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HP has two-pronged chip plan

Hewlett-Packard is developing workstations and servers that can use either HP's PA-RISC chips or Intel's IA-64 "Merced" processors.

Stephen Shankland Former Principal Writer
Stephen Shankland worked at CNET from 1998 to 2024 and wrote about processors, digital photography, AI, quantum computing, computer science, materials science, supercomputers, drones, browsers, 3D printing, USB, and new computing technology in general. He has a soft spot in his heart for standards groups and I/O interfaces. His first big scoop was about radioactive cat poop.
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Stephen Shankland
SAN JOSE, California--Hewlett-Packard is adopting a two-pronged strategy for the future of its processors, developing workstations and servers that can use either HP's PA-RISC chips or Intel's IA-64 "Merced" chips.

While HP plans to extend its PA-RISC architecture on into the year 2003 with an 8900 chip running at a speed of 1.2 GHz (1200 MHz), the PA-RISC chip apparently will be phased out eventually.

"These are mainly for transition plans. Eventually our entire product line will be based on IA-64," said Jim Carlson, director of marketing for IA-64 systems at HP, speaking at the Microprocessor Forum today.

The future of HP's PA-RISC chips
Chip Clock Speed Release Date
8500 360 MHz end of '98
8500 440 MHz January '99
8600 560 MHz 2000
8700 ? 2001
8800 ? 2002
8900 1.2 GHz 2003
Source: HP

Two products HP announced--the first two computer systems running on the 8500--will have a supporting chip set that can handle PA-RISC, IA-32 (Intel's current 32-bit chip architecture), and IA-64 (the 64-bit architecture Intel currently is developing).

The strategy will free customers from worrying about which hardware they purchase, Carlson said. "What counts is what OS they put on it."

Customers can choose from "="" rel="noopener nofollow" class="c-regularLink" target="_blank">primary cache, which is divided into a 1MB data cache and a 0.5MB of instruction cache.

A 1.5MB primary cache is bigger and faster than the secondary cache offered on most chips today. HP says the 1.5MB cache is the biggest on-chip memory.

The 8500 has a 0.25-micron process size, meaning that more transistors can be packed into the same surface than possible with the 8500's 0.5-micron predecessors. Freeing up all that real estate enabled HP to increase the chip's cache size.

HP has been working with Intel to develop Intel's new 64-bit IA-64 processor architecture.

The IA-64 chips will have "binary compatibility" with HP's PA-RISC chips--in other words, the IA-64 chips will be able to run software written for the PA-RISC chips.

Intel's first IA-64 chip, code-named Merced, is scheduled for release in 2000.

Intel is an investor in CNET: The Computer Network, publisher of News.com.