale and the yearly increases in commute times was the impetus for LADPW to develop a wireless communication network that would become the foundation for administering a multi‐jurisdictional Intelligent Transportation System (ITS).
The system is comprised of over 5,000 signalized intersections and more than 500 cameras.
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Intra‐city traffic signal coordination
County to City high speed backbone for traffic and video transport
City use of the wireless network to:
Provide Public Safety wireless intranet
Provide Video detection / real time license plate processing for warrants and Wants.
1/10th the cost of Fiber
All equipment needed better than 100ms latency
Allow 1 second polling access to each signal
Requirements in Large Deployments
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Deployment ‐ Daisy chain
Tsunami QB
Tsunami QB
Tsunami QB
Tsunami QB
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Deployment ‐ Point to multi point
Tsunami MP 8100-BSU
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Deployment – City‐Wide Network
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Border Patrol Application
Border Patrol TowerMP.11 HS Base Station connected to video surveillance cameras and mobile subscriber units in vehicles to aid in enhancing border security
Video SurveillanceMP.11 HS Subscriber Units linked to video cameras to wirelessly transmit real‐time video feeds back to command centre
MP.11 HS Base Stations / Subscriber Units (1.8, 2.4, 5.1 –6.08 GHz)• 245054‐BSUR
• 245054‐SUR
• 245054‐SUA
MP.11 HS Mobile Base Stations / Subscriber Units (1.8, 2.4, 5.1 –6.08 GHz)• 245054‐BSU‐S
• 245054‐SU‐S
Products
Base StationMP.11 HS 245054-BSUR
MobileSubscriber Unit
MP.11 HS 245054-SU-S
Subscriber UnitMP.11 HS 245054-SUR
Subscriber UnitMP.11 HS 245054-SUR
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Mobile Surveillance Application
Base StationMP.11 HS 245054-BSUR
HQ Base CampMP.11 HS Base Station communicating with UAVs using FastConnect and HDWirelesstechnology through military‐grade encrypted wireless links (AES‐256)
Mobile DeploymentsTsunami Mini Subscriber Units, the size of a deck of cards, can be embedded into mobile vehicles
Products
Base Station / Subscriber Unit ‐MP.11 HS (1.8, 2.4, 5.1 – 6.08 GHz)• 245054‐BSUR
• 245054‐SUR
• 245054‐SUA
Subscriber UnitTsunami Mini
Mobile Embedded Base Station / Subscriber Unit ‐MP.11 HS (2.4, 5.1 – 6.08 GHz)• Tsunami Mini ‐BSU
• Tsunami Mini‐SU
C-Band (5.1 – 6.08 GHz)
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