SPACE WAR SPACE DAILY TERRA DAILY MARS DAILY SPACE MART SPACE TRAVEL GPS DAILY ENERGY DAILY
  Military Space News  
Get Our Free Newsletters Via Email
  
Search All Our Sites at SpaceBank
Spectrum Signal Processing Launches SDR-3000 SMRDP For Wideband MILCOM Apps

The SDR-3000 SMRDP is a fully integrated, black-side software defined radio (SDR) platform providing a commercial off-the-shelf (COTS) "RF to Ethernet" radio platform for military communications programs. This platform offers the full modem processing functionality in a single slot, and can be considered a "skinny" version of Spectrum¿s SDR-3000 MRDP. The SDR-3000 SMRDP integrates a high performance fast tuning transceiver with a Software Communications Architecture (SCA)-enabled signal processing platform that has been used for Joint Tactical Radio System (JTRS) waveform compliance testing. This integrated solution was designed specifically to de-risk customers' programs by providing the fastest route to developing SCA-enabled architectures and systems, waveform applications, and verification and validation platforms. The solution includes resource-efficient programmable digital down-converter (DDC) and digital up-converter (DUC) FPGA cores and a system-level software example demonstrating the overall data flow. Source code for the examples and DDC/DUC cores is provided. The SDR-3000 SMRDP is at technology readiness level six for many fixed, airborne and maritime environments, making it suitable for field demonstrations and deployments.

Atlantic City NJ (SPX) Oct 19, 2005
Spectrum Signal Processing has announced at MILCOM 2005 the flexComm SDR-3000 SMRDP, an "RF to Ethernet" wideband military communications (MILCOM) rapid-prototyping and development platform.

This fully integrated, commercial-off-the-shelf (COTS) software defined radio platform is designed to reduce the effort and schedule required for the development of both Software Communications Architecture (SCA) and non-SCA-enabled MILCOM programs.

The SDR-3000 SMRDP is a 'skinny' version of Spectrum's SDR-3000 MRDP, launched November 2004, providing a single-slot modem hardware solution integrating the latest Xilinx Virtex-4 field programmable gate array (FPGA) technology with Spectrum's proven MPC7410 PowerPC and TMS320C64x digital signal processing technology.

The SDR-3000 SMRDP is specifically targeted at customers who need to start with one transceiver channel and scale up in single channel increments. This platform can be expanded and extended utilizing any of the cards and modules in the flexComm product line.

The SDR-3000 SMRDP integrates Spectrum's SDR-3000 SCA-enabled platform with a DRT 2110 radio frequency (RF) front-end transceiver from Digital Receiver Technology (DRT) based in Germantown, MD, providing a complete "RF to Ethernet" solution operating from 20 MHz to 3GHz.

"The SDR-3000 SMRDP takes advantage of the latest FPGA and XMC module technology to provide effectively the same per-channel functionality as our SDR-3000 MRDP, scaled down to fewer modem processing slots and offered at a lower price. The faster FPGAs enable us to serialize the architecture of the digital down converter and digital up converter cores, which in turn allows us to pack in more functionality," said Mark Briggs, Spectrum's Vice President of Marketing.

"Our continually expanding line of XMC-based modules gives our customers more options to evolve their systems to support various narrow and wide band applications."

The SDR-3000 SMRDP provides a turnkey black-side processing system for Joint Tactical Radio System (JTRS) and other MILCOM developers. This system includes sample application software and FPGA cores supporting frequency agile operation.

The example software and cores include the source code, a key enabler in accelerating our customers' development efforts. In addition, the software and cores provide the following capabilities:

- Programmable resource-optimized digital up and down converters

- Time stamping and time triggering facility suitable for time-sensitive or time-slotted applications

- RF control application programming interface to manage the RF subsystem

The SDR-3000 SMRDP system is based upon Spectrum's SDR-3000 software defined radio processing and analog-to-digital/digital-to-analog converter boards in a four slot 2U CompactPCI chassis, which leaves ample room for future expansion.

These components are integrated with the DRT 2110 RF transceiver subsystem consisting of four cards (RFT2, TEX, REF2 and CTRL12 single-board computer) in a 20-slot 3U CompactPCI chassis.

The system includes all software application libraries, including digital down-conversion and digital up-conversion FPGA cores, operating systems and an SCA Core Framework. The system is flexible, scalable and can be customized as required.

The package includes Spectrum's quicComm software, a hardware abstraction layer that facilitates platform programming and code portability. Technical support services and training courses are part of this comprehensive product offering.

The SDR-3000 SMRDP is available for order immediately.

Related Links
Spectrum Signal Processing
SpaceDaily
Search SpaceDaily
Subscribe To SpaceDaily Express

Firm Foundation Laid For Premier Research And Development Spacecraft
Kirtland AFB NM (SPX) Oct 19, 2005
Demonstration and Science Experiments satellite will provide advanced technology to enhance war fighter communication, surveillance, and navigation when launched in 2008






Memory Foam Mattress Review

Newsletters :: SpaceDaily Express :: SpaceWar Express :: TerraDaily Express :: Energy Daily
XML Feeds :: Space News :: Earth News :: War News :: Solar Energy News
  • US Needs Strong Military Presence In Asia: Study
  • Analysis: US - Libya Now Friends
  • Analysis: Rice Brings New Style To State
  • Policy Watch: Moscow's Multipolar Mirage

  • Venezuela Says It Has Right To Pursue Nuclear Energy
  • Analysis: N. Korea Political Show Pays Off
  • Iran Shares IAEA Optimism Over Resumed Talks With EU
  • New Chinese Missile Subs Pose Challenge To U.S.

  • Russians Helping Iran Create Europe Missile Threat: British Paper
  • Raytheon's Joint Standoff Weapon Block II's First Captive Flight a Success
  • Lockheed Martin Successfully Completes ATACMS Stockpile Reliability Test
  • Terma to develop Countermeasures Signal Processor for EADS Missile Warner System

  • LockMart Partners With US, Spanish Navies for Aegis Weapon Demonstation
  • Lockheed Martin Passes Major Aegis Open Architecture Milestone
  • AEGIS Weapon System Tracks Advanced, Separating Ballistic Missile Target
  • BMD Focus: Space Defense Budget Mess

  • Wright Brothers Upstaged! Dinos Invented Biplanes
  • Boeing Awarded Common Bomber Mission Planning Enterprise Contract
  • Capability Assessment Helps AF Prepare For Future
  • NGC Awards International Contracts For F-35 Joint Strike Fighter

  • DARPA MAV Passes Key Milestone Towards Future Combat System Class I UAV
  • Mini-Plane Newest Addition To Unmanned Family
  • STARA Technologies Demos UAV Precision Airdrop Capabilities For US Military
  • Lockheed Martin Debuts Revolutionary X-47B Pole Model Design

  • Bush Credibility Haunts Rice Testimony
  • Outside View: After The Iraq Vote
  • Politics & Policies: Saddam's Judgment Day
  • U.S. Reports Calm In Sunni Areas, For Now

  • Infrared Sensor Prototype To Aid U.S. Soldiers in Combat
  • Northrop Grumman Announces Intent To Build System Integration Laboratory In Huntsville
  • New Sensors Enable Enhanced Detection of Dirty Bombs, Other Hazards
  • US Seeks New Technology Against Improvised Explosives

  • The content herein, unless otherwise known to be public domain, are Copyright 1995-2006 - SpaceDaily.AFP and UPI Wire Stories are copyright Agence France-Presse and United Press International. ESA PortalReports are copyright European Space Agency. All NASA sourced material is public domain. Additionalcopyrights may apply in whole or part to other bona fide parties. Advertising does not imply endorsement,agreement or approval of any opinions, statements or information provided by SpaceDaily on any Web page published or hosted by SpaceDaily. Privacy Statement