|
On 12/29/06, Richter,Steve <Steve.Richter@xxxxxxxxxxxxxxx> wrote:
Vern, IBM is getting its clock cleaned - where is the fight in the people who run that company? Intel and AMD are releasing new chip models every quarter. The PowerPC is still on a one and two year cycle. 2007 is going to be a true test for IBM. Dell is undercutting IBM on server pricing just like it did on desktop PCs. Intel and AMD are going the many core route while IBM is commited to turning up the clock on the PowerPC 6 - we will see by the end of 2007 which chip is faster.
This is just so typical of all your posts and their general lack of any value or accuracy. Everyone should save this snippet and bring it back out anytime they feel the urge to take something you say seriously. The POWER chip has been multi-core since the POWER4, long before AMD or Intel even announced intentions in this area. See: http://en.wikipedia.org/wiki/POWER4 http://en.wikipedia.org/wiki/Power5 In addition, from day one IBM has supported multiple CPU's each with multiple cores. Something that Intel and AMD are still somewhat struggling to pull off. Intel and AMD hold major press conferences to announce a new chip every time they increase the clock speed, IBM does it when they unveil a new design. Perhaps IBM should focus more on marketing, but I think the difference is that IBM is selling their chips to system builders, not consumers as AMD and Intel are. IBM is run by system designers, Intel by chip designers. IBM produces a complete system that works hand in hand with the chip, where as Intel is still using the same memory bus design that came out with the Pentium. It can barely keep up with feeding today's dual core chips and will struggle to be able to keep their future chips busy at all. At least AMD is much better in this area, with their use of Hyper Transport. Here are some supporting articles: http://www.infoworld.com/article/06/07/24/30NNmontecito_1.html http://www.infoworld.com/article/06/09/27/40OPcurve_1.html Unlike Intel and AMD, IBM has been able to go the multi-core route AND increase clock speed. Given that very few software problems benefit from multiple cores, but all benefit from clock speed, this is a good thing. Read this article about Photoshop and its problems with Intel multi-cores as an example: http://blogs.adobe.com/jnack/2006/12/photoshop_and_multicore.html
As an Amazon Associate we earn from qualifying purchases.
This mailing list archive is Copyright 1997-2024 by midrange.com and David Gibbs as a compilation work. Use of the archive is restricted to research of a business or technical nature. Any other uses are prohibited. Full details are available on our policy page. If you have questions about this, please contact [javascript protected email address].
Operating expenses for this site are earned using the Amazon Associate program and Google Adsense.