|
Advice Beginners BIOS Guide CPUs Links Mainboards Memory Network Storage Video/Sound Cards Contact Forum SiteMap Sponsors WebNews Home
|
. | . |
|
CPU Intel P4 840 D P4 820 D P4 630 P4 640 P4 650 P4 660 P4 670 AMD Athlon64 3500+ 3700+ 3800+ 4000+ X2-3800+ X2-4200+ X2-4400+ X2-4600+ X2-4800+ 1-Way Opteron Opteron 144 Opteron 146 Opteron 148 Opteron 150 Opteron 152 2-Way Opteron Opteron 240 Opteron 242 Opteron 244 Opteron 246 Opteron 248 Opteron 250 Opteron 252 2-Way Dual Core Opteron Opteron 270 Opteron 275 nVidia GF 7800GT GF 6800GT GF 6600GT ATI R X850 XT PE R X850 XT R X800 XT PE R X800 XT R X800 XL Memory Corsair Crucial Kingston Mushkin OCZ |
LOSTCIRCUITS |
|
| Corsair PC133 CL-2, Mushkin PC133 High Performance Rev.2, Enhanced Memory Systems HSDRAM 150 The Hall of Fame (150 MHz at CAS-2) | |
| (Review by MS, September 20, 2000) |
Muskin High Performance PC 133 Rev. 2
Company Website: http://www.mushkin.com
Unlike the case with the Corsair and EMS HSDRAM DIMMs, we didn't have a predecessor of the current Muskin PC133 Rev. 2 (CL-2) DIMMs. These DIMMs have regularly achieved the top ratings in all reviews posted on-line and we were curious how they would hold up in our hands.
Mushkin are using MoselVitelic chips (V54C365804VCT7) for their PC133 CL-2 DIMMs which are amongst the best performing chips currently on the market (again, this depends on the quality grade).

Mushkin PC133 High Performance Rev. 2 DIMM and close-up of the chips showing the typical MoselVitelic logo
3:3:3
Once again, no big surprise, though, after our experience with the other candidates. The Muskin Rev 2 DIMMs ran all benchmarks flawlessly at 166 MHz. (Solano)
2:2:2
At 2:2:2 timing setting, the Mushkin Rev 2 were running stable up to 154 MHz in the ASUS CUSL2 (Solano) and 153 MHz in the VIA KT-133 chipset. In both boards the DIMM was operational up to 157 MHz as far as completing a full boot into Windows98 goes but without enough stability to run extensive stress tests.
next page: => performance and evaluation conclusions =>
If you enjoyed reading this article and found it useful, please consider making a small donation to LostCircuits.