Has anyone seen a good thorough review of the Pentium 3 1.4 GHz? I would really like to see how it compares directly with the pentium 4 and athlons at that same speed.
Yes indeed, this Tually's performance seems just unbeleivable. I knew no P3 was unleashed until 512K L2 was added. However you got these results on a 151MHZ FSB, or 18MHZ higher than P3 spec, but I can see the results have really added A LOT. If Intel had used this way on P4s, they would rock even further than what a 2.6GHZ can do now!
It's true it does beat, I can only guess and be heavily inclined on the added cache. As the XP itself is far better than a clock per clock normal P3 256K. With an OCed Tually P3, with new cache and higher FSB, it proves the P3's bandwidth was far from being maxed out.
The PIII is VERY bandwidth hungry, even the coppermine was. Intel should have doubled the bus speed on the Tually, and introduced a DDR chipset to match (true 266MHz FSB to DDR266).
DDR266 does absolutely nothing for a bus speed of SDR 133. In order to make it perform as it should you would have to double the CPU bus speed and run the memory at half the CPU bus.
So if its pretty close to a tie to your recolection, I take it the 1.4ghz p3t is pretty close to tying the 1600+ which runs at 1.4ghz, therefore my statement the axp leads the p3t 512k clock per clock still stands.
Edited to replace the p4 with p3t, typo/brain fart.
The Cash Left In My Pocket,The BEST Benchmark <P ID="edit"><FONT SIZE=-1><EM>Edited by Matisaro on 06/02/02 01:14 AM.</EM></FONT></P>
What does the P4 have to do with things? We all know that it sucks, clock for clock, compared to almost anything, and that it has required a huge clock lead in order to obtain a small performance lead.
Perhaps you are right, but when it uses a higher FSB like dttdar's CPU, it definitly gets better per clock. Look at the Sandra results, they show an awefully powerful 1.6GHZ P3 T against a 1900+.
Yeah we need more benches, real world ones, but from the 3d Mark 2001's results, the P3 actually has some powerful optimizations, giving it over 500pts leading edge per clock.
You have to increase the fsb on the athlon chip as well, if the athlon@133fsb, is faster per clock than a tually @133fsb, then I have a hard time believing that the same would not be true when both were@150.
Ok yeah, that I didn't say or mentioned. If Athlon has the 150MHZ FSB and locked at the multi that sets it at the same clock again, of course it would still beat it, I mean it's also on DDR so 300MHZ, IF that is relevant....
Thats another thing, you cant compare a 1.4ghz tually to a 1.4ghz athlon when the tually HAS to be faster than 1.4 due to it being locked and the fsb being at 150, to be fair you should run the athlon@150 with the same multi yielding an equal clockspeed.
Once these factors are given the axp chip still comes out ahead of the tually in all respects.
The Tually is faster per clock than the Athlon XP if both are paired with SDRAM. The Tually would've been an amazing processor had Intel invested in improving it and upping the clock speed.
The Tually is faster per clock than the Athlon XP if both are paired with SDRAM. The Tually would've been an amazing processor had Intel invested in improving it and upping the clock speed.
Of course, but thats defeats the purpose of the test, the ddr bus of the axp is inherant in its design.
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