AMD touts Linux support for new chips
Published: 28 Feb 2002 18:03 GMT
It's Hammer time for Linux.
Chipmaker Advanced Micro Devices said on Thursday that it expects the next major public update for the Linux operating system to include support for the company's x86-64 technology -- the basis for its next generation of processors, known as the Hammer family.
The Linux updates for x86-64 support will come from SuSE, one of the top Linux developers and distributors, AMD said. SuSE has submitted updates for x84-64 to the Linux community, and AMD expects that the updates will become part of the upcoming Linux 2.6 kernel. The kernel is constructed by several top programmers, including Linux inventor Linus Torvalds, and is the foundation of the open-source operating system.
Although x86-64 has enjoyed support from Linux developers since its introduction, and versions of the operating system have been modified to support Hammer chips, the move by SuSE would provide more of an official stamp by writing support directly into the kernel. The latest Linux kernel version is 2.4.18, and plans are in the works to create version 2.5 for developers and version 2.6 for the general public.
The 2.6 kernel isn't expected for a long time, given that work has barely begun on version 2.5 and there's still a lot to do getting the 2.4 kernel into shape. If those overseeing the kernel like the x86-64 extensions, it's possible they'll be migrated to 2.4 production and not have to wait for the 2.6 kernel.
Linux already works on several 64-bit chips, including Compaq Alpha and Sun UltraSparc.
So far, Microsoft has been mum on whether it will support x86-64 in its Windows operating system. However, AMD has said that the software maker is evaluating the technology.
The first Hammer chip, dubbed Clawhammer and due later this year, will be released as a desktop PC processor.
But Linux support will be critical for AMD's next Hammer chip, Sledgehammer, to gain traction with corporations that buy large numbers of servers. Increasing sales to corporations has been a major goal for AMD. Taking advantage of Linux, which has been enjoying a surge in popularity in the server arena, could be one way to do so.
x86-64 works by adding several new instructions to the current x86 processor architecture that extend the chip architecture so it can address 64 bits of data. Current AMD Athlon and Intel Pentium x86-based chips address 32 bits of data. x86-64 allows AMD chips to support both.
The addition of 64-bit addressing allows the chips to support larger amounts of physical memory, among other things, which speeds up large database programs typically used on servers. However, AMD's approach is directly opposite to that of Intel, which designed a completely new architecture, Itanium, to address 64 bits and run 32-bit applications where necessary. Intel is also said to be working on its own version of 64-bit extensions for x86.
Also on Thursday, AMD announced another Hammer-related initiative, a new Boston Design Center. The centre, located in Boxborough, Mass., will employ about 35 engineers charged with developing HyperTransport interconnects for servers for AMD's Computation Products Group.
HyperTransport is a chip-to-chip system that transfers data at high speed. AMD plans to use it in new chipsets for Hammer chips.
Gerry Talbot, former president and chief technical officer of API Networks, was named director of the design centre.
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