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

Satellite Communications and Wireless Infrastructure

Your wireless infrastructure relies on high-performance, scalable signal processing systems to process over-the-air traffic. Spectrum's flexComm line of COTS software reconfigurable signal processing platforms is designed specifically for the following types of applications:

  • First Responder for Interoperable Homeland Security Operations
  • Civil and Commercial Satellite Communications (SATCOM)
  • Broadband Satellite Hubs
  • Mobile Satellite Earth Stations
  • Cellular Base Station Prototyping
  • Other Wireless Infrastructure (e.g., Trunked Radio and Wireless Local Loop)

Spectrum's solutions in action. Read about the work with MacDonald, Dettwiler and Associates for the Advanced SATCOM Terminal Demonstration: info sheet or press release.


Architecture of a typical flexComm software defined radio (SDR) transceiver


A typical digital transceiver system outlining software defined radio signal processing components

Click image for detailed view

The flexComm Advantage for Wireless Infrastructure

Optimized for Civil and Commercial SATCOM - SDR platforms provide dynamic reconfigurability to support multiple protocols and can be software upgraded to keep pace with evolving standards. Optimize the spectral efficiency of your networks without compromising its capacity. Maximize your technology investment and reduce testing time with our mix-and-match products that enable you to build different platforms to support rapid prototyping of different waveforms.

Software Defined Radio Signal Processing solutions can be used in satellite earth stations and hubs OEM Portfolio Support for Multiple Protocols - You want to maximize your market share by supporting all of the commercially accepted standards. Spectrum's software defined radio technology allows you to develop a single common hardware platform and focus software teams on implementing the various standards, saving both time and money while getting to market more quickly.

Evolving Standards - Migrate your network to the latest generation of air interface protocols using our platforms to implement software defined radio earth stations. Introduce new services or change air interfaces and network functionality without an expensive equipment upgrade.

Spectral Efficiency - Improve the spectral efficiency of your communication systems with our adaptive beam forming and other smart antenna applications.

Capacity to Support High Data Rate Communications - Switched communications fabrics:

  • Allow re-configurable and redundant communications paths for each section of the transceiver
  • Provide high-speed, low latency, deterministic data and control paths between the processing elements

Application Notes and White Papers

Finding MIMO: A Proposed Model for Incorporating Multiple Input, Multiple Output Technology into Software Defined Radios (pdf)
This paper explores how Multiple Input, Multiple Output (MIMO) capabilities can be inserted into radio systems in a cost affective manner after those radios are already in service. This paper also proposes a model using software defined radio technology as a key enabler in allowing today's emerging wireless systems to support the future insertion of MIMO technology while minimizing overall capital investment.

Catching the Waveform: New NASA Satellite-to-Satellite Communications Take Shape (pdf)
Summary of the evolution of today's Tracking and Data Relay Satellite System (TDRSS) and describes how a software reconfigurable platform with heterogeneous transceiver architecture addresses the need to simulate satellite-to-satellite links.

Leading-Edge Satellite Services (pdf)
Describes Spectrum's high availability, high channel density solution for a world-leading satellite network provider.

Fixed Broadband Wireless Access Networks (pdf)
Describes how Spectrum's flexComm platform addresses the challenges of next generation F-BWA networks.

An SDR Platform for Satellite Earth Stations (pdf)
Discusses the elements of modern satellite earth stations and describes how a combination of DSPs, FPGAs and ASICs can be implemented to build an SDR platform for these elements.

Products & Services

MIL-STD-188-181B compliant UHF SATCOM waveform implementation

Integrated Platform Solutions:
> High channel count
> Small form factor
> IF to Ethernet
> Low cost waveform development

I/O solutions (ADC and DAC) for:
> MILCOM (3U)
> MILCOM (6U)
> MILSATCOM (3U)
> MILSATCOM (6U)
> Other (digital I/O)

Barcelona-HS engine

FPGA Multi-Channel Transceiver Core

Other FPGA IP Cores

Application Engineering Services

Press Releases

Spectrum Expands Software Radio Offering with MILCOM and SATCOM Waveform Physical Layer Software

Spectrum Announces Support for the JTRS MHAL Application Programming Interfaces

NASA Selects SDR-4000 for Reconfigurable Transceiver Development and Demonstration of future Space-based Communications

Spectrum Signs Agreement for Cognitive Radio R&D

Spectrum Teams with MDA For Advanced Satcom Terminal Demonstration : view info sheet (pdf)

Spectrum Launches Integrated Satellite Communications Rapid-Prototyping Platform

Spectrum Awarded Contract From Techno-Sciences for NASA-Sponsored Satellite Search and Rescue System

US SPAWAR Selects Spectrum HCDR-1000 for UHF Satellite Communications Platform

Spectrum Selected for Advanced Satellite
Communications Terminal Technology
Demonstration Project


 

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