<< Mushkintechs, I don't think I follow your train of thought. I am using a MSI Pro2 w/ V1.0B14 bios. I set the memory timing to SPD, 108MHZ FSB, and SANDRA reports 144MHz (133+8=142 though) w/ 4-way interleave. >>
My train of thought is that I've noticed motherboards manufacturers disabling...
Hi ruckb, had to give it a shot. If you ever want a job that you can do from home, do a search for "MushkinTechs" and tell me.
Thanks for the tip on checking out the datasheets. I've done this before and found it very humbling. Recently I got a good book called "Code"...
<< Is there any way to run the RAM at CAS 2-2-2 and not disabling 4 Way Interleaving? >>
Oops, I made a mistake in my last post. The BIOS you need to download is the Award V1.0B14 Special BIOS. You can get it here. It fixes the built-in 4-way memory interleave function. However it is a...
Very interesting ruckb, thanks for the insight. I guess I have to bow to your superior electronics knowledge. Any suggestions or links to articles that would help bring me up to your knowledge level would be appreciated.
Also, are you looking for a job?
<< Can I use 3 sticks of 128 mb mushkin rev2 ram in there or just 2 only because of the chipset regulations? >>
i815(e) chipset based motherboards motherboards only officially support "a maximum of 2 double sided or 3 single sided DIMMs when the SDRAM interface is operating at 133MHz...
A memory incompatibility problem wouldn't just pop out of the blue. It's either there or its not. One of the few problems where there aren't any grey areas, from my experience at least.
Have you ever tried Arctic Silver Thermal compound? Supposedly it doesn't dry out like normal thermal...
Using ECC supposedly decreases your PC's performance by about 2%. In my opinion, current DRAM technology is very stable and memory errors are very rare. I've heard statistics like one error every 8 years for current DRAM technology.
I think ECC SDRAM should only be used in mission critical...
Sorry it took so long to get in on this.
<< set the SDRAM timing to "Auto" since it enabled the 4 way bank interleaving >>
Try the latest BIOS revision 2.0 that is available here This BIOS fixes the following problems with the built-in 4-way memory interleave function.
<< It...
For those of you with MSI K7T Pro 2 or 2-a motherboards, try the latest BIOS release. Revision 2.0 of the BIOS that is available here supposedly fixes problems with the built-in 4-way memory interleave function.
Our REV 2 and REV 3 modules are now being shipped with there SPD's set to 2-2-2 memory latency timings. The PC150 HSDRAM module is shipped with its SPD's memory latency timings set to 2-3-2. The REV 1.5 modules however are still being shipped with its SPD's memory latency timings set to 3-3-3...
<< My mistake, I saw your post a while ago explaining why the Rev2 isn't 2-2-2, but instead 3-3-3. >>
You make it sound like the REV 2 module is a 3-3-3 module. Just so we're clear on this, the REV 2 module is a 2-2-2 module but the SPD of the modules used to be programmed for 3-3-3...
<< I have to tell you this, its a big bummer that you guys programed your CAS2 RAMs to run at 3-2-2, why? >>
Our PC-150 HSDRAM, REV 2, and REV 3 modules have there SPD programmed for 2-2-2 and 2-3-2 for the HSDRAM module. We used to program the SPD's for 3-3-3 but we have stopped doing that...
Just because the memory chips on the memory module you received are the exact same kind as the ones on the Mushkin High Perf. REV 3 modules, it does not mean that the memory module you received will perform equally well as the Mushkin High Perf REV 3 modules. There are two parts that go into...
<< what I was sold IS CAS 3-3-3 RAM >>
The REV 1.5 module isn't a 3-3-3 module, it is a 2-2-2 module. The SPD on the module is programmed so that it will default to 3-3-3. Programs like SiSoft Sandra don't really determine what the module is actually capable of as far as memory timings...
This site uses cookies to help personalise content, tailor your experience and to keep you logged in if you register.
By continuing to use this site, you are consenting to our use of cookies.