Public Safety Webinar

7/27/2019 Public Safety Webinar

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Proxim A&E Educational Series

on Public Safety

withJordan Heilweil, President Total Recall

Geoff Smith, VP Business Dev. Proxim

2010 Proxim Wireless. All rights reserved. For latest information on our Wireless Products and Wireless Solutions, please visit our Website. 1
http://www.proxim.com/http://www.proxim.com/solutionshttp://www.proxim.com/products


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Introduction

From Washington DC to the Statue of Liberty, Total Recall's Crime

Eye Systems secure our largest cities and National Monuments byproviding complete turnkey solutions for High Definition Wireless

Video Surveillance

Proxim Wireless provides CCTV Point to MultiPoint access radios

and high capacity licensed and unlicensed Point to Point Backhaulproviding a complete end to end wireless portfolio



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Leader in Wireless Video Transmission

Proxim provides Wi-Fi, Point to Multi-Pointand Wireless Backhaul technologies for acomplete wireless broadband ecosystem

Our wireless solutions enable Governments,Service Providers and Enterprises to deployfixed and mobile video surveillance, indoor

and outdoor Wi-Fi, business and residentialinternet access and cell tower backhaul

Proxim pioneered WLAN chipsets, meshrouting, carrier class PtP radios, wirelessswitches, LAN mobility; Proxim/Metricom +Western Multiplex/Terabeam/Telaxis

Over 25 years in business with 250,000customers and > 2.5 million units in the field

Deployments across Americas, Europe,Middle East, Africa and Asia Pacific 65countries worldwide

135 Patents

Point to Multi-Point


Point to Point

Introduction to Proxim




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2013 Proxim Wireless. All rights reserved. For latest information on ourWireless Products and Wireless Solutions, please visit ourwebsite. 5

Point-to-MultiPoint Wireless LAN

Tsunami

MP-8100/8200

Series

Tsunami

MP-8160

Series

Tsunami

MP.11

Series

ORiNOCO

AP-4000

Point-to-Point

Tsunami

QB-8100/8200

Series

Tsunami

QB.11

Series

Tsunami

GX-800

Product Portfolio Details

ORiNOCO

AP-8100

ORiNOCO

USB Client
http://www.proxim.com/productshttp://www.proxim.com/solutionshttp://www.proxim.com/http://www.proxim.com/http://www.proxim.com/solutionshttp://www.proxim.com/products


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Product Portfolio Capabilities

Flexible Channel Planning

Worldwide

Provides flexible channel planning

with support for a wide range of

licensed and unlicensed frequencies

from 4.4-6.4 GHz, 2.3-2.5 GHz, 6-

38GHz and supports Dynamic

Frequency Selection globally in all

5GHz bands

World-class Performance >100Mbps capacity 4G radio

systems

320M FDD licensed microwave

Gigabit FDD short range radio

Carrier Grade Advanced

Security

128 bit AES encryption standardon all radios

256 bit AES encryption available

with the FIPS 140-2 level 2

military-grade radios

Centralized Management

ProximVision ES centralized

network management system

controls and manages our end to

end product portfolio

Advanced Features MIMO Non line of sight radios

Carrier Grade QOSExtensive VLAN support

B/W Management

Automatic channel selections

Adjustable transmit power

Mobility

Worp

L2 Bridge and L3 Router

Dual Gigabit Ethernet Ports

Industrys first PtMP products to

provide dual Gigabit Ethernet ports

with PoE in/out, capable of

powering 802.3af compliant IP video

cameras or network radios for even

greater ease of deployment



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Point to Point Point to Point links

> One location to One location

> Typically used for high capacity and/or mission-critical links

> Narrow beam directional antennas

> Frequency Agile:

Unlicensed 2.4GHz, 5.25-5.85GHz, 60GHz

Licensed 6-38GHz

Licensed 4.9GHz and 4.4-5.0GHz NATO

> Flexible Channel Size 5, 10, 20, 40, 50, 56MHz

> Advantage: Highest Capacity, Dedicated link, less vulnerable to

interference, more resilient to environmental anomalies, easier to plan.

> Disadvantage: Higher cost (on average)



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Point to MultipointA wireless multipoint system will have a central location which connects multiple

remote locations.

Multipoint systems are a cost effective way to connect multiple remote facilities and devices.

Sector antenna connected to directional antenna limits interference

Frequency agile radios; 5.25-5.85GHz plus adjustable channel sizes: 5, 10, 20 and 40MHz, provide

maximum deployment flexibility

Common remote devices are cameras, sensors, traffic signs, alarms, etc.

Tsunami

MP8100

BSU

Tsunami

GX800

Tsunami

MP8100

SUR

Tsunami

MP8100

SUR



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PtMP (Controlled Access)

Each radio is polled one at a time, so they do not self interfere and WORP dynamically

figures out which radios require more bandwidth and polls them more frequently. 2010 Proxim Wireless. All rights reserved. For latest information on our Wireless Products and Wireless Solutions, please visit our Website. 9
http://www.proxim.com/http://www.proxim.com/solutionshttp://www.proxim.com/productshttp://www.proxim.com/http://www.proxim.com/solutionshttp://www.proxim.com/products


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MESH

Self -Healing, Self-Forming

Dynamically assigns mesh route All possible paths

are calculated> Allows instantaneous change if new

route is needed

Only one route is active

Best path continuously determinedbased on measurement of: traffic,signal strength, hops and otherparameters

Advantage: Simple to Deploy

Disadvantage: Does not scale to largenetworks, does not guaranteecommunication or timing so unsuitablefor video or networks requiring precisetiming

Actual Path Possible Path 2010 Proxim Wireless. All rights reserved. For latest information on our Wireless Products and Wireless Solutions, please visit our Website. 10


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Wi-Fi Mesh used in a PtMP Topology

For small networks with excess capacity, Wi-Fi Mesh works fine, but when more Mesh

nodes are added to a mesh gateway, the load increases which creates errors, causing

retransmissions. This reduces overall capacity and as more Mesh nodes are added this

creates more errors, further reducing capacity, which degrades all links and video quality. 2010 Proxim Wireless. All rights reserved. For latest information on our Wireless Products and Wireless Solutions, please visit our Website. 11


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Wi-Fi Mesh in a traditional topology

Omni antennas are required to enable redundancy in a Mesh network but they pick up

interference from 360 degrees so create errors much faster and as more Mesh nodes are

added to the network, this increases latency and effects all cameras connected to network 2010 Proxim Wireless. All rights reserved. For latest information on our Wireless Products and Wireless Solutions, please visit our Website. 12


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Our Technology and how we differentiate


d i diff f i


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How does Proxim differ from its

competitors?

End to End Portfolio

WORP vs. Wi-Fi Mesh

MIMO

Support for Multicast Video

Roaming

End to End Network Management SW


Cit id Wi l Vid


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Citywide Wireless Video

Network Topology

Remote Surveillance Center

Video Storage Network ServerSwitch / Router

Wireless IP Surveillance

Cameras

Standard Definition

Cameras

MP-8150SUR

High Definition

Cameras

MP-8150

SUA

MP-8100BSU

GX800GX800

QB-8100

BSU

QB-8100

150MbpsLongest Range4.9-6.4GHz

150Mbps

Long Range4.9-6.4GHz

200Mbps4.9-6.0GHz

640Mbps

6-38GHz

Only Vendor with complete end to end wireless

portfolio that backhauls camera to Police HQ

Low End, Smaller Networks

Mid Range, Medium Size Networks

High Performance, HD Camera

Video Analytics

HDWireless Technology

based on WORP

Layer 2 SchedulerWiMAX QOS

Layer2 FEC

128bit AES

Efficient Multicast Support

MIMO

Roaming

Dynamic data rate selection

Single SKU supports all

frequencies

40Mbps

Short range5.3-6.1GHz

or5.9-6.425GHz

MP-8150CPE



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Wi-Fi Mesh vs. WORP

Wi-Fi Mesh

Contention Based Protocol

> Ethernet

> Wi-Fi

> Distance measured in meters

Designed for LAN based

deployments Client driven protocol usingCSMA/CA

> Every client listens beforetransmitting

Simpler to deploy

Good for small networks butdoesnt scale to large networks

More radios

Higher latency

Higher Cost

WORP

Polling Based Protocol

> WiMAX

> LTE

> Distance measured in miles

Designed for WAN based

deployments Base Station driven protocol usingWORP

> Base Stations tells each clientwhen they can transmit

Certified installers are required

Best performance for small tolarge networks

Less radios required

Lower latency with less hops

Lower cost



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MIMO Technology

What is it?

> MIMO (Multiple In Multiple Out) is the capability to transmitmultiple data streams across multiple RF flow

Each RF flow carries different information at any given time.

Multipath reflections which are created by Rf wavesbouncing off water and buildings now increase SNR

because the signal can be received at 1 of 3 antennas

so deployments in cities and over water are simpler.

Radio

Radio

Tx

Radio

Radio

Radio

Radio

Rx

3 x 3


OFDM d MIMO I NLOS


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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 areblocked.



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Mobility

Tsunami MP8100 supports mobile roaming up to 120Km/h

Up to 25Mbps capacity supporting mobile HD Video

MIMO radios enable extended range in NLOS

Emergency responders can access images or other data while on the move

Tsunami MP8100 BSU

Tsunami MP

8100 BSU



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Integrator Specializing in High

Definition Video WirelessNetworks

For A Safer Future

Helping to Protect Millions of Americans Every Day



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For A Safer Future


Company Overview

City-Wide Surveillance Solutions

Our Approach

Relevant Projects

Summary

Questions

Jordan Heilweil President



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Company Overview

1985Total Recall formed to develop Video SurveillanceSolutions

1991 developed Babywatch and Video Managementsystems

1993 Deployed enterprise matrix systems & control room1999 Statue of Liberty2004 Citywide Video Surveillance systems for Lawenforcement2006 Introduces CrimeEye

For A Safer Future




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Benefits of City Wide Surveillance

Force Multiplier

Crime ReductionAids in verifying situations

Improves community safety & relations

Improves local business environment

Provides foundation for ancillary sensors

For A Safer Future




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Our Approach

For A Safer Future


Step 1: Evaluate Departments needs

Choose VMS platform

Site surveys

Design CrimeEye

Step 2: Design network

Radios at cameras

Aggregation

Backhaul

Network topology

Step 3: Design the Head End

Pro-Active

Re-Active



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Technologies Deployed

CamerasPelco, Arecont, Axis

NetworkProxim, Cisco

DVR/NVR

Ancillary Technologies

LPR

ChemicalBioRadiation detectors

For A Safer Future




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Point-to-Multipoint

For A Safer Future




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Point-To-Point

For A Safer Future




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Relevant Projects

FBI

Wireless test bed including.

DHS/Federal Protective Service

1 gig Wireless Network supporting 132-2 megapixel cameras

Law Enforcement

Wireless networks ranging from 8 radios to 2000 radios

US Park Service

Statue of Liberty

For A Safer Future




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For A Safer Future


2010 Designed and installed a wireless IP test bed



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Quantico Rooftop



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For A Safer Future


Quantico Rooftop



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For A Safer Future


Relevance of Wireless network that supports CrimeEye systems



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For A Safer Future


Washington DC Police Department



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CityWide Wireless Projects

For A Safer Future


Solution: Point to Point/ Point to Multi Point# of Cameras: Exceeds 1000# of Cisco switches: Exceeds 700

# of wireless radios: Exceeds 1800300 Square miles coveredFrame Rate 30 frames/secondSystem has been operational for 6 yrs.



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Statue of Liberty

New Solutionincludes wireless

connectivity for

offsite screening



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CrimeEye Video

For A Safer Future


To view samples from our CrimeEyesystem visit our website

www.totalrecallcorp.com



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Next Steps

How to sign up as a Proxim A&E Partner to get access to our:

> A&E specs

> Design Tools

> Mechanical Drawings & Images

> Visio Diagrams and Stencils

> Presentations and Training Material including this one

Go to http://proxim.com/partners/a-a-e-program

This provides access to our WW RSM contact list at: http://partners.proxim.com/contact-us

Next webinar

> Irrigation Districts Design, 8AM PST on Nov 8 co-presented with SystemsIntegrated, http://www.systemsintegrated.com

Other potential webinar topics:

> Tools available to Design a network

> Installation Basics

> Other topics youd like covered?

Wed like your feedback so please fill out the survey at the end of the webinar: 3questions only including other potential webinar topics



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Public Safety Webinar

Documents

Transcript of Public Safety Webinar