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Software Defined Radio for VME
flexComm™ HCDR-1000 Transceiver Platform

Sensor Data Link Modem System for Surveillance of Littoral Waters

The flexComm HCDR-1000 is a complete, integrated hardware and software solution for the development of your VME-based software defined radio applications. HCDR-1000 offers you an optimized architecture for defense and commercial signal processing applications, and provides a wide range of output bandwidths and dynamic reconfigurability. This heterogeneous processing platform includes:

  • The latest generation of processing engines - G4 PowerPC , TI 'C64X DSP and Xilinx Virtex-II FPGA
  • High performance datapaths for seamless data networking, for example:
    • Solano™ up to 800 MB/s for digitized IF
    • Race++ up to 400 MB/s for channelized data
    • Switched Ethernet up to 100Mb/s for payload data
    • Local PCI bus for control plane data
  • Layered Software Stack - choose your level of code portability / hardware performance - quicComm API, VxWorks, CORBA, TCP/IP, VSIPL

HCDR-1000 Platform Components

Integrated Systems
Pre-configured and pre-tested to accelerate your time to deployment.
Sensor Data Link Modem
System 		A deployable IF-to-Ethernet modem solution for the radio data link between the ship and the remote sensor for littoral water surveillance applications. The Sensor Data Link Modem System consists of two sub-systems: a software defined radio modem transceiver subsystem for the shipboard radio gateway, and one or more remote sensor modem transceiver subsystems for the sensor radios. Datasheet
HCDR-1000 CRDP COMINT Rapid-Protyping and Development Platform that enables development of algorithms and applications for a wideband analysis system with narrowband channelized receiver capabilities. Datasheet
HCDR-1002 PowerPC based with FPGA-based Channelization Datasheet
HCDR-1020 DSP based Receiver System Datasheet
Hardware Components
All boards and modules may be purchased separately or integrated as a platform.
PRO-1900 / PRO-1901 Intelligent ePMC Carrier Board and I/O Expansion Daughter Board Datasheet
Mosport-VME Octal ‘C6203 VME Processing Engine Datasheet
ePMC-8310 Texas Instruments TMS320C6416/C6415 DSP-based Multiprocessing Engine for Communications Applications Datasheet
ePMC-PPC Dual G4 MPC7410 PowerPC™ Processing Module with AltiVec™ Support for Floating-Point Applications Datasheet
ePMC-32MSDDC 32-Channel Multi-Standard Digital Receiver Enhanced PMC Module Datasheet
ePMC-8120 Xilinx Virtex-II based Processing Engine Datasheet
ePMC-FPGA Multi-Purpose I/O Processing Engine Enhanced PMC Module Datasheet
ePMC-2ADC Dual Input 14-bit 65 MHz and 80 MHz A/D Enhanced PMC Modules Datasheet
ePMC-2111 DAC Dual 14-bit High-Speed Digital to Analog Converter and Xilinx Virtex-II Processing Engine Datasheet
XMC-3311 High Speed Transceiver XMC/ePMC Module featuring a single Virtex-4 FPGA Datasheet
XMC-3321 Dual Tranceiver Module featuring Xilinx Virtex-4 FPGA Datasheet
XMC-8131 FPGA Processing Engine XMC Module Datasheet
Software Components
quicComm Software Development Library Datasheet
quicWave Development Library for the Rapid Development of Optimized Wireless Modems Datasheet
Wind River Systems
VxWorks & Tornado II		 Real time operating system and development toolset  
Verari Systems
VSI/Pro		 Vector and image processing library  
FPGA IP Cores Intellectual Property Cores Datasheet
Multi-Channel Tranceiver
FPGA Core		 Supports implementation of a multi-channel radio on Spectrum's software defined radio (SDR) platforms Datasheet

 

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