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Press any key to continue 1 Software Radio Solutions BAE Systems and Pentek.

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Presentation on theme: "Press any key to continue 1 Software Radio Solutions BAE Systems and Pentek."— Presentation transcript:

1 Press any key to continue 1 Software Radio Solutions BAE Systems and Pentek

2 2 PENTEK DIGITAL RECEIVER AUDIO RECEIVE ANTENNA PENTEK DSP PENTEK D/A CONV BAE SYSTEMS ANALOG RF TUNER or RECEIVER DISK / TAPE PENTEK A/D CONVERTER DISK / TAPE TRANSMIT ANTENNA ANALOG RF UP CONVERTER PENTEK D/A CONVERTER PENTEK DIGITAL UP CONVERTER PENTEK A/D CONV PENTEK DSP NETWORK SWITCH BUS EMBEDDED CONTROLLER WIRELESS BASESTATION ROUTER AUDIO WORK STATION WORK STATION DIGITAL ANALOG Software Radio System Blocks BAE Systems tuners and receivers complement Pentek software radio products. BAE tuners offer both analog IF and digital IF products directly compatible with Pentek A/D converters and digital receivers.

3 3 BAE Analog Out Receivers & TunersPentek Analog Input Products WJ-8604 VHF/UHF Miniceptor6402Dual Chan 250 kHz 16-bit A/D WJ-8607VHF/UHF Miniceptor6410Dual Chan 10 MHz 16-bit A/D WJ-8609 VHF/UHF Miniceptor6420Dual Chan 20 MHz 14- or 16-bit A/D WJ-8611Digital HF/VHF/UHF Receiver6441Dual Chan 41 MHz 12-bit A/D WJ-8621VHF/UHF VXIceptor6465Dual Chan 65 MHz 12-bit A/D WJ-8633VHF/UHF Receiver6472Dual Chan 70 MHz 10-bit A/D WJ-8634 VXI HF/VHF/UHF Receiver6210Dual Chan NB Receiver & A/D - VIM-2 SI-8614 VHF/UHF Nanoceptor6211Dual Chan 65 MHz 12-bit A/D - VIM-2 WJ-8654HF/VHF/UHF Microceptor6216Dual Chan WB Receiver & A/D - VIM-2 WJ-8655Miniature VHF/UHF Receiver Chan NB Receiver, A/D, & FPGA - VIM-4 SI Direct HF Tuner Chan NB Receiver, A/D, & FPGA - VIM-2 WJ-9119HF Tuner6235Dual Chan WB Receiver, A/D & FPGA - VIM-2 WJ-9117Dual VME Tuner Chan Receiver, A/D, & FPGA - PMC WJ-9127Dual HF Tuner SI-9136Dual VME Tuner SI-9137Dual VME Tuner Analog IF Product Compatibility BAE tuners and receivers with analog IF outputs are shown on the left, while Pentek software radio products with compatible analog inputs are shown on the right.

4 4 PENTEK 2 Channel A/Ds 6U VMEbus kHz 16-bit MHz 16-bit MHz 14-bit MHz 16-bit MHz 12-bit MHz 12-bit MHz 10-bit BAE SYSTEMS Tuners and Receivers 6U VMEbus SI-9111 Direct HF SI-9117Dual VHF/UHF SI-9136Dual VHF/UHF SI-9137Dual VHF/UHF C-size VXIbus WJ-8621VHF/UHF VXIceptor WJ-8633VHF/UHF Receiver WJ-8634 HF/VHF/UHF SI-9119HF Tuner SI-9127Dual HF Tuner Chassis WJ-8604VHF/UHF Miniceptor WJ-8607VHF/UHF Miniceptor WJ-8609VHF/UHF Miniceptor WJ-8611 Digital HF/VHF/UHF SI-8614 VHF/UHF Nanoceptor WJ-8654HF/VHF/UHF µceptor WJ-8655Mini VHF/UHF PENTEK Digital Receivers 6U VMEbus Ch DDR Ch DDR Ch DDR Ch DDR Ch DDR Ch DDR PENTEK C40 Processors 6U VMEbus 4284Single C Dual C Quad C Octal C40 Analog IF Differential ECL FPDP C40 Comm Port C40 Comm Port Analog IF Tuner + C40 DSP Analog IF outputs from BAE Systems tuners can be digitized by Pentek 64xx series dual channel A/D converters which drive 8, 16, or 32 channel narrow band digital receivers with C40 comm port outputs suitable for C40 processor boards.

5 5 PENTEK 2 Channel A/Ds 6U VMEbus kHz 16-bit MHz 16-bit MHz 14-bit MHz 16-bit MHz 12-bit MHz 12-bit MHz 10-bit PENTEK Digital Receivers 6U VMEbus Ch DDR Ch DDR Ch DDR Ch DDR Ch DDR Ch DDR Analog IF Differential ECL FPDP Analog IF Tuner + C6000 / PowerPC The Model 6223 C40 Comm Port Adapter VIM-2 mezzanine module allows the same A/D and digital receivers on the previous slide to be attached to the C6000 and G4 PowerPC processor boards. PENTEK VIM Processors 6U VMEbus 4290Quad C Quad C Quad C Octal C Quad G4 PPC PENTEK VIM-2 Module 6223 Comm Port I/F VIM BAE SYSTEMS Tuners and Receivers 6U VMEbus SI-9111 Direct HF SI-9117Dual VHF/UHF SI-9136Dual VHF/UHF SI-9137Dual VHF/UHF C-size VXIbus WJ-8621VHF/UHF VXIceptor WJ-8633VHF/UHF Receiver WJ-8634 HF/VHF/UHF SI-9119HF Tuner SI-9127Dual HF Tuner Chassis WJ-8604VHF/UHF Miniceptor WJ-8607VHF/UHF Miniceptor WJ-8609VHF/UHF Miniceptor WJ-8611 Digital HF/VHF/UHF SI-8614 VHF/UHF Nanoceptor WJ-8654HF/VHF/UHF µceptor WJ-8655Mini VHF/UHF

6 6 PENTEK 2 Channel A/Ds 6U VMEbus kHz 16-bit MHz 16-bit MHz 14-bit MHz 16-bit MHz 12-bit MHz 12-bit MHz 10-bit Analog IF Analog IF Tuner + C6000 / PowerPC The same A/D converters can use their FPDP outputs to connect through the Model 6226 or 6250 FPDP Adapters for delivering A/D data to the C6000 and G4 PowerPC processor boards. The 6250 features two Xilinx Virtex-II FPGAs. PENTEK VIM Processors 6U VMEbus 4290Quad C Quad C Quad C Octal C Quad G4 PPC FPDP VIM PENTEK FPDP VIM-2 Modules 6226Dual FPDP 6250Dual FPDP + FPGA BAE SYSTEMS Tuners and Receivers 6U VMEbus SI-9111 Direct HF SI-9117Dual VHF/UHF SI-9136Dual VHF/UHF SI-9137Dual VHF/UHF C-size VXIbus WJ-8621VHF/UHF VXIceptor WJ-8633VHF/UHF Receiver WJ-8634 HF/VHF/UHF SI-9119HF Tuner SI-9127Dual HF Tuner Chassis WJ-8604VHF/UHF Miniceptor WJ-8607VHF/UHF Miniceptor WJ-8609VHF/UHF Miniceptor WJ-8611 Digital HF/VHF/UHF SI-8614 VHF/UHF Nanoceptor WJ-8654HF/VHF/UHF µceptor WJ-8655Mini VHF/UHF

7 7 PENTEK 2 Channel A/Ds 6U VMEbus kHz 16-bit MHz 16-bit MHz 14-bit MHz 16-bit MHz 12-bit MHz 12-bit Analog IF FPDP Analog IF Tuner Classification System PENTEK Delay Memory 6U VMEbus 6099A512 MBytes VIM PENTEK VIM Processors 6U VMEbus 4290Quad C Quad C Quad C Octal C Quad G4 PPC Undelayed FPDP Delayed FPDP FPDP PENTEK FPDP VIM Modules 6226Dual FPDP 6250Dual FPDP + FPGA By adding the Model 6099A Digital Delay Memory to the previous slide, signals can be classified by the DSP using the undelayed data. The delay path allows time for signal classification so that only signals of interest need to be stored. BAE SYSTEMS Tuners and Receivers 6U VMEbus SI-9111 Direct HF SI-9117Dual VHF/UHF SI-9136Dual VHF/UHF SI-9137Dual VHF/UHF C-size VXIbus WJ-8621VHF/UHF VXIceptor WJ-8633VHF/UHF Receiver WJ-8634 HF/VHF/UHF SI-9119HF Tuner SI-9127Dual HF Tuner Chassis WJ-8604VHF/UHF Miniceptor WJ-8607VHF/UHF Miniceptor WJ-8609VHF/UHF Miniceptor WJ-8611 Digital HF/VHF/UHF SI-8614 VHF/UHF Nanoceptor WJ-8654HF/VHF/UHF µceptor WJ-8655Mini VHF/UHF

8 8 PENTEK 2 Channel A/Ds 6U VMEbus kHz 16-bit MHz 16-bit MHz 14-bit MHz 16-bit MHz 12-bit MHz 12-bit Analog IF FPDP Analog IF Tuner Tracking Receiver Undelayed FPDP Delayed FPDP The same system can substitute the Model Channel Receiver VIM-4. Energy detection on the wideband undelayed signals uses the DDR bypass path. Delayed signals can then be de-hopped by pre-tuning the receiver channels. VIM PENTEK VIM Processors 6U VMEbus 4290Quad C Quad C Quad C Octal C Quad G4 PPC PENTEK DDR VIM Module CH DDR (DDR bypass path) PENTEK Delay Memory 6U VMEbus 6099A512 MBytes FPDP BAE SYSTEMS Tuners and Receivers 6U VMEbus SI-9111 Direct HF SI-9117Dual VHF/UHF SI-9136Dual VHF/UHF SI-9137Dual VHF/UHF C-size VXIbus WJ-8621VHF/UHF VXIceptor WJ-8633VHF/UHF Receiver WJ-8634 HF/VHF/UHF SI-9119HF Tuner SI-9127Dual HF Tuner Chassis WJ-8604VHF/UHF Miniceptor WJ-8607VHF/UHF Miniceptor WJ-8609VHF/UHF Miniceptor WJ-8611 Digital HF/VHF/UHF SI-8614 VHF/UHF Nanoceptor WJ-8654HF/VHF/UHF µceptor WJ-8655Mini VHF/UHF

9 9 PENTEK A/D and Receiver VIM Mezzanines Ch 65 MHz A/D Ch A/D + 2 Ch DDR Ch A/D + 2 Ch DDR Ch A/D + 32 Ch DDR Ch A/D + 16 Ch DDR Ch A/D + 2 Ch DDR Analog IF VIM PENTEK VIM Processors 6U VMEbus 4290Quad C Quad C Quad C Octal C Quad G4 PPC Analog IF Tuner + VIM Penteks VIM mezzanines offer both A/D and DDR functions in a single module for direct connection to C6000 and PowerPC processor boards. These channelized single-slot, 6U sub-systems contain the entire signal processing chain. BAE SYSTEMS Tuners and Receivers 6U VMEbus SI-9111 Direct HF SI-9117Dual VHF/UHF SI-9136Dual VHF/UHF SI-9137Dual VHF/UHF C-size VXIbus WJ-8621VHF/UHF VXIceptor WJ-8633VHF/UHF Receiver WJ-8634 HF/VHF/UHF SI-9119HF Tuner SI-9127Dual HF Tuner Chassis WJ-8604VHF/UHF Miniceptor WJ-8607VHF/UHF Miniceptor WJ-8609VHF/UHF Miniceptor WJ-8611 Digital HF/VHF/UHF SI-8614 VHF/UHF Nanoceptor WJ-8654HF/VHF/UHF µceptor WJ-8655Mini VHF/UHF

10 10 PENTEK A/D and Receiver PMC Mezzanines Ch A/D + 16 Ch DDR Analog IF PMC Analog IF Tuner + PMC General Purpose Processor Platforms 6U / 3U VMEbus 6U / 3U CompactPCI Desktop PCI For systems requiring less processing power, the Model Channel Digital Receiver and A/D PMC module can be attached to general purpose PMC processor platforms for VME, CompactPCI and PCI. BAE SYSTEMS Tuners and Receivers 6U VMEbus SI-9111 Direct HF SI-9117Dual VHF/UHF SI-9136Dual VHF/UHF SI-9137Dual VHF/UHF C-size VXIbus WJ-8621VHF/UHF VXIceptor WJ-8633VHF/UHF Receiver WJ-8634 HF/VHF/UHF SI-9119HF Tuner SI-9127Dual HF Tuner Chassis WJ-8604VHF/UHF Miniceptor WJ-8607VHF/UHF Miniceptor WJ-8609VHF/UHF Miniceptor WJ-8611 Digital HF/VHF/UHF SI-8614 VHF/UHF Nanoceptor WJ-8654HF/VHF/UHF µceptor WJ-8655Mini VHF/UHF

11 11 BAE Digital Out Tuners & ReceiversPentek Digital Input Products WJ-9104Multichannel Digital Tuner65098 Chan - 2 Input - Comm Port Out WJ-9107Wideband Telecom Chan - 2 Input- Comm Port Out Chan - 2 Input - RACEway Out Chan - 4 Input- Comm Port Out Channel Narrowband - MIX Chan Narrowband \ 1 Chan Wideband - MIX 6099A512 MB Memory Delay Buffer Digital IF Product Compatibility BAE tuners and receivers containing an A/D converter with differential ECL digital IF outputs are shown on the left. Pentek software radio products with compatible differential ECL digital inputs are shown on the right.

12 12 BAE SYSTEMS Tuners and Receivers C-size VXIbus WJ-9107 Wideband Telecom Tuner Chassis WJ-9104Multichannel Digital Tuner Differential ECL Digital PENTEK Digital Receivers 6U VMEbus Ch DDR Ch DDR Ch DDR PENTEK C40 Processors 6U VMEbus 4284Single C Dual C Quad C Octal C40 C40 Comm Ports Digital IF Tuner + C40 Three Pentek digital receivers with 8, 16, and 32 channels of DDR accept the differential ECL outputs from BAE tuners. Receiver outputs are connected to C40 processor boards using front panel C40 comm ports.

13 13 Differential ECL Digital PENTEK Digital Receivers 6U VMEbus Ch DDR Ch DDR Ch DDR Digital IF Tuner + C6x or PowerPC PENTEK VIM Processors 6U VMEbus 4290Quad C Quad C Quad C Octal C Quad G4 PPC PENTEK VIM-2 Module 6223 Comm Port I/F C40 Comm Ports VIM The same receivers can be connected to C6000 or PowerPC processors by using the Model 6223 C40 Comm Port Adapter VIM-2 mezzanine module. BAE SYSTEMS Tuners and Receivers C-size VXIbus WJ-9107 Wideband Telecom Tuner Chassis WJ-9104Multichannel Digital Tuner

14 14 Digital IF Tuner + RACEway Differential ECL Digital PENTEK Digital Receivers 6U VMEbus Ch DDR PENTEK RACEway DSP 6U VMEbus 4285Octal C Quad C Quad C Quad C Octal C Quad G4 PPC RACEway The Model 6526 RACEway receiver accepts two differential ECL inputs from BAE tuners and delivers 16 narrow band receiver channels over RACEway to RACEway-compatible processor boards for C40, C6000, or PowerPC. BAE SYSTEMS Tuners and Receivers C-size VXIbus WJ-9107 Wideband Telecom Tuner Chassis WJ-9104Multichannel Digital Tuner

15 15 Differential ECL Digital PENTEK ECL to FPDP I/F 6U VMEbus MBytes FPDP VIM PENTEK VIM Processors 6U VMEbus 4290Quad C Quad C Quad C Octal C Quad G4 PPC Undelayed FPDP Delayed FPDP PENTEK FPDP VIM Modules 6226Dual FPDP 6250Dual FPDP + FPGA Using the Model 6099A as a ECL-to-FPDP translator, this system achieves the same signal classification system described earlier. PENTEK Delay Memory 6U VMEbus 6099A512 MBytes FPDP Digital IF Tuner Classification System BAE SYSTEMS Tuners and Receivers C-size VXIbus WJ-9107 Wideband Telecom Tuner Chassis WJ-9104Multichannel Digital Tuner

16 16 Differential ECL Digital Digital IF Tuner Tracking Receiver PENTEK ECL to FPDP I/F 6U VMEbus MBytes FPDP PENTEK VIM Processors 6U VMEbus 4290Quad C Quad C Quad C Octal C Quad G4 PPC Undelayed FPDP Delayed FPDP Substitute the Model Channel Digital Receiver VIM-4 module for energy detection on the wideband undelayed signals using the DDR bypass path. Delayed signals can then be de-hopped by pre-tuning the receiver channels. VIM PENTEK DDR VIM Module CH DDR (DDR bypass path) PENTEK Delay Memory 6U VMEbus 6099A512 MBytes FPDP BAE SYSTEMS Tuners and Receivers C-size VXIbus WJ-9107 Wideband Telecom Tuner Chassis WJ-9104Multichannel Digital Tuner

17 17 VMEbus PENTEK 4294 Quad PowerPC MPC7400 PowerPC MPC7400 PowerPC MPC7400 PowerPC MPC7400 PowerPC Quad A/D, 32-Chan Receiver & DSP RACE++ Interface RACE MB/sec This channelized receiver sub-system using the Model 6230 VIM-4 Receiver and Model 4294 Quad G4 PowerPC contains 4 A/D converters, 32 narrow band digital receivers, two FPGAs, four PowerPCs and a RACE++ interface in one VME slot! BAE SYSTEMS ANALOG RF TUNER or RECEIVER BAE SYSTEMS ANALOG RF TUNER or RECEIVER BAE SYSTEMS ANALOG RF TUNER or RECEIVER BAE SYSTEMS ANALOG RF TUNER or RECEIVER

18 18 RACE++ ILKP RACEway Direction Finding System PowerPC or DSP Boards RACE++ I/F PPC FPGA A/D Recvr A/D Recvr FPGA A/D Recvr A/D Recvr RACE++ I/F PPC DDR Sub-Systems FPGA A/D Recvr A/D Recvr FPGA A/D Recvr A/D Recvr RACE++ I/F PPC FPGA A/D Recvr A/D Recvr FPGA A/D Recvr A/D Recvr RACE++ I/F PPC FPGA A/D Recvr A/D Recvr FPGA A/D Recvr A/D Recvr RACE++ I/F PPC BAE Tuner Analog IF BAE Tuner Analog IF BAE Tuner Analog IF BAE Tuner Analog IF BAE Tuner Analog IF BAE Tuner Analog IF RACE++ I/F PPC RACE++ I/F PPC RACE++ I/F PPC BAE Tuner Analog IF BAE Tuner Analog IF Multiple receivers tuned to a single source can send time-stamped RACEway packets across the RACE++ fabric to DSPs employing the DF algorithms. The system is highly scalable for numbers of channels and DSP processors.

19 19 PENTEK 4294 Quad PowerPC MPC7400 PowerPC MPC7400 PowerPC MPC7400 PowerPC MPC7400 PowerPC PENTEK 6232 VIM 32 Chan Receiver Xilinx Virtex-E FPGA Quad DDR Quad DDR Quad DDR Quad DDR Quad DDR Quad DDR Quad DDR Quad DDR VIM RACE++ Interface RACE MB/sec Analog IF Tracking Receiver System FPDP CLOCK GEN 41 MHz 12-bit A/D EXT CLK 41 MHz 12-bit A/D CH 1 IN PENTEK bit 41 kHz 2 Chan A/D CH 2 IN PENTEK 6099A 512 MB Delay 256 MB BUFFER 256 MB BUFFER FPDP Wideband A/D data (red) flows directly to the PowerPC for FFT energy detection. Digital receivers are pre-tuned (green) so that when the delayed A/D data arrives, signals can be dehopped and delivered for demodulation (blue). Dual Channel Analog IF Tuner Analog IF Analog IF BAE Systems

20 20 PENTEK 4294 Quad PowerPC MPC7400 PowerPC RACE++ Interface MPC7400 PowerPC MPC7400 PowerPC MPC7400 PowerPC PENTEK Chan Recvr GC4016 VIM PENTEK 4294 Quad PowerPC MPC7400 PowerPC RACE++ Interface MPC7400 PowerPC MPC7400 PowerPC MPC7400 PowerPC PENTEK 4294 Quad PowerPC MPC7400 PowerPC RACE++ Interface MPC7400 PowerPC MPC7400 PowerPC MPC7400 PowerPC PENTEK 6250 FPDP + FPGA Virtex-II 3 M Gate FPGA Virtex-II 3 M Gate FPGA VIM 32 MB 32 MB Pentek 6099A Memory Buffer FPDP 32 MB 32 MB 256 MB 256 MB Pentek 6099A Memory Buffer 256 MB 256 MB FPDP RACE++ ILKP Crossbar RACE++ ECL WJ-9104 WJ-9107 Tuner WJ-9104 WJ-9107 Tuner Digital IF Tracking Receiver System This tracking receivers uses the 6250 FPGAs to compute real time FFTs for energy detection and tuning of the receivers in the 6232 so that delayed signals can be de-hopped. RACE++ joins the three processors for signal routing. BAE Systems

21 21 For More Information…. Pentek One Park Way, Upper Saddle River, NJ Tel: BAE Systems Gaithersburg 700 Quince Orchard Rd, Gaithersburg, MD Tel:


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