Intel Launches Pentium Extreme Edition 955
BSG Man writes "Intel's 3.46 GHz Pentium Extreme Edition 955 dual-core processor launches today, and
HotHardware has a full review with benchmarks on Intel's new i975X Express
based D975XBX motherboard. This processor is based on Intel's 65nm (or .065 micron) Presler core with 2MB of full speed, on-die L2 cache dedicated to each core, for
a whopping 4MB of total L2 cache. As expected,
the new Pentium Extreme Edition 955 scores well in encoding, desktop
business and a few professional rendering tests but overall it's given a run for
its money by AMD's Athlon 64 X2 4800+ dual-core processor, especially in gaming
scenarios."
Wow, you managed to use "it's" and "its" in the same sentence, and both correctly. A /. first!
Is this a launch launch, or a paper launch?
I kinda got tired of reading about product launches that you couldn't go to a store and buy.
[Fuck Beta]
o0t!
Pentium Processor Extreme 955
Price: $1,112.37 - $1,393.49
AMD Athlon 64 X2 4800+ 2.4GHz, Toledo, Dual-Core, 2x1MB L2 Cache, Socket 939, 64-bit Processor
Price: $780.74 - $1,185.00
More run, less money, it would appear.
SCO employee? Check out the bounty
With spending like this, exactly what are "conservatives" conserving?
What games actually take advantage of those dual cores?
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Warning: Slashdot may contain traces of nuts.
Any use of the word "extreme" with regards to a silicon chip is wrong.
That said, I will withdraw my statement if this processor parachutes off of cliffs.
What's next? Will AMD come out with Fast Asynchronous Redundant Technology?
But even that's a big understatement if you looked at the actual benchmark results. Neck and neck? Come on! Please, editors, accept submissions that aren't misleading.
Just a short lesson in processor speed:
The throughput of a processor is related to the number of pipeline stages (think of a laundry room; you have three "stages"- washer, dryer, folding table. You can have three "loads" ("instructions") in the laundry room ("pipeline") at one time). When you shorten the clock time (i.e., increase the 'speed' to a higher number of Hz), you usually do this by adding more stages to the pipeline. This results in a longer pipeline (a given instruction takes more cycles to complete, AKA longer latency), but also gives you greater throughput (some instruction finishes every N seconds).
Recently, additions such as dual core changed all of this. Instead of fscking with the pipeline (in general), you just add a second pipeline. You double your throughput without affecting latency or timing. Other changes, such as reducing the number of pipeline stages while maintaining the same clock cycle, also result in an increase in speed. As well as greater on-die L1/L2 cache, since it significantly speeds up memory accesses.
This is why Intel is trying to get away from the association of GHz == performance, and why AMD a long time ago started using numbers (e.g., 4800) instead of clock speed.
So, the bottom line is that a 3.5GHz processor is not faster than a 3.1GHz processor or a 100Hz processor (well, probably the last one) because it has a higher clock speed; the clock speed is one symptom of some of the techniques used to increase performance. It's a lot like looking at a car and determining it's max speed by its MPG; sure, all other things equal (aerodynamics, etc.), a lower fuel efficiency means a higher powered engine means top speed- but this doesn't work if you're comparing a Motorcycle to a Hummer.