Pentek Introduces Two Rugged Software Radio PMC Modules

Upper Saddle River, NJ, July 30, 2008 --(PR.com)-- Pentek, Inc., today announced a new family of rugged software radio modules with two of Pentek’s leading-edge, GateFlow FPGA IP cores installed on its recently introduced Model 7141 Dual Channel 125 MHz 14-bit A/D and 500 MHz 16-bit D/A Transceiver. As an added benefit, because the IP cores are pre-installed by Pentek, the end user is completely free from any FPGA development tasks. Pentek's 7141-420 and 7141-430, the first modules in this new family, transform the 7141 into two distinct and highly integrated products addressing a diverse range of applications.

“The speed, accuracy and enhanced dynamic range of the 7141 alone set it apart from other PMC products in the market,” says Rodger Hosking, vice president of Pentek. "By developing these new installed cores, Pentek engineers not only extended both upper and lower ranges of transceiver signal bandwidths, but also boosted the number of receivers to 512 channels in a single slot. The new 7141-420 and 7141-430 are available in conduction-cooled versions to handle rugged applications in aircraft, UAVs, torpedoes and other severe environments of temperature, shock, vibration and altitude. This versatility allows design engineers to secure exactly what they need in the field,” he added.

The 7141-420 FPGA Installed Core with Dual Wideband DDC and Interpolation
The 7141-420 extends the bandwidth range of both the digital upconverters (DUCs) and digital downconverters (DDCs) from very narrow to very wide.

For example, compared to the previous DDC decimation range of 32 to 16,384 without the core, the decimation now extends from 2 (for bandwidths up to 50 MHz) to 1,048,576 (for audio bandwidths). This satisfies an increasing demand to monitor a diverse range of signal classes.

Another enhancement involves the interpolation range: The range of the DUC has been extended from 2 to 32,768 versus 2 to16 without the core. As a result, the 7141-420 can handle signals from 40 MHz down to 2.44 kHz, nicely matching the range of the receive–signal bandwidths.

The 7141-420 is best suited for general-purpose transceiver functions — such as military-radio and signal intelligence transceivers — where engineers need to transmit and receive in a very flexible arrangement of different bandwidths and frequencies for a limited number of channels.

These enhancements to the transmit and receive functions also make the 7141-420 ideal for acquiring, processing and recording radar signals in applications such as linear and 2D phased-array beamforming. Because the transmit side is capable of developing analog output signals in the same bandwidth range, the 7141-420 also serves as a highly flexible radar-signal generator for radar system testing, countermeasures and frequency jamming.

The 7141-430 FPGA Installed Core With 256 Channels of Narrowband DDC
The 7141-430 core provides a large number of relatively narrowband channels. This is of immense value to customers who need a high-density receiver in an unusually small space. The 7141-430 is far more physically dense than any competitive product currently on the market. For example, two 7141-430 modules support 512 receive channels in a single 6U VME or cPCI slot.

For the release, photographs and datasheets, please visit:
http://www.pentek.com/whatsnew/ViewRelease.cfm?Index=111

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