Intel 800 MHz FSB Processor Family Review
David writes "Techware Labs recently had the opportunity to spend some time with Intel's new 800 MHz front-side bus (FSB) processor family. The review includes a overview of the features in this processor family, Intel's new Springdale and Canterwood chipsets, and an analysis of processor scaling within this family. The article focuses on how the relationship between CPU and video card affect various aspects of performance."
I already feel bad enough having bought 5 486's at $2000 each. Now, my ebay auction to sell one for $10 got 0 bids. I mean, a 99.5% decerase in value is bad enough - you don't have to rub it in by telling me about the latest in computing!
Spending time is nice but This is the page I think they should have linked to .
Basically in the review they compare different chips (2.4Ghz, 2.8Ghz) etc. against each other all with 800Mhz FSB
.ACMD setaloiv siht gnidaeR
In 1980 I had a 1.023 MHz Apple ][+ and I could type ~70 WPM. Intel is pushing 3+ GHz chips and I can still only type ~70 WPM.
Although I wholehartedly agree with your comment about the proliferation of inefficient coding styles, the additional power allows us to write higher abstraction languages, almost to the point of natural-language programming. More structure introduced into programming can only mean a shift to programming in english, and that can only mean less poor spelling on slashdot.
I see it as win-win
You think that I'm crazy, you should see this guy!
When the new processor's FSB is higher than your rig's CPU clock =(
The 2.4c will be finding a home in my box soon because of it's amazing overclocking.
At this forum (click on Intel cpus) almost everyone has successfully overclocked theirs over 3Ghz on air, with most hitting 3.2 or 3.4 (and don't forget a 1 Ghz fsb).
A popular motherboard to go with it is Abit's IC-7 with the i875 chipset. The processor and motherboard are just $180 and $145 respectively over at Newegg, so don't waste your money on 3.0s.
The FSB on a P4-C is actually clocked at 200Mhz, but data is transferred four times per clock cycle, boosting the effective bandwidth to equal that of an 800Mhz FSB. Latencies are, however, still equal to that of a 200Mhz FSB.
I believe the problem with your calculation is that you calculated that the bus is 8 bytes wide. 8 bytes is 64 bits, the standard bus width on modern systems.