But, FWIW, my 2GHz mobile A64 gives 3200+MFLOPs (3,200,000,000+/- FLOPs,
3.2+ "GigaFLOPs") FPU, and 4100+MFLOPs(4,100,000,000+ FLOPs, 4.1+
"GigaFLOPs") iSSE2. Both measurements quoted from within a 32bit
invironment.
Did U mean an AMD64 3200+ would not deliver a 3.2GFLOPS without a very
extreme cooling? The Emotion Chip on a Playstation2 that runs @300MHz only
requires a huge heatsink to deliver a whopping 6.02GFLOPS.
|
| Did U mean an AMD64 3200+ would not deliver a 3.2GFLOPS without a very
| extreme cooling? The Emotion Chip on a Playstation2 that runs @300MHz only
| requires a huge heatsink to deliver a whopping 6.02GFLOPS.
|
| --
| Mazi
|
I must be special then. My 2GHz AMD64 3200+ with stock cooling in a notebook
gives over 3.2GFLOPS FPU and over 4.1GFLOPS iSSE2, which of course doesn't
mean anything unless you are using it to compare to processors with
identical instruction sets.
|
| Did U mean an AMD64 3200+ would not deliver a 3.2GFLOPS without a very
| extreme cooling? The Emotion Chip on a Playstation2 that runs @300MHz only
| requires a huge heatsink to deliver a whopping 6.02GFLOPS.
|
| --
| Mazi
|
I must be special then. My 2GHz AMD64 3200+ with stock cooling in a notebook
gives over 3.2GFLOPS FPU and over 4.1GFLOPS iSSE2, which of course doesn't
mean anything unless you are using it to compare to processors with
identical instruction sets.
R those specs of 3200+ @ a bursting or sustaining rate?
Ask a Question
Want to reply to this thread or ask your own question?
You'll need to choose a username for the site, which only take a couple of moments. After that, you can post your question and our members will help you out.