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

[  W i r e l e s s W a v e s  ]
May 2008

In this issue:

  1. Spectrum Demonstrates Rugged SATCOM Embedded Radio Module
  2. Spectrum Waveform Design Studio Selected by the European Commission Joint Research Centre for Interoperable Security Solutions Within the WINTSEC Project


[ Spectrum Demonstrates Rugged SATCOM Embedded Radio Module ]

SDR-4803 SATCOM Embedded Radio Module featuring integrated RF and System-on-Chip (SoC) technologies

The SDR-4803 SATCOM Embedded Radio Module, the first variant of the SDR-4800 family that features integrated RF and System-on-Chip (SoC) technologies, was recently demonstrated at the CANSEC tradeshow in Ottawa, ON. The SDR-4803 is designed for use in defense and civil satellite communications (SATCOM) systems. The demonstrator module integrates a high-performance RF front-end with digital modem processing into a single card making it ideal for size, weight, and power constrained applications such as SATCOM-on-the-Move (SOTM) terminals.

SDR-4803 SATCOM Embedded Radio Module featuring integrated RF and System-on-Chip (SoC) technologies The demonstration featured two rugged, conduction-cooled SDR-4803 Demonstrator modules each containing an embedded single channel RF stage and Field Programmable Gate Array (FPGA) SoC processor to transmit and receive a video and audio data stream at up to T1 speeds (1.5 Mbps) using an OFDM-based waveform.

» Read the press release
» View product details on the web at www.spectrumsignal.com/products/soc

Contact Spectrum if you would like to arrange an on-site demonstration at your facility.


[ Spectrum Waveform Design Studio Selected by the European Commission Joint Research Centre for Interoperable Security Solutions Within the WINTSEC Project ]

Spectrum announced that the European Commission Joint Research Centre (JRC) Sensors Radar Technologies and Cyber Security Unit (SERAC) will use Spectrum's flexComm™ Waveform Design StudioŽ for the research and development of software defined radio capability in the Wireless Interoperability for Security (WINTSEC) project. WINTSEC explores a mixture of complementary solutions to overcome the barriers for wireless interoperability across different security agencies, enabling first responders with incompatible legacy radios to communicate in a crisis situation.

The JRC will be using the Waveform Design Studio to achieve goals in the following areas:

  • To support a possible improvement of European Union (EU) communications interoperability in the area of security and first responders
  • To enhance understanding of emerging technologies, mesh networks and wideband communications
  • To better assess future threats to critical network infrastructures

For more information on the Waveform Design Studio, read the press release or contact Spectrum Sales. For more information on the JRC, please visit http://ec.europa.eu/dgs/jrc/, IPSC at http://ipsc.jrc.ec.europa.eu/, or SERAC Unit at http://serac.jrc.it/.

 

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