SDR-3000 Series Software Defined Radio Transceiver Platform
|
|
|
Top Searches for this datasheet
SIGN SSING
SDR-3000 Series
Software Defined Radio Transceiver Platform
cPCI
Benefits
Ultra high performance wireless processing
Features
CompactPCI®-based architecture Combines Xilinx® Virtex-II FPGAs
engine
Industry standard form factors allow easy
integration with third party components
Industry standard software APIs help
PowerPCMPC7410 G4s, optionally TMS320C64X DSPs, single system
Supports sampling rates Supports channels
preserve your software investment
Fully re-programmable hardware allows
channels slot
flexFabric Serial RapidIOTM-based switched
pure software defined radios realized
Dataflow optimized software defined
radio
Designed meet high availability
fabric connects boards with deterministic, low-latency MB/s data paths
Supports 1000 simultaneous transmit
requirements
Modular design addresses multiple software
receive communication channels chassis
Includes optional core framework Supplied with full CORBA support (TAO) Supports VxWorks® RTOS every
defined radio applications
Allows optimal partitioning algorithms
across FPGAs signal processors
Available Integrated Development
PowerPC node
Supports Spectrum's quicComm
Systems (IDS), rapid development
Applications
Military communications (e.g. JTRS) Wireless intelligence surveillance Electronic warfare Commercial wireless gateways Wireless test measurement Wireless prototyping Beam forming Smart Antennas
high-performance interprocessor communications board setup/control
Supports VSI/Pro, VSIPL-compliant vector
image processing library optimized PowerPC
Supports quicWave PowerPC, powerful
wireless application building blocks
Description
SDR-3000 latest Spectrum's family flexComm platforms, designed specifically implementation high-performance and/or high-density software defined radios. SDR-3000 supports hundreds simultaneous transmit receive channels, each with independent interface protocol. Virtually interface supported SDR-3000, making ideally suited defense programs such software defined military communications programs, signals intelligence, well commercial applications including cellular base stations, spectrum monitoring, test measurement.
flexComm SDR-3000
Hardware
SDR-3000 hardware consists series cPCI-based boards, including:
PRO-3100: front-end processing board supporting four user-programmable Xilinx Virtex-II FPGAs. PRO-3500: signal processing board supporting PowerPC processors, additional
`C64X procesors, and/or additional I/O.
TM1-3300: analog board supporting four ADCs four DACs. TM1-3350: analog board supporting ADCs DACs. TM1-3902: reference design high-performance digital solution.
boards designed high availability applications. order achieve optimal dataflows, following standard interconnects used:
FPGAs processors connected flexFabric, serial RapidIO-based switched fabric that
allows virtually dataflow achieved when working with high-data rate front-end processing.
TM1-3300 TM1-3300
processing boards (PRO-3100 PRO-3500)
Ethernet
flexFabric (Serial RapidIO)
connected PICMG 2.16 switched Ethernet backplane, allowing simple network integration, efficient integration development tools, efficient data path lower speed payload data.
Both PRO-3100 PRO-3500 have standard
Redundant Ethernet Switch
cPCI interfaces, allowing simple integration with third-party cPCI boards, efficient control path that independent from data path.
Redundant PRO-3100
These concepts illustrated Figure
Ethernet Switch
PRO-3500
PRO-3500
PRO-3500
cPCI (Control Setup)
Figure Example SDR-3000 Configuration (high availability)
PRO-3100
PRO-3100 cPCI board with four user-programmable Xilinx Virtex-II FPGAs, ideal very high data rate front-end processing. These support:
narrowband down converter channels bandwidth less, wideband channels less
PRO-3100 contains user-programmable embedded PowerPC 405GP controller offload system control from FPGA processors, which then dedicated signal processing. also provides seamless network interface. following summarizes external interfaces PRO-3100 board:
interface TM1-3300) handle simultaneous MSPS channels flexFabric interface supporting MB/s full-duplex switched fabric links PICMG 2.16 compliant switched Ethernet MHz, 32-bit cPCI backplane
more information PRO-3100, please PRO-3100 datasheet.
PRO-3100
PRO-3500
PRO-3500 signal processing engine with PowerPC processors, support ePMC modules. additional additional supported additional ePMC modules. PRO-3500 contains user-programmable embedded PowerPC 405GP controller provide networking support, offload system control from PowerPC processors, which then dedicated signal processing. following summarizes external interfaces PRO-3500 board:
flexFabric interface supporting MB/s full-duplex switched fabric links PICMG 2.16 compliant switched Ethernet MHz, 32-bit cPCI backplane ePMC module sites: ePMC modules modules that equipped with Solano~link ports move high-speed data
PRO-3500 additional connector. Four dedicated, full-duplex MB/s data paths between PRO-3500 ePMC module supported. more information PRO-3500, please PRO-3500 datasheet. Spectrum's ePMC-PPC ePMC-8311 (`C64X) modules currently supported.
TM1-3300
TM1-3300 cPCI transition module supporting four ADCs four DACs, interfacing commercial front-end unit with analog baseband signal interface. more information TM1-3300, please TM1-3300 datasheet.
TM1-3350
TM1-3350 cPCI transition module supporting ADCs DACs, interfacing commercial front-end unit with analog baseband signal interface. more information TM1-3350, please TM1-3350 datasheet.
TM1-3902
TM1-3902 both reference design that facilitates design custom well high performance digital solution SDR-3000 systems. more information TM1-3902, please TM1-3902 datasheet.
flexFabric
signal processing devices, including FPGAs, G4's `C64X's, connected flexFabric, serial RapidIO-based switched fabric that allows virtually dataflow achieved when working with high-data rate front-end processing. flexFabric supports following specific features:
flexFabric Serial RapidIO-based switched fabric connects boards with deterministic, low-latency data paths that
sustain payload data rates MB/s (full-duplex). wide variety application-specific topologies created using different backplanes backplane overlays.
Packet switches built into PRO-3100. This allows passive backplanes, eliminating backplane single point
failure high availability systems.
Ethernet
Both PRO-3100 PRO-3500 support Mbps Ethernet either PICMG 2.16 compliant CompactPCI Backplane
Front panel
flexComm SDR-3000
Software
SDR-3000 features standards-based software stack, providing performance, code portability, allowing choice with respect which components used application.
CORBA
Waveform Waveform Waveform Application resource (FPGA)
cores (Xilinx other party)
Application resource (PPC)
quicWave VSIPL
Application resource (DSP)
CORBA (Common Object Request Broker Architecture) industry standard means developing distributed, multiprocessor, multi-OS, multi-vendor software systems. Every PowerPC processor SDR-3000 platform supplied with Object Request Broker, ORB, facilitate CORBA development required. Although different variants CORBA commercially available from various vendors, Spectrum selected open-source ideal combination level industry adoption, performance price. Although CORBA supplied standard, actual completely optional, software applications built VxWorks quicComm layers.
VxWorks Tornado
Application Framework (SCA)
Spectrum Logical Device
CORBA Object Request Broker Operating System (VxWorks) TCP/IP Stack Hardware
Hardware Abstraction (quicComm, Party device drivers)
Figure SDR-3000 Software Stack
VxWorks, from Wind River Systems, leading realtime operating system embedded marketplace. SDR-3000 series product line supports VxWorks both processors well on-board embedded controllers (405GPs). Features VxWorks RTOS include:
Scaleable, high-performance wind® microkernel Advanced networking support File system management
VxWorks bundled with Tornado development toolset from Wind River Systems, also available from Spectrum. package available from Spectrum includes:
Win2000 development environment compiler Editor, debugger, simulator, launcher, browser VxWorks operating system choice supplemental development tools, including WIND®VIEW, VxSim, StethoScope, TraceScope,
MemScope, ProfileScope, Real-time Visualisation Pack, CoverageScope, CodeTEST Visual SlickEdit
quicComm
quicComm Spectrum's high-performance library board-level functions. These include:
High-performance interprocessor communication: quicComm provides high-level software links signals between
processors allowing simple, extremely powerful programming model
Booting functions PowerPCs, user programmable FPGAs `C64X DSPs Flash programming tools both PRO-3100 PRO-3500 Control covered operating system (e.g. control digital radio hardware)
quicComm available generations flexComm products released since 2000, will available future generations, allowing maximum code portability reducing learning curve.
Software Communications Architecture (SCA)
open specification sponsored Joint Tactical Radio System (JTRS) program. specifies software, hardware, security, networking architecture requirements open, programmable Software Defined Radio (SDR) systems with flexible, re-programmable communication capabilities. Specifically, specifies common framework build-up, configure, connect tear down distributed, embedded radio applications while maximizing waveform portability. Spectrum partnered with Harris Corporation provide mature, fully functional core framework, conjunction with Spectrum's BSP, which implements those portions core framework specific SDR-3000. full details, please "Harris dmTK Spectrum BSP" datasheet.
VSI/Pro
Spectrum partnered with Software Technology bring VSI/Pro, vector image processing library, specifically optimized PowerPC library fully compliant with VSIPL standard, published VSIPL forum, maximizing code portability efficient programming interface. further details VSIPL forum, please see: www.vsipl.org. VSI/Pro contains optimized functions common signal processing tasks such FFTs, filters, products trigonometric/algebraic functions. Full details VSI/Pro found www.mpi-softtech.com.
quicWave PowerPC
quicWave PowerPC library building blocks development wireless modems (waveforms). These building blocks combined with user-defined other quicWave blocks create complete PowerPC-based wireless application. Typical blocks would include modulation demodulation, carrier recovery, symbol rate recovery, forward error correction (FEC) decision circuits. quicWave PowerPC built VSIPL industry standard interface signal processing functionality. This allows library optimized PowerPC Altivec engine simply linking with VSI/Pro. full details, please quicWave PowerPC datasheet.
FPGA Cores
comprehensive selection FPGA cores available, many them free, from Xilinx center These include both Digital Downconverter (DDC) Digital Upconverter LogiCOREs. Please note that Spectrum routinely develops custom cores clients when these otherwise unavailable. have such requirement, please contact your Spectrum sales representative. Basic Package Optional Extras Note that developers much little this software stack they choose. following table illustrates which components supplied part basic SDR-3000 package optional extras:
Basic SDR-3000 Software Package Optional Extras
CORBA (use optional) quicComm hardware VxWorks BSPs applicable hardware quicWave PowerPC
Tornado/VxWorks
(specific components required unless already purchased)
Xilinx
(required unless already purchased)
VSI/Pro Core Framework (dmTK BSP)
Hot-Swap
Future SDR-3000 releases will PICMG hot-swap compliant. Please contact your Spectrum Sales Representative further information.
flexComm SDR-3000
SDR-3001 Integrated Development System
order allow customers begin developing immediately with minimal risk, Spectrum made SDR-3001 Integrated Development System available. SDR-3001 includes:
complete board (PRO-3100, PRO-3500, TM1-3300) rackmount CompactPCI chassis 3-slot flexFabric passive backplane, allowing level system expansion Tornado VxWorks board support package quicComm software quicWave component libraries PowerPCs CORBA Windows 2000 development with software tools installed tested necessary cables documentation
Other hardware software integrated into SDR-3001 according your needs. These include limited
Tornado VxWorks FPGA cores Virtex-II FPGAs VSI/Pro Additional PRO-3100, PRO-3500, TM1-3300, TM1-3350 TM1-3902 boards
Customer Training
order accelerate early development efforts, Spectrum offers unique customer training service, which purchased with integrated development system (IDS). standard SDR-3000 training consists three days time with Spectrum Applications engineer, working with actual hardware. additional three course covers dmTK BSP, this option included. Alternatively five course offered covering both SDR-3000 components. Training typically consists
Descriptions over-all system functions data paths Demonstrations Development Tools Training rebuild software examples Formal training modules (presentations hands-on)
Should have specific areas that need covered greater detail these requested ahead time (recommended), training. Experience thus shown this service invaluable tool that generates significant cost savings reduces risk Spectrum customers. Training done either Spectrum's head office Burnaby, B.C., Canada, done additional cost customer site.
Custom Application Development
Spectrum long established capability developing custom application software clients. Should require part your application code outsourced, please contact your Spectrum sales representative.
Specifications
flexComm SDR-3000
general Form Factor
(assumes 1xPRO-3100, PRO-3500, 1xTM1-3300 TM1-3350 TM1-3902)
Processors
buses external interfaces
Host flexFabric ePMC Ethernet Serial port User-defined
performance Peak Data Transfer Rates
Spectrum Signal Processing Inc. +1/604.421.5422 +1.800.663.8986 +1/604.421.1764 www.spectrumsignal.com
software environmental quality ordering information
Temperature MTBF
Development Hardware SDR-3000 Base Software Documentation Tornado/VxWorks
Core Framework
VSI/Pro Xilinx
Training
custom configurations
CompactPCI channels, 14-bit, MHz, channels, 14-bit, (with interpolation MSPS), 2xA/D channels, 12-bit, MHz, 2xD/A channels, 14-bit, MHz, Reference design/Digital I/O, MB/s bidirectional 1500 MB/s input only user programmable Xilinx Virtex-II FPGAs (XC2V6000 XC2V3000) PowerPC MPC7410 PRO-3500, plus additional `C64X's ePMC sites PowerPC 405GP embedded controllers both PRO-3100 PRO-3500 CompactPCI bus: 32-bit flexFabric Serial RapidI/O switched fabric interboard communications. MB/s links supported PRO-3100 while supported PRO-3500. Dual MHz, 32-bit sites with Solano enhanced capability 10/100-BaseT Ethernet supported either: PICMG 2.16 packet switched backplane front panel RS-232 ports embedded controllers routed front panels PRO-3100 PRO-3500 Sixteen user-defined pins from each Virtex-II FPGA routed front panel Please consult individual board datasheets block diagrams: Between interface each Virtex-II FPGA MB/s bidirectional 1500 MB/s input Between Virtex-II processors MB/s From PRO-3100 other boards flexFabric MB/s link Virtex-II embedded controller MB/s Between PowerPC Solano MB/s quicComm, CORBA, VxWorks, VSI/Pro, quicWave PowerPC Operating temperature range 100,118 hours should contact your Spectrum Sales Representative specific ordering information. expect cover following items: Minimum specifications: Pentium-IV processor, SDRAM, Windows 2000 Configurations constructed from combination chassis, PRO-3100, PRO-3500, TM1-3300, TM1-3350, TM1-3902 flexFabric backplane. Includes quicComm software SDR-3000 series boards, plus quicWave, VxWorks BSP's ACE/TAO CORBA. Licensed site, project basis. Tornado/VxWorks ordered development seat basis (per developer), plus license (per processor type). 7410 405GP PowerPC processors require separate licenses. pricing includes first year maintenance, while run-time licensing applies (per processor) production systems only. core framework comprises Harris dmTK Spectrum's BSP. dmTK licensed developer basis while licensed project, site basis. VSI/Pro ordered development seat basis optional. Run-time licensing applies (per processor), both development production systems. Xilinx recommended FPGA development, ordered from Spectrum option. ModelSim with both VHDL Verilog licenses required supplied simulation environment. Initial SDR-3000 orders require compulsory training, either Spectrum's headquarters your site. Options include: SDR-3000 training (3-days), training (3-days) combined SDR-3000/SCA training (5-days). custom configuration options, please contact Spectrum Sales
SIGN SSING
05/04 Spectrum reserves right modify discontinue product piece literature anytime without prior notice. Trademarks property their respective owners. Compliance with export control laws: Various export control laws Canada, United States other counties restrict prohibit export certain countries products sold Spectrum. Spectrum shall liable anything arising from compliance, efforts comply, with export control laws.
Other recent searches
ZXLD383 - ZXLD383 ZXLD383 Datasheet
XF2L - XF2L XF2L Datasheet
STM32L151xx - STM32L151xx STM32L151xx Datasheet
STM32L152xx - STM32L152xx STM32L152xx Datasheet
STM32L15xxx - STM32L15xxx STM32L15xxx Datasheet
BCR116 - BCR116 BCR116 Datasheet
Privacy Policy | Disclaimer
© 2012 Datasheet Archive
