New chips on the horizon
Rewbob writes
"Rise Technology officially released
its roadmap for chips in the sub-$600 PC market and confirmed it
will release a chip faster and compatible with Intel's Celeron. Check out the whole story over at news.com. "
According to those marvelous little benchmark graphs, my Cyrix MMX 233 is looking pretty shoddy.... I wonder, though, how much of a noticeable difference there is in performance. Checking out the Cyrix page http://www.cyrix.com and looking at a couple of the performance tests show the Cyrix MII as performing better than a Celeron, which, if Rise is supposed to be [soon] competing with, confuses me.... Of course, they might have been different chips, I couldn't actually tell, and they were different tests, as well.... Anybody have a better fix on things? (Perhaps I should chunk the Cyrix, eh?)
Insert mind here.
Can you run them in SMP, like Celerys?
I'm guessing probably not...
I had a cyrix once (didn't last long, went back
under warranty, and I got it refunded and bought
a pentium).
When the 6x86 was brought out, Cyrix published
benchmarks of 'floating-point applications'. They
claimed that raw benchmarks were not truly
representative, and so used non-fp-intensive,
integer-intensive applications instead (so that
the Cyrix P166+ came to about 1% ahead of an
iP150). Running quake was a joke (most of the
speed increase over my old 486/66 was due to
the PCI graphics card (PCI Grafixstar 600 as
opposed to an ISA Cirrus 5422). An iP90
happily outpaced it at FP intensive applications.
A frient bought a MII-300 (@233Mhz), and a
similar story resulted (it getting slaughtered
by a K6-233 with a slower graphics card).
In short, NEVER buy a Cyrix.
John_Chalisque
Posted by dadieo:
Optimized for Low System Cost
By specifically designing the mP6 microprocessors with low-power consumption and superior architectural features, Rise is able to reduce the overall cost to OEM's and systems integrators by allowing for the reduction of hardware components in a system. The triple MMX(TM) allows the mP6 processor to reduce the cost of the system by eliminating expensive hardware components like DVD decoders and modem chipsets and implementing those functions in software. In addition, the BGA packaging allows OEM's to mount the mP6 processor directly on a motherboard reducing system costs even further. The BGA packaging is possible due to extremely low power consumption of the mP6 processor.
I'll be checking them out at Computex in Taipei on Monday. I'll send in report if anybody is interested. (Gee, maybe they'll be giving out samples!)
Anyone can build a chip with no floating point unit and sell it for free. That's not really reducing the price of anything. What we need is a commodity 64 bit processor.
In the long run if they focus on selling a Celeron clone for less to overseas markets, they could end up having a large chunk of worldwide processor processor sales.
It would (somewhat loosely) parallel how readily Linux has been adopted by countries like Mexico and China as a good product for less.