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Spectrum Signal Processing Home Leading Provider of Software Reconfigurable and Software Defined Radio Platforms

Application Engineering

Spectrum’s highly qualified Application Engineering Services (AES) team are experts in Software Defined Radio application and waveform development for systems supporting Software Communications Architecture (SCA). Building on a solid resume of experience working for the U.S. government and its prime contractors, AES will speed the development of software defined radio applications by customizing off-the-shelf hardware, software and firmware to customer specifications. AES can assist your team with algorithm development, integration and implementation to help reduce project schedules, mitigate development risk and reduce the resource burden for non-core activities.

For more information, download the datasheets (pdf):

We maintain a facility in Columbia, MD and have the ability to work on ITAR and DoD-controlled projects. Spectrum’s AES team partners with your internal application development engineers to augment your development resources and support you in the following areas:

JTRS Software Communications Architecture

If your application requires the SCA, Spectrum can provide off-the-shelf support, as well as customization of this environment to application specification. Examples include:

  • Waveform Development
  • Algorithm Encapsulation
  • Logical Device Encapsulation: RF or custom interface
  • Independent Verification and Validation platform development support

Wireless System Design

Our engineers are skilled at designing custom single and multi-channel wireless solutions and can support all phases of wireless systems design including:

  • Requirements analysis
  • System architecture definition including RF and post processing architectures
  • Application mapping into a heterogeneous architecture (FPGA, DSP, PowerPC)
  • Design and manufacture of custom interface hardware components
  • Integration of 3rd party components such as
    • RF receivers and transmitters (digital and analog interfaces)
    • PMC modules (application specific interface needs)
    • Custom digital interfaces
  • Protocol development
  • Capacity analysis for multiple access
  • System simulation

Algorithm Development

Every engineer has years of DSP algorithm experience, allowing us to provide algorithms and optimized functions in VHDL, ANSI/C or a combination thereof in areas such as:

  • Equalization
  • Re-sampling
  • Despread
  • Spectral Analysis
  • Chip/Carrier/Bit Synchronization
  • Modulation/Demodulation (N-PSK, MSK, QAM)
  • Forward Error Correction
  • Smart Antennas/Beam Forming
  • Multiple Access

Real-Time Application Development

Spectrum’s expertise includes:

  • Optimized C and assembly for TMS320C6000, PowerPC and SHARC® processors
  • DSP-based real time operation systems including TI’s DSP BIOS
  • Real time operation systems including VxWorks®, Real Time Linux, and QNX
  • Dataflow, synchronization and processing between heterogeneous processing elements and data source/sinks: FPGA/DSP/PowerPC

User Interface/Command and Control Development

A custom interface for any application is available from one of our engineers. Examples include:

  • System access libraries
  • Network interfaces including TCP/IP and CORBA
  • JAVA, Windows® and X-Windows based graphical user interfaces
Spectrum's Application Engineering Services, experts in Software Defined Radio application and waveform development

Related Press Releases
Spectrum Awarded Contract for Upgrade of Globalstar LLC Satellite Communications Gateway (10-05-05)

Spectrum Teams with Booz Allen Hamilton to Pursue US Army ETOSS Omnibus Support Service Contract (06-13-04)

SPAWAR Selects HCDR-1000 for UHF Satellite Communications Platform (10-06-04)

JTRS Joint Program Office Completes Successful Port of Waveform to SDR-3000 Platform (07-08-04)

Experience Includes
SCA Waveform compliance testing

SCA radio services for future waveform ports

Development and demonstration of SCA reference waveforms

Development of a earth station for satellite communications asset tracking

6 Mbps QPSK-based waveform

Satellite-based search and rescue application

Rapid-prototyping digital transceiver system for waveform development

802.11 a/b/g MAC and PHY implementation on the SDR-3000 to provide a proxy for future implementations of wideband waveforms

Signal analysis system for interference detection and geolocation

 

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