Intel to ship Pentium II in May
Intel's widely anticipated Pentium II CPU will debut in May, the companytold WinHEC attendees yesterday. Industry observers have determined thatMay 5 will be the exact release date. The Pentium II is a Pentium Pro-classchip with MMX extensions.
April 8, 1997
Intel's widely anticipated Pentium II CPU will debut in May, the companytold WinHEC attendees yesterday. Industry observers have determined thatMay 5 will be the exact release date. The Pentium II is a Pentium Pro-classchip with MMX extensions. Oddly, it offers better 16-bit performance thanthe Pentium Pro and is optimized for the Windows 95 operating system. ThePentium II sits on a special daughtercard that requires a new kind ofmotherboard: prices for Pentium II systems are expected to be steep. Intelalso separated the L2 cache from the CPU, cutting costs and making the cache size more easily changed if needed in the future. Intel CEOAndy Grove detailed the chip's Dual Independent Bus architecture today,a feature that will improve the processor's memory bandwidth performance.
Intel will ship 233 and 266 Mhz versions of the Pentium II at first, witha 300 Mhz version expected by year's end. Andy Grove demonstrated a 300 Mhzsystem today, which had a total bandwidth three times as fast as the fastest Pentium processor now available. The company is also testing a400 Mhz version. The next CPU from Intel, "Deschutes," is essentially asmaller Pentium II that will run cooler and offer faster speeds. It willlikely come in yet another form factor as well, requiring more motherboardupgrades. Two more 32-bit CPUs will follow, code-named "Katmai" and "Willamette." After that, the 64-bit "Merced" will debut. Development of Merced and Deschutes will continue in parallel, according to Pat Gelsinger, vice president and general manager of Intel's Desktop Products group. "We have multiple generations of 32-bit processors under development," said Gelsinger. "We see no end to 32-bit processors."
Intel is also working to improve the other components of the PC architecture so that the overall speed of systems improves dramatically inthe next few years. PCs will switch from DRAM to Rambus DRAM, a next-generation version of DRAM. Hard drive interfaces will move from today'sEIDE to UltraDMA this year, and then to the IEEE-1394 "FireWire" interface.Intel's Advanced Graphics Port (AGP) will speed graphics operations, particularly 3D. "We predict a 10 times improvement over the next three years," according to Gelsinger
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