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SDR_3000 - Software Defined Radio Transceiver Platform

This page provides the datasheet information for the SDR_3000, a member of the SDR Software Defined Radio Transceiver Platform family.

Datasheet Summary

Description

SDR-3000 is the latest in Spectrum’s family of flexComm platforms, designed specifically for the implementation of high-performance and/or high-density software defined radios.

SDR-3000 supports hundreds of simultaneous transmit and receive channels, each with an independent air interface protocol.

Features

  • CompactPCI®-based architecture.
  • Combines Xilinx® Virtex-II FPGAs and engine.
  • Industry standard form factors allow easy integration with third party components.
  • Industry standard software APIs help PowerPC™ MPC7410 G4s, and optionally TI TMS320C64X DSPs, in a single system.
  • Supports IF sampling rates up to 212 MHz.
  • Supports 2-4 ADC channels and 2-4 DAC preserve your software investment.
  • Fully re-programmable hardware allows chan.

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Datasheet preview – SDR_3000

Datasheet Details

Part number SDR_3000
Manufacturer ETC
File Size 1.74 MB
Description Software Defined Radio Transceiver Platform
Datasheet download datasheet SDR_3000 Datasheet
Additional preview pages of the SDR_3000 datasheet.
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Full PDF Text Transcription

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SIGN A L P RO C E 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 and engine • Industry standard form factors allow easy integration with third party components • Industry standard software APIs help PowerPC™ MPC7410 G4s, and optionally TI TMS320C64X DSPs, in a single system • Supports IF sampling rates up to 212 MHz • Supports 2-4 ADC channels and 2-4 DAC preserve your software investment • Fully re-programmable hardware allows channels per slot • flexFabric - Serial RapidIO™-based switched pure software defined radios to be realized • Dataflow optimized for software defined radio • Designed to meet high availability fabric c
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