| OCZ DDR PC-3200 Rev 2 *EOL |
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 | Dan's Data
For that section of the market that does want high-spec super-tweakable RAM, though, OCZ's gear seems to be perfectly good value for money, and there is a real advantage to be gained.
Added on: 2003-09-01
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| OCZ EL DDR PC-3500 Dual Channel *EOL |
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| OC Prices
EL-DDR is based upon Ultra Low Noise technology, and uses OCZ's own EL (Enhanced Latency) chips, rated at 4.5ns, showing that this PC3500 is not just another overclocked PC3200 stick. The RAM is also rated for CAS (Column Access Select) 2 operation at DDR434, but as you'll see in a few moments, this RAM can often go a lot further!
Added on: 2003-09-01
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| OCZ EL DDR PC-3700 *EOL |
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| X-bit Labs
These modules also did well at 400MHz with 2-3-3-5 timings. Their specs say they can work at 434MHz with CAS Latency = 2. And these 434MHz are exactly what we got overclocking these modules at 2.6V voltage and with 2-3-3-7 timings. By the way, OCZ uses copper heatsinks on its modules and permits setting up to 2.8V voltage on memory chips. Of course, the overclocking results would be even higher in this case.
Added on: 2003-09-01
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| OCZ BGA Ramsinks *EOL |
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| Mod Town
This is a very effective cooler, the best temps I have had from a review so far.
Added on: 2003-09-01
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| PC Stats
If you're looking at this heatsink and saying, "hey this is just a regular Dynatron" that isn't quite accurate. OCZ have the dibs on some very funky extra fin height that you won't see under that name. The stepped fins slide under the fan shroud and offer a bit of extra width as well.
Added on: 2003-09-01
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| 2FastCPU
This heatsink is definitely the best for the money. Its performance was great, and kept my system reliable. This is a perfect heatsink for someone on a tight budget.
Added on: 2003-09-01
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| Mikhailtech
I must say that the results are pretty good, partially because of the heatsink design and partially because of the fan. For those using the VIA hardware monitor, I got readings of 38C and 44C, respectively. These are really good temps for an 850mhz processor at 1.75v. It should have no problem cooling down even a 1800+ XP Athlon since voltage accounts for the greatest temperature increase. Frequency also plays a prominent role, but not nearly as much.
Added on: 2003-09-01
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