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

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1

Software Radio Solutions

BAE Systems and Pentek

Software Radio Solutions

BAE Systems and Pentek

2

PENTEKDIGITAL

RECEIVER

AUDIO

RECEIVEANTENNA

PENTEKDSP

PENTEKD/A

CONV

BAE SYSTEMSANALOG RF

TUNER orRECEIVER

DISK / TAPE

PENTEKA/D

CONVERTER

DISK / TAPE

TRANSMITANTENNA

ANALOG RFUP CONVERTER

PENTEKD/A

CONVERTER

PENTEKDIGITAL UP

CONVERTER

PENTEKA/D

CONV

PENTEKDSP

NETWORK • SWITCH • BUS •EMBEDDED CONTROLLER •

WIRELESS BASESTATION ROUTER

AUDIO

WORKSTATION

WORKSTATION

DIGITAL

ANALOG

Software Radio System BlocksSoftware 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.

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BAE Analog Out Receivers & Tuners Pentek Analog Input Products

WJ-8604 VHF/UHF Miniceptor 6402 Dual Chan 250 kHz 16-bit A/DWJ-8607 VHF/UHF Miniceptor 6410 Dual Chan 10 MHz 16-bit A/DWJ-8609 VHF/UHF Miniceptor 6420 Dual Chan 20 MHz 14- or 16-bit A/DWJ-8611 Digital HF/VHF/UHF Receiver 6441 Dual Chan 41 MHz 12-bit A/DWJ-8621 VHF/UHF VXIceptor 6465 Dual Chan 65 MHz 12-bit A/DWJ-8633 VHF/UHF Receiver 6472 Dual Chan 70 MHz 10-bit A/DWJ-8634 VXI HF/VHF/UHF Receiver 6210 Dual Chan NB Receiver & A/D - VIM-2SI-8614 VHF/UHF Nanoceptor 6211 Dual Chan 65 MHz 12-bit A/D - VIM-2WJ-8654 HF/VHF/UHF Microceptor 6216 Dual Chan WB Receiver & A/D - VIM-2WJ-8655 Miniature VHF/UHF Receiver 6230 32 Chan NB Receiver, A/D, & FPGA - VIM-4SI- 9111 Direct HF Tuner 6231 16 Chan NB Receiver, A/D, & FPGA - VIM-2WJ-9119 HF Tuner 6235 Dual Chan WB Receiver, A/D & FPGA - VIM-2WJ-9117 Dual VME Tuner 7131 16 Chan Receiver, A/D, & FPGA - PMCWJ-9127 Dual HF TunerSI-9136 Dual VME TunerSI-9137 Dual VME Tuner

Analog IF Product CompatibilityAnalog 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.

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PENTEK2 Channel A/D’s

6U VMEbus6402 250 kHz 16-bit6410 10 MHz 16-bit6420 20 MHz 14-bit6420 20 MHz 16-bit6441 41 MHz 12-bit6465 65 MHz 12-bit6472 70 MHz 10-bit

BAE SYSTEMSTuners and Receivers

6U VMEbusSI-9111 Direct HFSI-9117 Dual VHF/UHFSI-9136 Dual VHF/UHF SI-9137 Dual VHF/UHF

C-size VXIbusWJ-8621 VHF/UHF VXIceptorWJ-8633 VHF/UHF ReceiverWJ-8634 HF/VHF/UHFSI-9119 HF TunerSI-9127 Dual HF Tuner

ChassisWJ-8604 VHF/UHF MiniceptorWJ-8607 VHF/UHF MiniceptorWJ-8609 VHF/UHF MiniceptorWJ-8611 Digital HF/VHF/UHFSI-8614 VHF/UHF Nanoceptor WJ-8654 HF/VHF/UHF µceptor WJ-8655 Mini VHF/UHF

PENTEKDigital Receivers

6U VMEbus6508 8 Ch DDR6509 8 Ch DDR6510 8 Ch DDR6514 16 Ch DDR6516 16 Ch DDR6532 32 Ch DDR

PENTEKC40 Processors

6U VMEbus4284 Single C404269 Dual C40 4270 Quad C404285 Octal C40

Analog IF

Differential ECL

FPDP

C40 Comm Port

C40 Comm Port

Analog IF Tuner + ‘C40 DSPAnalog 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.

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6U VMEbus6508 8 Ch DDR6509 8 Ch DDR6510 8 Ch DDR6514 16 Ch DDR6516 16 Ch DDR6532 32 Ch DDR

Analog IF

Differential ECL

FPDP

Analog IF Tuner + C6000 / PowerPCAnalog 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.

PENTEKVIM Processors

6U VMEbus4290 Quad C62014291 Quad C67014292 Quad C62034293 Octal C62034294 Quad G4 PPC

PENTEKVIM-2 Module

6223 Comm Port I/F

VIM





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Analog IF

Analog IF Tuner + C6000 / PowerPCAnalog 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 FPGA’s.



FPDP

FPDP

VIMPENTEK

FPDP VIM-2 Modules6226 Dual FPDP6250 Dual FPDP + FPGA





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6U VMEbus6402 250 kHz 16-bit6410 10 MHz 16-bit6420 20 MHz 14-bit6420 20 MHz 16-bit6441 41 MHz 12-bit6465 65 MHz 12-bit

Analog IF FPDP

Analog IF Tuner Classification System Analog IF Tuner Classification System

PENTEKDelay Memory6U VMEbus

6099A 512 MBytes

VIM



Undelayed FPDP

Delayed FPDP

FPDP

PENTEKFPDP VIM Modules

6226 Dual FPDP6250 Dual 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.





8


6U VMEbus6402 250 kHz 16-bit6410 10 MHz 16-bit6420 20 MHz 14-bit6420 20 MHz 16-bit6441 41 MHz 12-bit6465 65 MHz 12-bit

Analog IF FPDP

Analog IF Tuner Tracking ReceiverAnalog IF Tuner Tracking Receiver

Undelayed FPDP

Delayed FPDP

The same system can substitute the Model 6232 32-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



PENTEKDDR VIM Module

6232 32 CH DDR

(DDR bypass path)


6099A 512 MBytes

FPDP





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PENTEKA/D and ReceiverVIM Mezzanines

6210 2 Ch 65 MHz A/D6211 2 Ch A/D + 2 Ch DDR6216 2 Ch A/D + 2 Ch DDR6230 4 Ch A/D + 32 Ch DDR6231 2 Ch A/D + 16 Ch DDR6235 2 Ch A/D + 2 Ch DDR

Analog IF VIM



Analog IF Tuner + VIM Analog IF Tuner + VIM

Pentek’s 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.





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PENTEKA/D and ReceiverPMC Mezzanines

7131 2 Ch A/D + 16 Ch DDR

Analog IF PMC

Analog IF Tuner + PMC Analog IF Tuner + PMC

General PurposeProcessor Platforms

6U / 3U VMEbus6U / 3U CompactPCI

Desktop PCI

For systems requiring less processing power, the Model 7131 16-Channel Digital Receiver and A/D PMC module can be attached to general purpose PMC processor platforms for VME, CompactPCI and PCI.





11

BAE Digital Out Tuners & Receivers Pentek Digital Input Products

WJ-9104 Multichannel Digital Tuner 6509 8 Chan - 2 Input - Comm Port OutWJ-9107 Wideband Telecom 6514 16 Chan - 2 Input- Comm Port Out

6526 16 Chan - 2 Input - RACEway Out6532 32 Chan - 4 Input- Comm Port Out

4271 4 Channel Narrowband - MIX4272 2 Chan Narrowband \ 1 Chan Wideband - MIX6099A 512 MB Memory Delay Buffer

Digital IF Product CompatibilityDigital 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


C-size VXIbusWJ-9107 Wideband Telecom Tuner

ChassisWJ-9104 Multichannel Digital Tuner

DifferentialECL Digital


6U VMEbus6509 8 Ch DDR6514 16 Ch DDR6532 32 Ch DDR

PENTEKC40 Processors

6U VMEbus4284 Single C404269 Dual C40 4270 Quad C404285 Octal C40

C40 Comm Ports

Digital IF Tuner + C40Digital 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.

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6U VMEbus6509 8 Ch DDR6514 16 Ch DDR6532 32 Ch DDR

Digital IF Tuner + C6x or PowerPCDigital IF Tuner + C6x or PowerPC



PENTEKVIM-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.




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Digital IF Tuner + RACEway Digital IF Tuner + RACEway



6U VMEbus6526 16 Ch DDR

PENTEKRACEway DSP

6U VMEbus4285 Octal C404290 Quad C62014291 Quad C67014292 Quad C62034293 Octal C62034294 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.




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PENTEKECL to FPDP I/F

6U VMEbus6099 64 MBytes

FPDP

VIM



Undelayed FPDP

Delayed FPDP

PENTEKFPDP VIM Modules

6226 Dual FPDP6250 Dual FPDP + FPGA

Using the Model 6099A as a ECL-to-FPDP translator, this system achieves the same signal classification system described earlier.


6099A 512 MBytes

FPDP

Digital IF Tuner Classification System Digital IF Tuner Classification System




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Digital IF Tuner Tracking ReceiverDigital IF Tuner Tracking Receiver

PENTEKECL to FPDP I/F

6U VMEbus6099 64 MBytes

FPDP



Undelayed FPDP

Delayed FPDP

Substitute the Model 6232 32-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

PENTEKDDR VIM Module

6232 32 CH DDR

(DDR bypass path)


6099A 512 MBytes

FPDP




17VMEbus

PENTEK 4294Quad PowerPC

MPC7400PowerPC

MPC7400PowerPC

MPC7400PowerPC

MPC7400PowerPC

Quad A/D, 32-Chan Receiver & DSPQuad A/D, 32-Chan Receiver & DSP

RACE++Interface

RACE++

267 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 PowerPC’s and a RACE++ interface in one VME slot!

PENTEK 6230 VIM-432 Chan Receiver

Xil

inx

Vir

tex

-E F

PG

A

80 MHz14-bit A/D

80 MHz14-bit A/D

80 MHz14-bit A/D

80 MHz14-bit A/D

Xil

inx

Vir

tex

-E F

PG

A

QuadRecvr

QuadRecvrQuadRecvr

QuadRecvr

QuadRecvr

QuadRecvr

QuadRecvr

QuadRecvr

QuadRecvr

VIM

VIM

VIM

VIM


TUNER orRECEIVER


TUNER orRECEIVER


TUNER orRECEIVER


TUNER orRECEIVER

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RACE++ ILKP

RACEway Direction Finding SystemRACEway Direction Finding System

PowerPC orDSP Boards

RA

CE+

+ I

/F PPC

PPC

PPC

PPC

FPGAA/D Recvr

A/D Recvr

FPGAA/D Recvr

A/D Recvr RA

CE+

+ I

/FPPC

PPC

PPC

PPC

DDR Sub-Systems

FPGAA/D Recvr

A/D Recvr

FPGAA/D Recvr

A/D Recvr RA

CE+

+ I

/FPPC

PPC

PPC

PPC

FPGAA/D Recvr

A/D Recvr

FPGAA/D Recvr

A/D Recvr RA

CE+

+ I

/FPPC

PPC

PPC

PPC

FPGAA/D Recvr

A/D Recvr

FPGAA/D Recvr

A/D Recvr RA

CE+

+ I

/FPPC

PPC

PPC

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

RA

CE+

+ I

/F PPC

PPC

PPC

PPC

RA

CE+

+ I

/F PPC

PPC

PPC

PPC

RA

CE+

+ I

/F PPC

PPC

PPC

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.

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MPC7400PowerPC

MPC7400PowerPC

MPC7400PowerPC

MPC7400PowerPC

PENTEK 6232 VIM32 Chan Receiver

Xili

nx

Vir

tex

-E F

PG

AX

ilin

x V

irte

x-E

FP

GA

QuadDDR

QuadDDR

QuadDDR

QuadDDR

QuadDDR

QuadDDR

QuadDDR

QuadDDR

VIM

VIM

VIM

VIM

RACE++Interface

RACE++

267 MB/sec

Analog IF Tracking Receiver SystemAnalog IF Tracking Receiver System

FPDP

CLOCKGEN

41 MHz12-bit A/D

EXTCLK

41 MHz12-bit A/D

CH 1 IN

PENTEK 644112-bit 41 kHz2 Chan A/D

CH 2 IN

PENTEK 6099A512 MB Delay

256 MBBUFFER

256 MBBUFFER

FPDP

FPDPFPDP

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).

DualChannelAnalog

IFTuner

AnalogIF

AnalogIF

BAE Systems

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MPC7400PowerPC

RA

CE

++

Inte

rfac

e

MPC7400PowerPC

MPC7400PowerPC

MPC7400PowerPC

PENTEK 623232 Chan Recvr

GC4016

GC4016

GC4016

GC4016

GC4016

GC4016

GC4016

GC4016

VIM


MPC7400PowerPC

RA

CE

++

Inte

rfac

e

MPC7400PowerPC

MPC7400PowerPC

MPC7400PowerPC


MPC7400PowerPC

RA

CE

++

Inte

rfac

e

MPC7400PowerPC

MPC7400PowerPC

MPC7400PowerPC

PENTEK 6250FPDP + FPGA

Virtex-II3 M

GateFPGA

Virtex-II3 M

GateFPGA

VIM

VIM

32MB

32MB

Pentek 6099AMemory Buffer

FPDP

FPDP32MB

32MB

256MB

256MB

Pentek 6099AMemory Buffer

256MB

256MB

FPDP

FPDP

RACE++ILKP

Crossbar

RACE++

RACE++

ECL

ECL

WJ-9104WJ-9107

Tuner

WJ-9104WJ-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

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For More Information….For More Information….

Pentek www.pentek.com One Park Way, Upper Saddle River, NJ 07458 Tel: 201-818-5900 Email: [email protected]

BAE Systems Gaithersburg www.signalsurveillance.com 700 Quince Orchard Rd, Gaithersburg, MD 20878 Tel: 301-948-7550 Email: [email protected]

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

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