Transcript Document

Vanu, Inc.
Software Radio: A Regulatory Success story
May 24th, 2005
What is Software Radio?
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Hardware Radio
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Different devices for different wireless
systems
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New hardware required to
support new applications
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Software Radio
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ONE device for multiple
wireless applications
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New applications only require
new software
Copyright © 2005 Vanu, Inc.
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Outline
• Brief History of Vanu, Inc.
• Commercial Systems
• Government Applications
• Additional Benefits
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About Vanu, Inc.
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Evolved from DARPA sponsored software radio research at MIT, 1994
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Company founded in 1998
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Headquarters in Cambridge, MA
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Software radio systems deployed in both commercial and military applications
First to achieve FCC certification for a
Software Defined Radio system
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Accomplishments
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Military
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Collaborated with Boeing team for JTRS Step 1
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Awarded DoD JTRS Step 2B contract
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DoJ contract to develop iPaQ-based SDR handheld
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Sub-contractor to BAE Systems for AJCN
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Sub-contractor to Raytheon for DARPA XG
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Army/CERDEC contract for secure Type 1 GSM Base Station
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Sub-contractor to Northrop Grumman for BACN
Commercial
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Field trial at Mid Tex Cellular, 9/03
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Interoperability certification with Nortel GSM-A switch, 2/04
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First ever FCC Certification for an SDR system, 11/04
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Live in Mid-Tex network and roaming with Cingular, 12/04
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3GSM Award for Most Innovative Infrastructure product, 2/05
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Commercial release of Anywave™ Base Station, 3/05
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Different Types of Software Radios
Vanu Software Radio™
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Vanu, Inc.
Exploits Moore’s Law
Supports software reuse across platforms
Re-configurable SDR
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Signal processing re-configurable
Significant use of FPGA or assembly code
Software not portable
Speakeasy
Airnet
Modal SDR
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Software selects from built-in hardware
Fixed-function hardware does processing
Limited flexibility
Dual-mode cell
phone
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Outline
• Brief History of Vanu, Inc.
• Commercial Systems
• Government Applications
• Additional Benefits
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Software Radio RAN Architecture
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RAN Consists of:
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Standard RF Up/Down Converter
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1U rack mount processing units
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Gigabit Ethernet interface
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Switch Interconnect
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Certificate of interoperability for Nortel GSM-A switch
– Standard A interface
– HP OpenCall SS7 stack
– Expect straight forward testing with other GSM-A vendors
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Interoperated with two softswitches
– Telos and Winphoria
– A over IP interface
– Telos switch deployed at Mid-Tex
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VoIP
– VoIP SIP compliant interfaces
– Used in US Military program
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Vanu Anywave Base Station
–MID TEX INSTALLATION
–Legacy Nortel TDMA BaseStation
–Anywave Base Station
–Signal processing software written as application
level program running on
• Industry standard servers
• LINUX or POSIX-compliant OS
• Standardized RF components
–Advantages
• Reduced development times
• Increased flexibility
• Reuse across hardware and software platforms
and generations
• Enables carriers to upgrade and future proof their
networks.
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Outline
• Brief History of Vanu, Inc.
• Commercial Systems
• Government Applications
• Additional Benefits
Copyright © 2005 Vanu, Inc.
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Anywave™ Mobile Base Station
Project: US Army, CECOM
Affordable, secure tactical communications
for dismounted soldiers
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Design
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Vehicle-mounted GSM Base Station
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Satellite connectivity back to Tactical Operations Center (TOC)
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Supports up to 30 secure handsets within 3-5 mile range
• Encyrption: Type 1, AES, A5/1
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Capabilities
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Local connections from one dismounted soldier to another
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Routes calls between multiple vehicle-mounted base stations or from vehicles
back to TOC base station via satellite
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Remote management capabilities from TOC
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• Upgrade software, add or delete users
SIP Compliant VoIP interface
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Virtual Patch Interoperability System
• Enables a virtual patch between any two
radios
Apparent signal
• No modifications or access to radios
needed
• Less than 50 ms latency
Software
Radio
• Buffering avoids drop outs
• Supports GSM, FM, P25 (peer-to-peer
and trunking)
Interoperation between any two radios
Control Interface
• Drag icons to
connect talk group
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Universal Radio Prototype
•Custom Sleeve
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Supports P25 and Analog FM
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RF board covers 100 – 500 MHz
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Collaboration with GDDS
Prototype Supports FM and P25
•Partially funded by AGILE (DoJ)
•Compaq iPaq
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Xscale 400 MHz
•Future Development
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Will support cell/PCS/public safety frequencies
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Up to 1.25 MHz TX/RX
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Digital interface to custom sleeve
Copyright © 2005 Vanu, Inc.
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Outline
• Brief History of Vanu, Inc.
• Commercial Systems
• Government Applications
• Additional Benefits
Copyright © 2005 Vanu, Inc.
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Distributed Antenna Systems (DAS)
Intel ATCA
VANU Office
Stata Center/MIT
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Unique Value in DAS deployment
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Central processing facility contains standard IT equipment
– Servers, routers, ethernet
– Reduced CAPEX, reduced maintenance
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Signal is converter from digital to RF once, at the radiating point
– No translation loss, reduced cooling requirements
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Network between processing and Radiating Points
– Allows carriers and frequencies to be dynamically assigned
– Improved capacity and frequency management
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Multiple standard support
– Additional standards are software upgrades to the servers.
– Only need new hardware in two cases:
• If new spectrum is licensed, a new RF head for the band is required
• Additional capacity is obtained through adding servers
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Open Interface Management
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Advantages
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Web based
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Easy to use
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Enables ongoing
optimization of network
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SNMP Compliant
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Software Radio OPEX Savings
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Site Rental and Utilities
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Maintenance / Upgrades
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Backhaul
Note: CAPEX savings 5%-25% depending upon configuration
(i.e. number of TRX’s, power per carrier)
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Summary
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Software Radio Infrastructure is here today
– FCC approved
– Live GSM/GPRS operation with Mid-Tex cellular; roaming with Cingular
– Additional standards under development
– Demonstrated in Military Applications
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Deployments
– Initial deployment benefit carriers in traditional deployments
– Enable evolution to more spectrally efficient architectures (DAS)
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Long Term
– Once infrastructure is in place, carriers can leverage flexible spectrum
policy
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