Published Articles
Cray’s Legacy - Computer Developer's Ideas Thrive
The Gazette, November 13, 2006
Although he died a decade ago, supercomputer developer Seymour Cray’s legacy lives on through the technology he developed at SRC Computers, Inc. The Colorado Springs-based company has spent more than $60 million to bring the power of a supercomputer to a much broader market.
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High Tech Lesson in U.S, Business - Local Companies Share Knowledge With Russians
The Gazette, August 22, 2006
Eleven Russian delegates have been in Colorado Springs for the past 11 days touring local computer businesses, including SRC Computers, to glean knowledge to take back to their country.
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Are FPGAs a Disruptive Technology for HPC?
HPCwire, February 24, 2006
HPC is always keen to exploit innovation if it provides real performance gains, but are FPGAs the next disruptive technology to deliver for HPC?
Reconfigurable Processing Design Suits UAV Radar Apps
UAV-based radar electronics require supercomputing performance in a compact space. A reconfigurable computer architecture offers the compute density to fit the bill.
COTS Journal, October/November 2005
Engineers at the Air Force Research Laboratory (AFRL) and SRC Computers demonstrate the performance gain of a two-dimensional Synthetic Aperture Radar (2-D SAR) backprojection algorithm running on SRC’s Compact MAP™ processor architecture compared to a MATLAB and C implementation of the algorithm.
SRC Code; 'Tis a Far, Far Better Compiler
FPGA & Programmable Logic Journal, July 2005
The author examines researchers and engineers from two distinct camps with distinct goals attacking the same technical challenge from two different directions. The two camps meet at the FPGA.
Application Defined Processors
Linux Journal, December 2004
This article explains RC, examines SRC systems that implement RC, and shows the performance advantage RC provides over traditional microprocessors.
High-Flying Computer Processing
Homeland Science & Technology Journal, November 2004
SRC has been awarded a development contract by the AFRL that addresses a long-standing challenge of creating a powerful miniaturized computer system for use on-board UAVs. The resulting mobile computer is expected to perform 96 Gflops with more than 6 Gbytes/s of direct sensor I/O bandwidth in a single computer weighing as little as 10 pounds.