 
60% Savings on SHARC Processor Development Tools
For a limited time, you can purchase a SHARC development tools bundle at a 60% savings.
The bundle includes VisualDSP++ Development Software and the High Performance USB-based Emulator.
Click
here
for purchasing details.
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White Paper: When Extending Battery Life, Two Processors are Often Better Than One
The push for lower power, battery-operated, higher performance systems is undeniable.
In terms of battery power, consumers want their portable electronics to “do more with less,” and industrial products are moving toward battery operation as well. ''Digital signal processors (DSPs) are frequently sed in applications that require high performance, leading to higher clock speeds.
Any processor that runs quickly and integrates million...
preview:
http://www.dsp-fpga.com
date: 8/1/2008
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CORBA for FPGAs: Tying together GPPS, DSPs, and FPGAs
As signal processing systems become larger and more complex, system builders are running into a performance wall.
In order to achieve the desired performance requirements of these extensive systems, modern signal processing systems often combine Digital Signal Processors (DSPs), General Purpose Processors (GPPs) and Field Programmable Gate Arrays (FPGAs). To facilitate development of such multi-processor systems, designers can now use a distr...
preview:
http://www.vmecritical.com
date: 2/7/2008
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FPGA versus DSP design reliability and maintenance
In many complex electronic products, the initial choice of a processing engine and its associated design methodology can have a profound impact on the end product reliability.
This choice will also have a large affect on the effort required to maintain the product throughout its life cycle.
preview:
http://dsp-fpga.com
date: 7/25/2007
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Multicomputer software development systems come of age
It was not so long ago that the typical DSP development package was a set of optimized libraries, plus a port to the industry standard Vector Signal Image Processing Library (VSIPL) and a driver for an RTOS.
While these are still essential elements for algorithm development, the platforms that host DSP applications have become much more complex, offering FPGA front ends and multicompute engines for DSP and general purpose processors for back-e...
preview:
http://www.mil-embedded.com
date: 4/2/2008
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Signal processing in FPGAs goes mainstream
Jeff gives us further insight in this exclusive interview as to how signal processing using FPGAs has changed, and how customers are benefitting from the improvements.
A few years ago, FPGAs were used mostly, but not exclusively, for communications, interface, and glue-type logic.
Only the brave, lunatic, or desperate few implemented processing algorithms in the FPGA itself.
preview:
http://dsp-fpga.com
date: 4/25/2008
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White Paper: Integrated VXS SIGINT Digital Receiver/Processor
The combination of the DRS SI-9146 Dual Tuner and the VMETRO Phoenix VPF1 VXS DSP engine demonstrates a low-risk approach to the development of Signals Intelligence (SIGINT) and Electronic Warfare (EW) systems that are deployed in air-cooled and rugged conduction-cooled environments.
preview:
http://www.vmecritical.com
date: 5/14/2008
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