- last edited on by
ROGBot
Team :ROG United
--- csimon & nikosa43 ---
InteL
Super Pi (4M) : 38.640
wPrime 1024 : 154.828
ROG RealBench : 790
Bonus Bench Cine : 15.68 (5.98 + 9.70) at (3445.5 Mhz + 4697.7 Mhz) = 8143.2 Mhz
Bonus Bench PiFast : 15.05
Bonus results (Free Runs) without cap :
SuperPi (4M) : 33.954
wPrime 1024 : 140.89
ROG RealBench : 843
PiFast : 13.16
CPU & Frequency : InteL 3770k / 4700Mhz
Weekly submissions 1to 4 YES to all.
Last submitted result screen (Week 4): http://rog.asus.com/forum/showthread.php?38138-ROG-United&p=329797&viewfull=1#post329797 Post: 169
Cinebench Combined Run submission: http://rog.asus.com/forum/showthread.php?38138-ROG-United&p=322304&viewfull=1#post322304 Post: 60
Pi Fast submission screen: http://rog.asus.com/forum/showthread.php?38138-ROG-United&p=326762&viewfull=1#post326762 Post: 136
Bonus results (Free Runs - no cap) : http://rog.asus.com/forum/showthread.php?38138-ROG-United&p=330415&viewfull=1#post330415 Post : 188
--- csimon & nikosa43 ---
InteL
Super Pi (4M) : 38.640
wPrime 1024 : 154.828
ROG RealBench : 790
Bonus Bench Cine : 15.68 (5.98 + 9.70) at (3445.5 Mhz + 4697.7 Mhz) = 8143.2 Mhz
Bonus Bench PiFast : 15.05
Bonus results (Free Runs) without cap :
SuperPi (4M) : 33.954
wPrime 1024 : 140.89
ROG RealBench : 843
PiFast : 13.16
CPU & Frequency : InteL 3770k / 4700Mhz
Weekly submissions 1to 4 YES to all.
Last submitted result screen (Week 4): http://rog.asus.com/forum/showthread.php?38138-ROG-United&p=329797&viewfull=1#post329797 Post: 169
Cinebench Combined Run submission: http://rog.asus.com/forum/showthread.php?38138-ROG-United&p=322304&viewfull=1#post322304 Post: 60
Pi Fast submission screen: http://rog.asus.com/forum/showthread.php?38138-ROG-United&p=326762&viewfull=1#post326762 Post: 136
Bonus results (Free Runs - no cap) : http://rog.asus.com/forum/showthread.php?38138-ROG-United&p=330415&viewfull=1#post330415 Post : 188
csimon wrote:Thank you buddy 😄 This challenge is good real testing and review for lots of chips to help you take a decision of what is best for you.
Very nice scores Nikos. I see Intel in my near future!
No more memory blocks, i removed them. Got that same memory 2600cl10 trident 🙂
i usually have an spd tab open in cpu-z in submissions
i usually have an spd tab open in cpu-z in submissions
Sola, your AMD is working with memories at 2600MHz/CL10?
Yes Zka, is working,
also tried some runs with CL9 but i thought the memory and/or IMC couldn't handle it. Now i may reconsider as nikos said. maybe a bump at voltage will help a bit.
also tried some runs with CL9 but i thought the memory and/or IMC couldn't handle it. Now i may reconsider as nikos said. maybe a bump at voltage will help a bit.
Oh, that's very strong! Everything above 2400MHz is very strong...
It's a good strategy to see how high your memory can go :). I took the idea from the BIOS of Max V Formula. Usually I looked at Latency Boundary and the setting was in Auto. I had no idea what was the actual value and what represented. When I started to load some of the stored memory profiles, I noticed that Raw Mhz profile relaxed all the values and the Latency Boundary had the value of 14. It's a profile that someone can use to see how high memory frequency can go and IMC of course without paying attention to performance, coming usually with tight timmings. So, I started to reduce Latency and checked through Mem tweakit and a I realized that lots of the secondary and tertiary timmings became more tight. One think can do is to set this profile to help you boot. Then start tighten primary timmings to reach your goal. Then start tighten Latency Boundary to see how tight can go. I use the opposite way when I push frequency of CPU higher and see instability. If I can bench let's say at 5.0G with 2666 cl9 and see instability at 5.1G, before I go for cl10 I am starting to loose Latency boundary from 5 or 6 to 7 or 8. If that doesn't work I jump to cl10 and try to find out how tight I can go with Latency Boundary. Then you check with benching what suits you more. It's an easy way for non experts in memory like me, to set things with the mainboard assistance and not get lost in an endless mess of unknown parameters 😄 Also you can read Raja's guides for memory on the stickies of each mainboard series. He's the expert
Free Run Submission 😉
SuperPi (4M) : 33.954
wPrime 1024 : 140.89
ROG RealBench : 843
PiFast : 13.16
The most fun was benching at 5400. That was for the very first time in my life. I booted at 5500 lots of times and I have counted every possible BSOD, in Microsoft's library :D. I have also discovered that in Maximus V Formula the top Vcore is 1.70 Volts. I was stuck, because I needed to go higher to avoid BSODs for 5500MHz. After a while I discovered that I had to enable Extreme OC. Then I could go up to 1.95 Volts and I can imagine this limit extends higher if LN2 is enable. I didn't have time to explore everything nor to do every possible tweaking but I enjoyed it a lot (In May Madness with memory to 2400 cl10, I was under 140 secs but doesn't matter). I booted into winXP having set 1.72 Volts in BIOS but in 5.5GHz there was instability to memory that needed lots of time to explore and fine tweak. So I decided to give up, because I had to go through 3-4 different OSes. Have fun Guys. I guess that's my last result submission :cool:
SuperPi (4M) : 33.954
wPrime 1024 : 140.89
ROG RealBench : 843
PiFast : 13.16
The most fun was benching at 5400. That was for the very first time in my life. I booted at 5500 lots of times and I have counted every possible BSOD, in Microsoft's library :D. I have also discovered that in Maximus V Formula the top Vcore is 1.70 Volts. I was stuck, because I needed to go higher to avoid BSODs for 5500MHz. After a while I discovered that I had to enable Extreme OC. Then I could go up to 1.95 Volts and I can imagine this limit extends higher if LN2 is enable. I didn't have time to explore everything nor to do every possible tweaking but I enjoyed it a lot (In May Madness with memory to 2400 cl10, I was under 140 secs but doesn't matter). I booted into winXP having set 1.72 Volts in BIOS but in 5.5GHz there was instability to memory that needed lots of time to explore and fine tweak. So I decided to give up, because I had to go through 3-4 different OSes. Have fun Guys. I guess that's my last result submission :cool:
Arne Saknussemm wrote:Thank you Arne! You did a great job as usual. I can't imagine any Vizman's challenge without you :). BTW your new avatar rocks 😄
Fantastic stuff nikos!! and LOL the free run pic!
