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Toshiba introduces the industry's first embedded 64-Bit MIPS CPU SLI ASIC core
Additional cores expand Toshiba's selection of optimal price/performance solutions SAN JOSE, Calif., May 8, 2000 - Toshiba America Electronic Components, Inc. (TAEC) today introduced the TX49[tm] family of processor cores, the industry's first MIPS®-based, 64-bit embedded ASIC cores. The TX49H family, the latest in the company's TX SystemRISC[tm] series, supports MIPS III standards and demonstrates TAEC's continued development along the MIPS architecture. TAEC also introduced the TX39H2, a higher performance version of the company's 32-bit TX39[tm] family of cores. Both the TX39 and the TX49H processor cores are offered for use with TAEC's TC240 .25 micron ASIC process technology. By integrating the TX39 or TX49H processor cores with options into their ASIC designs, TAEC customers gain added system performance, and the optimum price performance for their requirements. Toshiba's TX49 family of MIPS-based TX SystemRISC microprocessor cores is available with optional FPU (Floating Point Unit) and different sizes of cache. The TX49 cores feature up to 32 kilobytes (KB) instruction cache, 32KB data cache and operate at 150 Megahertz (MHz). The enhanced TX39H2 now offers100MHz performance. "By offering 64-bit support, Toshiba continues to allow the customer more options to select the best level of price performance, particularly in the networking and communications markets," said Peter Richmond, director for SLI business development at TAEC. "The TX49 demonstrates our consistent embedded MIPS leadership, our expertise in SLI ASIC, and flexible solutions for our customers." Toshiba's RISCASIC Strategy ASSP and ASIC Core Family Toshiba's latest SLI ASIC family is the TC260, designed for applications needing the highest performance with the smallest die size. The high density of the TC260 results from the combination of interconnect, gates, memory, and I/O structures. The 0.14-micron drawn geometry is ideal for systems above 150MHz, 2-million gates or those applications requiring the lowest power dissipation. About Toshiba |
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