ludek

OK. I had to do some research. I was doing this ~2 years ago. My biggest question was: 1 - can I connect all the pins (on motherboard socket) between BSELx and VCC (or VSS)? 2 - is insulation of some pins critical? 3 - are there differences between (pinouts) LGA775 "P45-revision" and that older (eg. Asus Commando LGA775 "P965-revision")? 4 - what if I short some pins on CPU grid array? 1 - I still don't know 2 - I still don't know, but I think it is 3 - I thing there are some differences, maybe this is why my 133->166 bsel was working (or just ignored!) on Asus Commando, and Tpower I45 was'nt working with this mod. 4 - you don't want to short out GND and VCC pins. Maybe connecting some signal pins would not kill motherboard or CPU, but just be carefull. It also turned out that I have never done this mod on Biostar Tpower. It was 5 or 6 attempts. I don't know exacly if was my EP45-UD3R able to run with correctly working mod. I have actually a good idea to do your BSEL mod, but: - it's possible to destroy your mobo - you would have to use soldering iron but first post the bottom side of your's motherboard socket 775. Than you should just 1.insulate BSEL pins on the CPU 2.shrr exact vias and solder 2 wires: "BSEL0" via to GND (maybe use 100 Ohm resistor to avoid eventual short circuit) and "BSEL1" to VCC (vCore - just capacitor) disadvantage of this sollution is the permanent construction and the possibility to wires could fall off (so it's nice sollution to glue wires to the PCB (using "gelatinous" glue, not that solid one)). bottom - just find out, which vias are the BSEL pins (you can use ohm-meter (multimeter with beeep option would be the best ) DO NOT USE THIS CRAP: transformer soldering iron you better use this: resistive soldering iron important advices: .absolutely critical is to do this mod with your tongue at a right angle .use a red wire to VCC and black wire to connect GND signals. Otherwise the electrons will not know what to do. //EDIT// have you measured resistance between pins? Maybe you have shorted something? Maybe it's eg. 4kOhm between grids and it's not enough to make motherboard think that it's a HIGH signal or LOW signal? Feel free to ask. ///Still if I was on your situation, I would rather buy X38/X48 based Asus motherboard with DDR3 support //

try to copy-paste photo links to http://archive.org/web/

Oh, that's my photo Well, maybe I can help you. I was doing it wrong here, because the most important thing is to realize that you have to cheat a motherboard, not a CPU. Insulation of these CPU pins is the key. you can also cut BSEL paths on motherboard PCB. ...or you can also just buy a "better" motherboard eg. P5E Sorry I can't find my data "BSEL MOD", but will try to find those in next week. Maybe I can translate something usefull to english I'll let you know

Thumbs up!

Nice!

Nice

I was thinking about that, but I prefer to have this battery on motherboards. keep pushing

Nice, Gigio Why are you often benching without 3V battery in motherboard? I think, it's not good, it's annoying... but tell me please

Nice "cooler tower" keep pushing

If someone would give me the adapter, I could do a reverse engineering and maybe try to do my own little PCB (these legs/pins are problem). It's very interesting. I have never seen that before.

Wow, nice CPU. Is this possible to buy that type of "adapter"? I can easly get a few PIII-M, but have no motherboard to OC it. It could be very interesting.

So you have to get Single Stage, it'll be fun! It's hard to find 600EB CPU, I had once 667EB but was burned. The best for me are Tualatins PIII-S 1133 MHz (8.5x133) or PIII 733EB MHz. Keep pushing!

Nice, my friend What vMEM? Was there a subzero on NB or on mems?

Nice score

Nice

UCB global points are back? Why? I hate this bench

Nice Edit: ..but wait, is this batch correct? Second number "2" should be wrong. Maybe 7?

There was a bug in P35/P45/X38/X48 chipsets. If you set ratio (FSB:MEM) 3:5 than it's really 2:3. Maybe this is the main reason. 1:1 on DDR2 motherboards is the most stable. On DDR3 it's little more complicated. It's all about keeping mems at just stable settings. For example FSB 500, 2:3 CL7 or 8 with my Micron D9 Mems is more than stable. 1:2 or 2:3 is also stable but it depends on your mems (so the voltages and timmings). Strap 266 for 2:3 is the best on X48 Asus I think. I don't know how it's working on P45, but think it's similar.

Nice motherboard and CPU there ..LPRS918 is the same or similar, as in P5E3 Premium and P5E3 Deluxe and P5E64 WS Evolution BTW. Gagarin if you want, please join our team http://hwbot.org/team/overclock.pl_team/'>http://hwbot.org/team/overclock.pl_team/ (http://hwbot.org/team/overclock.pl_team/) and look at ours forum http://overclock.pl/forum/forum.php'>http://overclock.pl/forum/forum.php (http://overclock.pl/forum/forum.php) Keep pushing!

Nice motherboard. Like this!

Nice frequency 12 Like it!

Oh, man, what admins can do here? If he bought so much CPUs, it's possible score. These mems setting are also possible. One controversial thing is not much addional info. No photos, no motherboard model etc. I saw your older disputes and this is pointless. Overclocking is for fun. I'm not judging anyone, but just calm down and keep overclocking If you have LN2 why not try do 8 GHz using a beautifull Cedar Mill, instead of arguing? peace ppl //my last post in this thread to avoid any bad words

So, TaPaKaH, is this a P5E64 WS EVOLUTION motherboard or what model?

Is this possible? Wow! What is the model of ICs in these chips?

Nice What is the CPU batch? What vMEM was needed to make mems stable at these settings?