- Joined
- May 4, 2002
Experiences with sys: P2.53, Th7II-03drcgs, TH7II-533TIdrcgs, Samsung 800-45 rdram, Kingston 1066-32 rdram (Toshiba rambus according to Kingston), Bios Abit-7C, MrN-7E, MrN-7F, MrN-40B, Zalman 6500B-Cu air only, no board v mods, core or mem. RDRAM 800 & 1066 tested thoroughly for quality, etc., before professional install of TI 533 drcgs.
USING TH7II-“03” drcgs board:
1. Samsung rdram 800-45 works great, OC stable up to fsb140, mem 4X. OC to 148/mem3X.
2. Kingston 1066 works, but only after using “1066 rdram trick”, & only at 4X. 3X is possible (after 4X boot), but cannot reboot or shut down, without redoing trick. Kingston 1066 will work, but you must have rdram 800 around, for the inevitable times, it has to be re-recognized.
3. Way I did trick: Run using rdram 800/mem auto & selected bios, reboot to bios, set mem at 4X, save (F10), boot several seconds, SHUT DOWN. Replace 800 with 1066 rdram, NO clearing of cmos, boot to bios, recheck mem at 4X, save, bootup. ALL changing/flashing of different bios, had to be done using rdram 800, otherwise, all kinds of error messages/problems.
USING TH7II-“533-TI” drcgs board (professionally installed):
1. Samsung rdram 800-45 works great, OC stable up at 148, mem auto, v1.7. OC over 3Ghz (fsb159), bios v1.85 (40B), mem auto.
2. Kingston 1066 works, with SAME problems found on “03” drcgs board. OC stable to fsb140/v1.7/4X. 3X possible up to fsb148, BUT, cannot reboot or shut down, without redoing trick to get board to recognize the 1066. When running correctly, the 1066 ran very well, according to SiSoftSandra, etc...
3. Kingston 1066 is not stable CONSISTENTLY, at any fsb speed, as routine installing or uninstalling proggies, e.g., on WinXPpro machine caused problems, & 800/1066 recognize process would have to be repeated. Forget games.
4. Thought is that Abit Bios with 1066 support may solve these problems. I think the Kingston 1066 is good memory & has the “potential” to work fine, with a bios (Abit) upgrade.
Now, I’m done with experimenting with 1066 rdram & TH7II-533 mod board. Switched back to the Samsung 800, as it’s very stable, there’s some extra benefit, compared to the TH7II-03 board. I really wanted the Kingston-1066 to work, but it proved too much trouble & constant re-doing the rdram trick. Maybe it’s a consequence of this 2.53 cpu or need a board core or mem v mod to work well. There’s no reason to believe the Kingston 1066 rdram is THE problem, as a bios upgrade should address the basic “1066 support” issue.
If Abit produces a 1066 bios, then I’ll revisit this, unless already moved to the GigaByte 8IHXP or AOpen AX4T II-133. (New Asus boards coming soon too.) (Can’t believe Abit won’t come up with something though, considering the known problems of rdram 1066 & the TH7II, at least a 32bit rimm version of the TH7II plus updated drcgs.) Guess we’re all being “forced” to move to DDR boards eventually.
Apparently, some are running TH7II successfully with 1066. Exactly how, is unclear, since most Samsung 1066 modules are “engineering samples” or maybe a board mem or core v mod is being used too.
If anyone is running TH7II- 03 or TI533 drcgs board, with ANY rdram 1066, with stability & the need not to have rdram 800 around to condition the board, then I’d certainly like to know. If Mr N made a bios with 1066 support for the TH7II, nobody would care about the 1.7 v limitation, on the current 7C bios lines, but that is probably not possible, without Abit’s permission/interaction.
USING TH7II-“03” drcgs board:
1. Samsung rdram 800-45 works great, OC stable up to fsb140, mem 4X. OC to 148/mem3X.
2. Kingston 1066 works, but only after using “1066 rdram trick”, & only at 4X. 3X is possible (after 4X boot), but cannot reboot or shut down, without redoing trick. Kingston 1066 will work, but you must have rdram 800 around, for the inevitable times, it has to be re-recognized.
3. Way I did trick: Run using rdram 800/mem auto & selected bios, reboot to bios, set mem at 4X, save (F10), boot several seconds, SHUT DOWN. Replace 800 with 1066 rdram, NO clearing of cmos, boot to bios, recheck mem at 4X, save, bootup. ALL changing/flashing of different bios, had to be done using rdram 800, otherwise, all kinds of error messages/problems.
USING TH7II-“533-TI” drcgs board (professionally installed):
1. Samsung rdram 800-45 works great, OC stable up at 148, mem auto, v1.7. OC over 3Ghz (fsb159), bios v1.85 (40B), mem auto.
2. Kingston 1066 works, with SAME problems found on “03” drcgs board. OC stable to fsb140/v1.7/4X. 3X possible up to fsb148, BUT, cannot reboot or shut down, without redoing trick to get board to recognize the 1066. When running correctly, the 1066 ran very well, according to SiSoftSandra, etc...
3. Kingston 1066 is not stable CONSISTENTLY, at any fsb speed, as routine installing or uninstalling proggies, e.g., on WinXPpro machine caused problems, & 800/1066 recognize process would have to be repeated. Forget games.
4. Thought is that Abit Bios with 1066 support may solve these problems. I think the Kingston 1066 is good memory & has the “potential” to work fine, with a bios (Abit) upgrade.
Now, I’m done with experimenting with 1066 rdram & TH7II-533 mod board. Switched back to the Samsung 800, as it’s very stable, there’s some extra benefit, compared to the TH7II-03 board. I really wanted the Kingston-1066 to work, but it proved too much trouble & constant re-doing the rdram trick. Maybe it’s a consequence of this 2.53 cpu or need a board core or mem v mod to work well. There’s no reason to believe the Kingston 1066 rdram is THE problem, as a bios upgrade should address the basic “1066 support” issue.
If Abit produces a 1066 bios, then I’ll revisit this, unless already moved to the GigaByte 8IHXP or AOpen AX4T II-133. (New Asus boards coming soon too.) (Can’t believe Abit won’t come up with something though, considering the known problems of rdram 1066 & the TH7II, at least a 32bit rimm version of the TH7II plus updated drcgs.) Guess we’re all being “forced” to move to DDR boards eventually.
Apparently, some are running TH7II successfully with 1066. Exactly how, is unclear, since most Samsung 1066 modules are “engineering samples” or maybe a board mem or core v mod is being used too.
If anyone is running TH7II- 03 or TI533 drcgs board, with ANY rdram 1066, with stability & the need not to have rdram 800 around to condition the board, then I’d certainly like to know. If Mr N made a bios with 1066 support for the TH7II, nobody would care about the 1.7 v limitation, on the current 7C bios lines, but that is probably not possible, without Abit’s permission/interaction.
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