Bats Overview (Web)

7/23/2019 Bats Overview (Web)

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BATS Overview

WWW.BATSWIRELESS.COM
http://www.batswireless.com/http://www.batswireless.com/


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Introduction



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BATS/About

BATS is a leading technology provider, specializing in delivering intelligentcommunications systems.

Our industry-first automated tracking and stabilization platform enables organizations

to rapidly deploy massive capacity (Gb+), long-distance, uninterrupted, fixed ormobile wireless networks without skilled technical resources.

Every day- whether on the battlefield, airfield, or oil field, BATS technology is provenin some of the harshest environments on earth; providing organizations access totheir critical communications.



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BATS/Industry Leader

BATS Industry Recognition

Supporting client networksworldwideGovernment, Maritime, Energy, Mining, News/Media



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BATS/Industry Leader

Dedicated to delivering innovative technologies

Supporting client networksworldwideGovernment, Maritime, Energy, Mining, News/Media


Founded in the IT labs of leading professors and researchers from PurdueUniversity

Offering industry-first software and hardware platform that allows for real-timeextension and provisioning of wireless broadband data links in fixed or mobileapplications

Recognized as a viable alternative for communications networks by DigitalShip Magazine


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Technology



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BATS/Technology


locates

locks

tracks

Proprietary software and

hardware platformOptimizes broadbandradio/antennaperformance

Supports existingwireless broadbandsystems

Locates, locks,and tracksnetwork APs to enable rapiddeployment of wirelessbroadband networks

Featuring radio agnostictracking and stabilizationsystems with payloads up to500 lbs.

Integrates with the broadbandradio and antenna to allow forenhanced data linksin bothstationary or mobileenvironments


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BATS/Highlights


By the numbers

99.99%uptime operating temp

-40 - 65C C

stabilization

3- 6pitch yaw

broadcast range

1 - 390km km


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BATS/Speed Chart


TRACKING/sec

LINK DISTANCEmi / km

CORD LENGTH PERP TO BEAMspeed / hr

0.75 1 0.01309 47

0.75 2 0.02619 94

0.75 5 0.06547 236

0.75 10 0.13095 471

0.75 15 0.19642 707

0.75 20 0.26190 943

0.75

25 0.32737 1,179

0.75 50 0.65474 2,357

0.75 75 0.98212 3,536


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Long Distance Mobi le Mesh Network

Fixed to Air

Mobi le to Fixed

BATS/Examples



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Point to Point

At-the-Halt -- Subsc riber

Point to Point

At-the-Halt

Point to Mult ipoint

At-the-Halt

Subscriber Master

BATS/Examples



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BATS/Air to Ground Link



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BATS/Platform to Platform Link



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Industries



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BATS/Target Markets



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BATS/Government


Customer

Problem/NeedEffects on Customer Solution Questions

Need to establish QuickDeploy/Critical

Communications

Slow Response Time

Skilled Technicians Required forManual Alignment

Limited Distance & Bandwidth withomni-directional solution

Expensive On-Going Satellite Fees

DVM-300

BTS-2500

GigabitPackages

Do you ever need to quicklydeploy critical

communications?

Do you ever have to manuallyrealign radios?

Are limited field resources anissue?

Is the communication linkgreater than 8Km?

How do you feel aboutreducing your monthlyrecurring satellite expenses?


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BATS/Government


Specific Opportunities

Systems Supported

Applications Supported

Problem

NeedSegment

MilitaryBattle Field Remote PostTerrestrial Communications

Quickly with limited technical resourcessetup broadband communications.

Government Prime Contractors, Sub-Contractors, Foreign Military, Army, Navy,

Air force, Marines, Coast Guard, SecurityForces etc.

Military - Range Managers Periodic Movement of CommunicationsCenters

Range Communications Managers & Above

Military - Back-Haul Point-To-Point-To-Point, etc. Communication Providers for Governmentand Military Agencies.

Quick Deploy Command Centers Quickly with limited technical resourcessetup broadband communications duringemergencies where infrastructure may becompromised.

City, County/Parish, State, Countrycommunication providers


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BATS/Maritime


Customer


Ship to Shipcommunications

Ship to platformcommunications

Ship to shorecommunications

Limited Distance & Bandwidthwith Omni-directional solution

Expensive On-Going SatelliteFees

DVM-100

DVM-300

BTS-2500

GigabitPackages

Do you ever need to quicklydeploy criticalcommunications?

How would you feel abouthaving a high bandwidthsolution reaching 40 km?

Would your operations bemore efficient if you had aneasy button for long distance

broadband?

Do you ever havecommunication needs greaterthan 8Km?

How do you feel aboutreducing your monthlyrecurring satellite expenses?


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BATS/Maritime



Systems Supported


Problem

NeedSegment

Service vessels communicating toRigs & Command Centers

Need long distance communications fromservice vessels, tankers, jack boats etc.

Oil & Gas Companies, off shore servicecompanies(SMU and VAR)

Seismic vessel to vesselcommunications

Need to transmit large amounts of data 15-30 km. For most advanced seismictechniques.

Seismic companies such as PGS, CGGVeritas (VAR, SMU)

Ferry boats such as Long Island orStaten Island lines

Credit card transactions and provideinternet access

Communication Providers for Governmentand Military Agencies.

Dinner, gaming and pleasure shipoperations

Need to process credit card transactionsand transmit critical data to shore baseoffice

Owners and operators (VAR and SMU)

Cruise line companies Need to transmit large amounts of data tooperations base as they near port

Cruise line operators such as NCL, HollandAmerica etc. (VAR & SMU)


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BATS/Energy & Mining


Customer


Need toDeploy/CriticalCommunicationservice

Difficult to establish temporarycommunication links (Turn AroundScenarios)

Skilled Technicians Required for ManualAlignment

Limited Distance & Bandwidth withOmni-directional solution

Expensive On-Going Satellite Fees

DVM-100

DVM-300

BTS-2500

GigabitPackages

Do you ever need to quicklydeploy criticalcommunications?

Do you ever have to manuallyrealign radios?

Are limited technical fieldresources an issue?

Is the communication link

greater than 8Km?

How would you feel aboutreducing your monthlyrecurring satellite expenses?


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BATS/Energy & Mining



Systems Supported


Problem

NeedSegment

Service Vehicles communicating to Rigs& Command Centers

Quickly with limited technical resourcessetup broadband communications.

Oil & Mining Companies, Serviceproviders (SMU) and (VARS)

Pipeline maintenance Periodic Movement of CommunicationsCenters

Pipeline companies, (SMU and VARS)

Production field Back-Haul Point-To-Point-To-Point, etc. Oilfield service companies such as Baker& Hughes, Halliburton and Schlumbergeretc.

Quick Deploy Command Centers for

incident response

Quickly with limited technical resources

setup broadband communications duringemergencies where infrastructure may becompromised.

All of above

Utilities/Oil & GasCommunication onWheels (COWS)

Temporary Communication Links Utilities, Oil& Gas, Cellular Providers,VARS


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Products
http://www.batswireless.com/


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BATS/ Components



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BATS/Systems

Automatic Automated link

establishment, tracking,stabilization, and physicallayer management

Agnostic Fully compatible with most

radio & antennaconfigurations

Accurate Best available link quality,

bandwidth, and distance



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MODEL PAYLOAD ENVIRONMENTAL RANGE SPEED

DVM-30027.5 in (DIA)

28.3 in (H)

IP-66

-20 or -40C (w/ Heater)to 65C

Pan: 360 Continuous

Tilt: +/- 90

Pan: 20/sec

Tilt: 10/sec

BATS/DVM


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BATS/DVM 300



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MODEL PAYLOAD ENVIRONMENTAL RANGE SPEED

BTS-2500 25 LBSIP-66


Pan: +/- 217

Tilt: +/- 90

(360 Option)

Pan: 35/sec max

Tilt: 12/sec max



(

Pan: +/- 217

Tilt: +/- 90

(360 Option)

Pan: 50/sec max

Tilt: 10/sec max



(

Pan: +/- 217

Tilt: +/- 90

(360 Option)

Pan: 25/sec max

Tilt: 10/sec max

BTS-50000 500 LBS

IP-67-15 or -30C (w/ Heater)

to 55C

(

Pan: +/- 217

Tilt: +/- 90

(360 Option)

Pan: 8/sec max

Tilt: 3.5/sec max

BATS/BTS


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BATS/BTS 5000



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BATS/Deployment Scenario



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Case Studies
http://www.batswireless.com/


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BATS/Geological Fleet Deployment


BATS gave us a high data rate

and long range capability.

Captain Brett McPhee

An oil and gas service provider performing sub-ocean floor surface imaging required critical ship-to-ship wirelessbroadband communications for a new fleet configuration demanding connectivity beyond the reach of their existingwireless network. The service provider uses wireless network connectivity to control and synchronize production

activity throughout the fleet as well as provide inter-vessel data transfers.

These types of surveys have traditionally been limited to ship distances of less than 9 km and low datarates of 1.5Mbps or less. Increasing the distance between vessels allows for greater resolution of data and mappingof increased ocean depths. The higher bandwidth enables data analysts to perform analysis and data correctionduring production instead of waiting until surveys have been completed. That increased efficiency not only allows fora faster turn-around of post-production data but also a faster reaction time to any data collection methods that mayneed to be adjusted during the survey.

In collaboration with the customer, BATS designed a triple redundant mesh networksolution that exceeded the requirements of the geophysical services company.BATS integrated a 5.8GHz point-to-point wireless broadband radio with the BATSDVM-300 self-aligning antenna and tracking system. This solution was able tomaintain wireless links at distance in excess of 30 km providing from 10-18Mbps ofthroughput on each connection. Each of the four vessels in the fleet was configuredwith three DVM-300 systems connecting each vessel to all others in the fleet in amesh topology. This topology created the zero downtime resiliencies required in

this demanding environment, as well as delivering aggregate speeds of up to54Mbps between vessels


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BATS/Military Gigabit Broadband


Utilizing the BATS BTS-5000 High Precision Positioning

System, BATS was able to establish a massive capacity (Gb+)

communication link within 15 minutes from setup with an

accuracy within 0.01 degree.

In one of the most inhospitable regions of the world, a defense technologies company needed to establish

communication links with gigabit speeds between locations that were 3 to 11 miles apart. Over harsh and hostile

mountain terrain, establishing a link between these end points continually proved to be more than challenging. Thecustomer sought to establish a communication link of gigabit speeds utilizing antennas under one degree in

beamwidth. From drop-off to finish, the link would need to be established between two remote locations in less than

three hours.

Utilizing the BATS BTS-5000 High Precision Positioning System, and pairing it with high-capacity radios, which have

ultra-narrow beamwidth of just 0.4 degree, BATS was able to establish a massive capacity (Gb+) communication

link within 15 minutes from setup with an accuracy within 0.01 degree.

The BATS BTS-5000 is a quickly deployable, self-aligning antenna and tracking system with a

heavyweight payload capacity of 50 pounds. The rugged design of the system makes it effective even in the

harshest conditions. The unit requires minimal technical skill and time to deploy, and it can be controlled remotely,

making it an ideal solution for military deployments. The BATS system enabled the communication link to be rapidly

deployed and more robust in dangerous conditions.

S/ S


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BATS/Homeland Security


In late June 2010, world leaders gathered for the G-20 Toronto Summit todiscuss the global financial system and the world economy. The Toronto G-20Summit was the most expensive ever with security alone costing an estimated

$1 billion. The Toronto police department retained Cambium for its criticalcommunications and Cambium called on BATS for their innovative broadbandsolutions expertise.

Cambium, in conjunction with the Toronto police department was charged withfinding a flexible and efficient deployment solution to enable the rollout of asecure broadband communications network within a compressed timeline.

BATS provided a logistically flexible, quick deployment solution for this high-

security environment. BATS technicians set-up the DVM-300 quick deploysystem integrated with a 4.9 GHz Point-to-Point (PTP600) Wireless BroadbandRadio from Cambium. The BATS unit was positioned on a semi-trailer that couldbe easily repositioned. The BATS system maintained a T1 link between themobile unit and a fixed unit stationed on top of the U.S. delegateshotel, keepingauthorities in constant contact. The BATS system eliminated the need to re-aim/align the radio when the mobile command unit was deployed, allowing theestablishment of a connection between the mobile unit and fixed point inminutes. Without BATS groundbreaking technology it typically requires thirty

minutes to manually align radio connections. BATS technology was critical tomaintaining the high-security of the G-20 Summit. As leaders discussed theongoing global recession, BATS maintained critical communications for theToronto police department. Despite violent protests, the arrest of more than 1000protesters and a force of approximately 20,000 police from different agencies,security communications went off without a hitch. The network connectionperformed flawlessly throughout the conference.

Your technology worked

marvelouslyBATS field support

was awesome, second to none.

Hugh Smith, Project Manager ,

Cambium


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BATS/Municipal Public SafetyNetIn the aftermath of the September 11th terrorist attacks, New York City officials realized they could no longer rely onprivate data. "Sharing a network amongst eight million people and vital and critical city operations that's just anunworkable situation," explains Carole Post of the New York City Department of Information Technology and

Telecommunications (DoITT). "We needed to improve our own infrastructure, our own communication methodsamongst and between ourselves and we needed this hardened, secure, dedicated network to be able to do that.

The BATS BTS-2500 plays a critical role in New York City s wireless emergencyresponse network. The BTS-2500 System is able to automatically locate, lock in,and track wireless broadband connections among mobile command centers andremote locations throughout the entire NYC coverage area in under 8 minutes.

This is accomplished with a BATS BTS-2500 with Gyro-Stabilizer with GPS onremote side mounted on a mobile communication unit(s) and a stationary BTS-2500 System perched on top of the Empire State Building. This system set upseamlessly integrates with the New York City Wireless Network and provides 110megabit throughput to New York Citys emergency services broadband wirelessnetwork.

The BATS BTS-2500 also provided additional benefits in the form of significantcost savings versus satellite and cellular alternatives.


S/


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BATS/Rapid WAN Provisioning

"We were amazed when theBATS system scanned thehorizon for its friendly [accesspoint] and locked onto theconnection by reflecting thesignal off of a 30-foot high oilstorage tank

It continues to work flawlessly."

Tony TodoraCambium Engineering Manager, Emerging

Technologies


An oil and gas company sought an alternative to costly and disruptive landlines during a shutdown / turnaroundof itrefinery operations. Establishing a short-term wireless platform at the petrochemical complex presents uniquechallenges including conflicting RF applications and the presence of dense steel structures and storage tanks.

Traditionally, engineers and computer support were necessary to maintain a microwave link for network access.

BATS provided a custom solution integrating a 5.4 GHz Point-to-Point (PTP600) Wireless BroadbandRadio from Motorola, Inc. The BATS system located, locked, and tracked the wireless broadband connection byreflecting the radio frequency off of a large oil storage tank. The network connection exceeded expectations throughoutthe turnaround period, offering data speeds up to 127 Mbps.

BATS/E C i i


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BATS/Emergency Communications


A Louisiana parish required a rapidly deployable mobile command center to provide on-site command and control atdisaster sites and to act as a redundant 911 call center. Redundancy and mobility are crucial for governmental

organizations to be able to respond quickly and effectively when disasters occur. Traditionally, on-site disasterresponse has been limited by deployment time, the high levels of technical expertise required, and a high level ofcomplexity due to multiple communications platforms.

The parishs emergency communications requirements presented several specific challenges. Thecustomer needed to be able to rapidly deploy the mobile command center to any site across the 270 square mileparish and initiate communications in under 10 minutes. In addition, the wireless broadband network would bedeployed by non-technical personnel. Finally, the parish required a minimum of 100Mbps throughput for voice andvideo communications.

Integrated with a 4.9GHz (PTP600) wireless broadband radio fromCambium, the BATS DVM-300 was able to locate, lock, and trackthe wireless broadband connection between the mobile commandcenter and one of four towers arranged across the coverage area.The mobile command center and the towers both utilized the DVM-300 to provide 360 of coverage ability from each tower usingdirectional antennas to provide the range and throughput required to

reach all areas of the parish.


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Phil Cramer

V.P. Sales & Marketing

(888) 955-8228 [email protected]

BATS/Contact

For more information, please contact:

WWW BATSWIRELESS COM

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