DSP board reaches 240 MFLOPS
Combining 240 MFLOPS of computational throughput with 16 Mbytes of memory
allows the HEXC31 to target high-performance, real-time, DSP-based
processing applications. The memory is divided into four banks and shared
among the board's six 40-MHz TMS320C31 DSP chips. Dividing the memory
helps reduce the board's power consumption level to 30 W. The HEXC31
includes hardware to manage interlocking variables. For embedded
applications, the board can process multiple or single channels of
independent data. In addition to the on-board memory, each processor has
its own 512 Kbytes of dedicated SRAM. ($12,995–6 to 8 weeks ARO.)
Analogic Corp., Peabody, MA Richard Steele 508-977-3000, ext. 3441 Fax
508-977-9220
Advertisement
