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AMD K7 550 Hands-On Preview
May 24, 1999   Kenn Hwang > [View My Other Articles]
Product Info | User Reviews | Article Images(12) | Image Gallery | Comments | Forum Thread
Initial Response

What did we first see?

The first thing we did was take a close look at the processor itself. The K7 is virtually identical to the original Pentium II Single Edge Contact Connector package, for good reason. AMD wanted to make it as easy as possible to create K7 parts and boards, hoping to more easily proliferate their new chip.

AMD K7 550 Hands-On Preview [ K7, front view @ 600 x 480 ] > View Full-Size in another window.
K7, front view

AMD K7 550 Hands-On Preview [ K7, top profile @ 640 x 480 ] > View Full-Size in another window.
K7, top profile

While the K7 looks similar to a standard Slot 1 processor, it's a completely new animal on the inside, and won't work in a standard Slot-1 system. While mechanically similar to Slot-1, the K7 has completely different pin-outs, and its electrical signals are not to compatible with the Intel Slot-1 line.

The Pentium II similarity is not a coincidence, however. By using "off-the-shelf" designs and parts, AMD wants to make it as easy as possible for manufacturers to acquire parts to build AMD systems - using the same heatsinks, slot connectors, and form factor make for faster time-to-market.

AMD K7 550 Hands-On Preview [ Uncle Fester at a glance @ 640 x 480 ] > View Full-Size in another window.
Uncle Fester at a glance

AMD K7 550 Hands-On Preview [ AMD's own chipset @ 640 x 480 ] > View Full-Size in another window.
AMD's own chipset

Fester?

The motherboard itself is original AMD. The "Fester A3" is a preproduction version of the consumer motherboard that will likely ship with K7 systems. Due to the initial lack of K7 motherboard and chipset manufacturers, AMD themselves will be providing these essential components until 3rd party manufacturing ramps up.

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 Quick Facts
Having point-to-point topology helps with more than just memory. In a multiprocessor system, each K7 processor has its own dedicated 200MHz, 64-bit pathway to the chipset, as opposed to Intel's GTL+ scheme, which forces each processor to share the same bandwidth.

With the K7's advanced topology, there is a drastic reduction in signal noise and degredation, as neither processor has to share the bus in order to send traffic to the chipset, resulting in an architecture that should allow for up to 16 processors in parallel!


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