TASOS

Bravo George !!! I like those Rams !!!

Just got back. I was away for work this week. I saw Mr Paco , already answered your question

I chose only one (double stage) with 3D , to reduce the total cost for people that dont have the hardware. Assuming that most of us would use the same VGA for both stages. No need for special VGA's , on all other stages. ... and i really like to see the following (2) stages in action. Tualatin socket 370 (non Intel chipset) Reference clock Memory clock Aida64 memory read superpi 1M wprime 32M // Socket 939 (non Nforce chipset) Reference clock Memory clock Aida64 memory read superpi 1M 3DMark11 Physics //

I see Intel 4-core , is still the way to go

Do i have to press F5 for this , my friend ? :ws: Will i see much improvement ? Sorry mate Please dont reply on this.

Things are getting worse ... People-members are not happy ... Staff-members are struggling ... Is there any hope ???

The external pll clocking , is also a Japanese trademark !!! (you can see it on the 1st photo). Thanks once again , for all these memories , Casanova :celebration:

My initial thoughts regarding the hardware i proposed , is to try out and see what we can achieve with less common used hardware. We all know , what we can score with a Tualatin on BX or 815 chipset. Lets try and see what's the case on SiS and VIA. Same applies for my socket 939 choices. No more Nforce ... let's try something new. Plenty of VIA , SiS , ATI boards out there. Wont be easy for anyone. Let's all start fresh. It would be a challenge !!!

You need to fix this very slow loading ... on both pages. It's been too long , with this problem. Only the forum pages have acceptable loading times. Hope you can find a solution.

Tualatin socket 370 (non Intel chipset) Reference clock Memory clock Aida64 memory read superpi 1M wprime 32M // Socket 423 (sdram only - no adapters allowed) Reference clock Memory clock Aida64 memory read superpi 1M Cinebench 2003 // Socket 939 (non Nforce chipset) Reference clock Memory clock Aida64 memory read superpi 1M 3DMark11 Physics // Fastest AGP (on single cpu socket only) a) on Intel cpu systems Stage 1 = 3DMark03 Stage 2 = 3DMark Cloud Gate b) on AMD cpu systems Stage 3 = 3DMark03 Stage 4 = 3DMark Cloud Gate //

You are using this build method instead of ???

What's that black rounded tank next to the control panel for ?

It's a good score , for those clocks

Interested in a list of items. PM sent

ok I will share my thoughts too , about Old School Competitions. I will keep things as simple as possible. 1)We must try to widden the base of active users on these competitions and not the opposite. Aiming for very specific and less common hardware , is not the way to do this. 2)We must try and keep stages and rules simple. Too many restrictions are killing the fun factor. 3)We must try to use hardware meant for regular users and not business. Hardware meant for overclocking. 4)We must try and keep cost low. I see people making statements about high amount of money being spent for rare hardware and cooling options. ok. That's a personal choice , for someone who wants to achieve the best , but ... does it have to be that way ? We can have speed caps ... if you like. Instead of someone buying a rare XYZ Slot-1 1GHZ cpu , he could overclock his 700 to a Ghz (random example). 5)You wanna see different hardware in these competitions and not the same all the time ? ... it can be done. Example Let's organize a specific stage based on motherboard gen. This month it's slot-1 2D benches We could have all cpu gens on it. Covington , Mendocino , Clamath , Dechutes , Katmai , Coppermine I believe we can find a solution to everything. There are numerous possible combinations of common hardware. We can work out a good formula.

Please fix the links (for the wallpaper) inside the competition pages.

Hello I bet eternity can wait. You will use them sooner or later in an Old School Cup

Congrats !!! For an outstanding result.

At first sight , i was surprised seeing MaxxMem , at Team Cup (after all those chat's about buggs and flies of this benchmark) But after looking closer ... what a relief It was Maxmem this time. Phewww .- P.S. Dont you dare and tell me , i've got a bad sense of black humor

Year 2017 People still wondering about the validity of this benchmark ??? It's proven more than enough , in the past ... that you can manipulate the score of this benchmark.

Congrats !!! The VGA clocks are very very good. But your cpu clocks (mainly) are kind of low. If you could have a 6.4Ghz cpu , your run would have been @127k

What i could think of , is Memory sub-timings (not the primary ones) ... and bios version.

Not true. G3258 cpu's have IMC's just like every other cpu's have. Some will be good , some will be average and some will be excellent. One random cpu i had , went all the way up to 3600 on mem (aircooled). Is (each) of your hardware validated to run at those specs ? Is your board tested to be able to run high mem speed (with any other cpu or ram) ? Have you ever run high mem speed , on an other board , with any of these G3258's ? You have a lot to test. Start with your memory settings on a single module at first. Havent told us anything about memory training also.

The board had a typical behaviour of VIA chipset , easily loosing stability after the 110fsb mark. Of cource it was more stable when not using the +33 ram speed option. But what's the point of using it then ? ... better go irongate. As for overclocking aspect , i wouldnt say that i noticed an improvement after modding it to a K7V-T Maybe it was a bit better ... but it could also be a placebo effect. When overclocking through bios , the board had a (bug or feature) of NOT booting straight away ... but after a couple of reset's. That was happening only the first time i changed an fsb value. Next boot-up's after the first , were fine. Not the same behaviour when going jumper & dip-switch way. When the board was a normal K7V (with all bios tested) it could boot a Tbird and overclock it , up to 800 Mhz Either it was fsb overclocking or multi overclocking. After the 800 barrier it was a no go. After i did the hardware modification , i initially left the original bios of K7V on it , to see how it reacts. Well , it raised the Tbird speed barrier up to 880Mhz. Meaning that an original Tbird 900 still couldnt boot all the way. It could open the screen and proceed with the boot sequence up to FF indication on the poster , but after that i was left with a black screen and dead cursor. I then flashed it to K7V-T ... and got a green light. I will keep on testing it , but i need to find some good 150+ CL2 sdram chips