rsnubje

Just wanted to share this article with you guys. Hope it's the right subforum. http://uk.hardware.info/reviews/5653/studying-the-scaling-capabilities-of-the-most-important-hwbotorg-benchmarks I guess most of you already know what does and what doesn't scale with most of the benchmarks though. And it's only tested with one OS, but that made it easier to compare and time efficient.

Got a new chip, batch L427C192. Just tested with CB 11.5, R5E, CM TPC800 with Typhoon 5400rpm fan. Best it could do was 1.28v in bios with llc lvl 9.

I will upload it first in the morning tomorrow. Left my usb at work

You upload a file for prime But will upload it anyway.

72 games of solitaire at a time!

I guess:P

Ran in to it on your usb or something?

Damn! Nice score

http://forum.hwbot.org/showthread.php?t=88888 That's all you need to know.

Thanks I think eventually 50K should be possible with current hardware. At least close.

Wish I could

I tried vantage, saw some real high fps, but cascade couldnt handle the cpu load.

thanks Crusty. I like it very much too. That, and the raw power of the 5960X

Thanks I might try to improve it tomorrow. There is one other submisson, but only 1 card

Haven't got the time yet to try that. Last week I was setting up a memory test but figured my results were lower than our initial results at release. Untill now I couldn't figure out what happened and other sites had similar results as in the first screenshot so I figured it was ok and the initial result was just a bugged run.

Just wanted to share this. Find the differences! It's all done on the same cpu speed and ram speed. Tests done on R5E.

All boards from every brand should support that MSI, GB and Asrock I can confirm.

Thank you

Such efficieny

I'm using the G.Skill Ripjaws IV 4x4GB 2400C15 1.2v kit. For so far I could see, it was slightly better than the sample I got from the 3000C15 kit. This 2400 kit is retail. This is at 1.5V. It can do 270 tRFC, but didn't take a screenshot from that. I can't seem to get the low tRAS everyone is using though. Just started to OC with the rampage yesterday, so still figuring stuff out.

This: "Sometimes after bd bf or b7, you need to shutdown PSU... and wait for discharge (normal way) OR Russian style, shutdown PSU, remove 26pin from the MB, plug it , restart... it will save you a lot of time." It's not sometimes for me, but like 95% of the time when overclocking ram. I see other boards from other brands have better OC recovery and there is no need for this. It's quite annoying. [EDIT] Apearently LN2 mode seems to help me get 1T inseatd of 2T. I couldn't get it in normal mode, but not 100% confirmed yet.

Nice stuff Any tips on mem oc with R5E? Can't seem to get it working properly. I also have a 3000C15 Gskill kit and a 2400C15 gskill kit, basicly 1.35v for the 3000 MHz kit and 1.2v for the 2400 MHz kit. On a Gigabyte SOC Force, the 2400 kit can run 3000 12-14-14-24 2T on 1.55v, but when I try the exact same timings with the 3000 MHz kit on the R5E, they won't work. Also when I disable ram training or whatever, it doesn't boot at any setting.

Ok, let's do a facts game, because I'm fairly new to this platform. Didn't start overclocking it untill this week. With normal Haswell, a cache voltage higher than 1.4v would almost kill cpu right? What is good for air/water overclocking on X99? I also heard on some boards cache oc doesn't work very well.

I'm currently preparing the X99 SOC Force for cascade

For the result of the Retail chip I used the Asus X99E-WS and for the other 2 I used the Asus X99-Deluxe. Basicly I used the same steps as with normal Haswell.