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Fleck said:Maybe you're missing a crappy motherboard.
tyson-chris said:UPDATE: PQZEA 0332MPMW
Locked. I tried the 9, 9.5, 10 and 11.5 multipliers. All of them resulted in no post. I thought it was suspicious that such a new stepping had such an old date code, particularly when this was a fresh batch just shipped in to the computer store, with late date codes (0342, 0347), I thought it was strange that such an old one was in there. Maybe AMD threw that date code on to try and trick us
Anyways, yah, PQZEA 0332MPMW Locked.
Edit: It's running 200x11 @ 1.75v stable though, which isn't too bad. It's fast enough for my friend's computer anyways.
Veeb0rg said:
well then I guess i'll be hoping that my dads barton is unlocked *he got it like 6 months ago* and i'll just swap with him.
The Coolest said:I've been thinking of this as well. Also using cheap PC3200 memory made by samsung for example, I know my friend's rig runs just fine at 210MHz FSB on 1:1 ratio, with really relaxed timings, it should still perform better than lower memory speed w/ tighter timings.
One more thing, theoretically you should be only limited to the lower RAM b/w but the loss of performance shouldn't be more than that.
Graphic67 wrote on 01-01-04 01:46 PM:
Since both nForce and KTxxx chipsets handle memory functions away from the cpu, I do not think that there is much to be gained by forcing a system to run in-synch. One possible advantage to synchronous fsb and memory is that the northbridges may not REALLY be as stable as they should be when running in that mode. I expect that trying to have portions of the same chip operate at different speeds while being able to maintain a stable and coherent data link is unnecessarily problematic.
Since every board - cpu - ram combination will behave differently under stressful conditions, I have to say that it is best to run synchronous timings in most cases, but that on a case-by-case basis improvements can be gained in OVERALL system performance by allowing either the cpu (fsb) or ram to clock to its full potential.
Short answer: If you gain performance and do not loose stability, asynchronous is alright.