Quick test for the P4 524 PTH comp. Apparently prochot decreases the CPU multi on those down to x14, which is the same multi as this, so I took it upon myself to test out what I had on-hand. FSB limited at ~358 unfortunately, and the SS struggled to sustain more than 1.55 V under extended loads. What was more surprising was how underwhelming the fatbodies were; 350 MHz 3-2-2, or frankly even 400 MHz 3-2-2 are so much worse than even stock ddr3 at double the frequency, it's not even funny. One hyper, one INDIVIDUAL hyper, in SINGLE CHANNEL, beat this score by half a second. Don't run fatbodies for the comp, please.
Quick test for the P4 524 PTH comp. Apparently prochot decreases the CPU multi on those down to x14, which is the same multi as this, so I took it upon myself to test out what I had on-hand. FSB limited at ~358 unfortunately, and the SS struggled to sustain more than 1.55 V under extended loads. What was more surprising was how underwhelming the fatbodies were; 350 MHz 3-2-2, or frankly even 400 MHz 3-2-2 are so much worse than even stock ddr3 at double the frequency, it's not even funny. One hyper, one INDIVIDUAL hyper, in SINGLE CHANNEL, beat this score by half a second. Don't run fatbodies for the comp, please.
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Quick test for the P4 524 PTH comp. Apparently prochot decreases the CPU multi on those down to x14, which is the same multi as this, so I took it upon myself to test out what I had on-hand. FSB limited at ~358 unfortunately, and the SS struggled to sustain more than 1.55 V under extended loads. What was more surprising was how underwhelming the fatbodies were; 350 MHz 3-2-2, or frankly even 400 MHz 3-2-2 are so much worse than even stock ddr3 at double the frequency, it's not even funny. One hyper, one INDIVIDUAL hyper, in SINGLE CHANNEL, beat this score by half a second. Don't run fatbodies for the comp, please.
are you sure?
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