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MeltyMoon

LTT Forums CPU Overclocking Database!

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Posted · Original PosterOP

Hi i was wondering, can one user submit two OC's ? Because i have a high one i obtained but its not practical for daily usage and a lower one i use for daily usage.

Yes, of course! :)


CPU Overclocking Database <------- Over 275 submissions, and over 40,000 views!                         

GPU Overclocking Database                                                    

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What do you think about this OC? Should I try to decrease voltage? it's adaptive +0.060V with EPU enabled (like -0.015V I think)

x47 multiplier, BCLK 100, 1 hour aida64 cpu+fpu+cache+mem

post-58043-0-32167000-1431786233.png

Update: I had to disable EPU and add extra 0.02V, but it's rock stable now.


Using Tapatalk

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Ok, so no shiny Windows screenshots from me... but some equivalent information from my linux-os.

gallery_229408_2959_33629.png

 

Stress Testing went fine so far. Temps with prime95 maxed out at 52°C, while running a tool called burn on all 6 cores maxed out the temps at 59°C. Both used all 6 Cores...

 

gallery_229408_2959_20062.png

Bios Settings:

VCore 1.45Volts

Multiplier: 20

Base Clock:200MHz

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http://valid.x86.fr/tdiak5   

 

got to 5ghz today on water :D

post-121932-0-58420100-1432456759_thumb.


Please quote me or tag me if your trying to talk to me , I might see it through all my other notifications ^_^

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the current list of dead cards is as follows 2 evga gtx 980ti acx 2.0 , 1 evga gtx 980 acx 2.0 1600mhz core 2100mhz ram golden chip card ... failed hardcore , 1 290x that caught fire , 1 hd 7950 .

may you all rest in peaces in the giant pc in the sky

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5820K 4.5GHz @ 1.3V


9e6f6f9d9d.png
 


CPU: i7 5820K 4.0GHz @1.15V | MOBO: Asus X99 Sabertooth | GPU: Gigabyte Windforce GTX 980Ti, LTT Orange | CASE: NZXT H440 Black 2015 | COOLER: Noctua NH-D15S w/ LTT Fans | RAM: 32GB Patriot 3000MHz | STORAGE: 512GB Samsung 950 Pro, 960GB Sandisk Ultra II 3 x 8TB Seagate HDD's | PSU: 750W Seasonic X series, black / orange cablemod cables| Monitors: 3x Asus VX24AH's | AUDIO OUT: Microlab SOLO 8C, Sennheiser HD 650's, Audio engine D1 Amp / DAC | AUDIO IN: Blue Snowball | Keyboard: CM Storm QuickFire TK MX Green | Mouse: Logitech G900 Proteus Spectrum + RSI Extended Mouse Pad | PCPP Linkhttp://nz.pcpartpicker.com/list/hPjFd6

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A little supprised how slow this CPU compaired to todays tech but none the less XEON OVERCLOCK! 

eI4C6kN.png


Main Gaming PC - i7 8700k 5GHz 1.375v - EVGA Hybrid 2080 - Asus Strix Z370-E Gaming - Corsair H115i - EVGA 3000MHz - HX850i - Samsung NVME 256GB SSD - Samsung 850 Evo 512GB - Toshiba 3TB 7200RPM HD - Lian Li Air

 

Laptop - 2019 Macbook Pro 16" - i7 - 16GB - 512GB - 5500M 8GB

 

Smart Phones - iPhone X - 64GB, AT&T, iOS 13.3 iPhone 6 : 16gb, AT&T, iOS 12 iPhone 4 : 16gb, AT&T Go Phone, iOS 7.1.1 Jailbroken. iPhone 3G : 8gb, AT&T Go Phone, iOS 4.2.1 Jailbroken.

 

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Just finished a 6 hour run of Aida64 

after:

20VYW6E.png

 

under load:

qUxj2LK.png

CPU: r7 2700x;  GPU: EVGA GTX 980 ti sli; RAM: 16GB DDR4; MoBo: ASUS CH VII HERO x470; PSU: Seasonic Prime 850 Titanium; Case: Be Quiet! Dark Base 900 PRO; SSD: Kingston 120 GB; HDD: 1x 500 GB 1x 2TB 1x 3TB;

 

My Anime List 300+ completed

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Is 4.0ghz on a 4690k with only 1.0770V any good?


Ketchup is better than mustard.

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Can't you put the database in some sort of thing so you can sort the entries? So you can sort by chip name, forum name, or brand.

I think it would be cool to see it just like an online store where you can sort price high-low etc.

If this is too much effort or too expensive or something I completely understand.

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i7 5820k @ 4.2 ghz 1.120v

http://valid.x86.fr/pv9akmAnyway i'll probably try push further or try get stable on even lower vcore.

 

PLmdfUN.jpg

 

Intel® LINPACK 64-bit data - LinX 0.6.5
 
Current date/time: Mon Jun 08 23:42:11 2015
 
CPU frequency:    4.198 GHz
Number of CPUs: 1
Number of cores: 6
Number of threads: 12
 
Parameters are set to:
 
Number of tests: 1
Number of equations to solve (problem size) : 42679
Leading dimension of array                  : 42680
Number of trials to run                     : 65535
Data alignment value (in Kbytes)            : 4    
 
Maximum memory requested that can be used=1688273568, at the size=42679
 
=================== Timing linear equation system solver ===================
 
Size   LDA    Align. Time(s)    GFlops   Residual     Residual(norm) Check
42679  42680  4      182.819    283.5057 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.029    284.7348 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.853    285.0111 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.085    284.6485 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.153    284.5416 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.152    284.5428 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.145    283.0001 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.689    285.2674 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.937    284.8796 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.824    285.0570 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.067    284.6758 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.183    282.9414 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.108    284.6122 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.209    284.4544 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.053    284.6983 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.053    284.6977 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.878    284.9715 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.077    284.6599 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.167    284.5195 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.258    284.3772 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.190    284.4844 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.914    284.9161 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.331    284.2638 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.878    284.9717 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.283    284.3391 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.997    284.7858 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.179    284.5012 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.200    284.4689 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.602    285.4055 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.710    285.2351 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.221    284.4351 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.725    285.2118 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.821    285.0612 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.027    283.1821 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.698    285.2533 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.584    285.4330 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.858    285.0032 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.846    285.0223 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.723    285.2154 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.795    285.1014 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.613    285.3878 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.030    284.7334 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.616    285.3830 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.735    285.1957 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.566    285.4611 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.920    284.9067 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.673    285.2935 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.025    284.7417 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.678    285.2852 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.100    284.6247 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.058    284.6893 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.028    284.7368 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.948    284.8624 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.115    284.6010 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.768    285.1440 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.068    284.6749 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.876    284.9750 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.373    284.1990 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.847    285.0195 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.016    284.7557 1.542165e-009 3.016922e-002   pass
42679  42680  4      192.113    269.7901 1.542165e-009 3.016922e-002   pass
42679  42680  4      191.137    271.1671 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.316    284.2875 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.288    284.3305 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.247    284.3950 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.759    285.1588 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.903    284.9327 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.850    283.4563 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.133    284.5735 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.852    285.0121 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.717    285.2236 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.964    284.8370 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.865    284.9915 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.155    284.5387 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.145    284.5533 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.403    284.1515 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.426    284.1152 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.122    284.5902 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.026    284.7405 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.197    284.4728 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.553    283.9186 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.980    284.8128 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.226    284.4282 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.228    284.4244 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.902    284.9349 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.206    284.4589 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.132    284.5746 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.001    284.7797 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.988    283.2424 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.881    284.9665 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.293    284.3228 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.444    284.0873 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.180    284.5001 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.238    284.4082 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.190    284.4833 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.421    284.1235 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.144    284.5559 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.172    284.5123 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.107    284.6134 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.307    284.3007 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.759    283.5984 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.139    284.5640 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.210    284.4520 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.590    283.8598 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.359    284.2198 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.235    284.4128 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.184    284.4934 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.532    283.9500 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.048    284.7055 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.050    284.7025 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.464    284.0561 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.325    284.2738 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.029    284.7352 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.187    284.4879 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.444    284.0878 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.689    285.2689 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.839    285.0329 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.984    284.8055 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.925    284.8988 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.702    285.2479 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.781    285.1235 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.259    284.3764 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.772    285.1378 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.563    283.9031 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.314    284.2899 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.046    284.7088 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.802    285.0905 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.043    284.7128 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.355    284.2267 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.942    284.8708 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.127    284.5816 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.221    284.4346 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.229    284.4234 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.029    284.7360 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.097    284.6293 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.163    284.5254 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.311    284.2948 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.740    285.1879 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.032    284.7300 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.094    284.6345 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.139    284.5635 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.001    284.7790 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.008    284.7683 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.413    284.1353 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.201    284.4660 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.124    284.5863 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.180    284.4994 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.147    284.5513 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.034    284.7268 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.192    284.4805 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.346    284.2403 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.160    284.5305 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.986    284.8022 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.921    284.9050 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.197    284.4721 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.796    285.1008 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.919    284.9073 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.847    285.0202 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.352    284.2305 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.864    284.9933 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.887    284.9576 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.882    284.9653 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.693    285.2620 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.927    284.8956 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.707    285.2400 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.151    284.5453 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.778    285.1282 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.881    284.9678 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.962    283.2831 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.057    284.6916 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.868    284.9882 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.812    285.0757 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.756    285.1625 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.798    285.0974 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.813    285.0733 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.757    285.1611 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.015    284.7573 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.743    285.1832 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.623    285.3721 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.819    283.5053 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.923    284.9015 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.745    285.1798 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.680    285.2827 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.690    285.2659 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.946    284.8650 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.702    285.2476 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.831    285.0459 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.699    285.2520 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.815    285.0700 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.285    284.3352 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.142    284.5581 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.452    284.0756 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.052    284.6988 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.111    284.6075 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.250    284.3908 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.231    284.4199 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.247    284.3954 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.011    284.7636 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.251    284.3889 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.061    284.6851 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.339    284.2516 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.110    284.6093 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.413    284.1354 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.757    285.1617 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.753    285.1672 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.890    284.9535 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.669    285.2989 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.887    284.9574 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.714    285.2295 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.222    284.4337 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.841    285.0294 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.845    285.0242 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.085    284.6476 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.722    285.2158 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.608    283.8323 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.168    284.5184 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.410    284.1414 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.066    284.6778 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.121    284.5916 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.298    284.3155 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.299    284.3138 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.118    284.5967 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.293    284.3223 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.201    284.4667 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.439    284.0961 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.166    284.5205 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.336    284.2554 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.193    284.4786 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.586    283.8674 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.888    284.9554 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.883    284.9640 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.754    285.1656 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.893    284.9481 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.767    285.1455 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.704    285.2443 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.416    284.1310 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.843    285.0262 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.863    284.9956 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.674    285.2924 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.107    284.6126 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.058    284.6904 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.298    284.3152 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.238    284.4091 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.251    282.8370 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.044    284.7117 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.359    284.2202 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.335    284.2572 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.090    284.6403 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.135    284.5702 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.140    284.5613 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.549    283.9248 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.102    284.6206 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.071    284.6696 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.222    284.4339 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.881    284.9671 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.843    285.0260 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.100    284.6250 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.113    284.6039 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.984    284.8064 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.734    285.1969 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.911    284.9200 1.542165e-009 3.016922e-002   pass
42679  42680  4      184.383    281.1006 1.542165e-009 3.016922e-002   pass
42679  42680  4      184.231    281.3322 1.542165e-009 3.016922e-002   pass
42679  42680  4      184.442    281.0099 1.542165e-009 3.016922e-002   pass
42679  42680  4      185.575    279.2949 1.542165e-009 3.016922e-002   pass
42679  42680  4      185.117    279.9861 1.542165e-009 3.016922e-002   pass
42679  42680  4      184.900    280.3135 1.542165e-009 3.016922e-002   pass
42679  42680  4      184.940    280.2536 1.542165e-009 3.016922e-002   pass
42679  42680  4      185.410    279.5425 1.542165e-009 3.016922e-002   pass
42679  42680  4      184.901    280.3131 1.542165e-009 3.016922e-002   pass
42679  42680  4      185.039    280.1035 1.542165e-009 3.016922e-002   pass
42679  42680  4      184.941    280.2517 1.542165e-009 3.016922e-002   pass
42679  42680  4      185.509    279.3938 1.542165e-009 3.016922e-002   pass
42679  42680  4      184.998    280.1664 1.542165e-009 3.016922e-002   pass
42679  42680  4      185.191    279.8734 1.542165e-009 3.016922e-002   pass
42679  42680  4      185.606    279.2481 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.641    282.2361 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.851    285.0143 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.869    284.9863 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.191    284.4815 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.804    285.0884 1.542165e-009 3.016922e-002   pass
42679  42680  4      181.869    284.9857 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.112    284.6060 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.769    282.0392 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.914    283.3570 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.866    283.4325 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.365    282.6603 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.898    283.3827 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.102    283.0665 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.083    283.0963 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.368    282.6556 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.625    282.2598 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.008    283.2120 1.542165e-009 3.016922e-002   pass
42679  42680  4      184.038    281.6268 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.828    283.4906 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.881    283.4082 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.994    283.2338 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.111    283.0532 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.049    283.1486 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.824    283.4966 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.770    283.5812 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.289    282.7785 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.122    283.0353 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.882    283.4066 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.086    283.0921 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.178    282.9494 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.933    283.3289 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.888    283.3979 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.040    283.1626 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.016    283.2003 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.050    283.1471 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.008    283.2126 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.338    282.7017 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.876    283.4167 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.951    283.3002 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.011    283.2073 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.978    283.2593 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.985    283.2480 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.935    283.3249 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.096    283.0754 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.519    283.9708 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.541    283.9366 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.682    283.7178 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.778    282.0261 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.866    283.4322 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.461    282.5124 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.198    282.9191 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.996    281.6918 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.011    283.2075 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.841    283.4711 1.542165e-009 3.016922e-002   pass
42679  42680  4      183.231    282.8670 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.869    283.4281 1.542165e-009 3.016922e-002   pass
42679  42680  4      182.857    283.4460 1.542165e-009 3.016922e-002   pass
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I am affraid if I go above 1.3v my CPU will break.

new to overclocking?

 

run a stress test

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I am affraid if I go above 1.3v my CPU will break.

HNTMYLr.png

 

Going over 1.3v is perfectly fine. Your cpu can handle much more than that.

 

Just try to stay under 1.4v with proper cooling for 24/7 use.


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Cores are much hotter than I would like but it seems stable. Gonna change the fans on H110 and try with a new thermal paste soon I think.LbN1bDM.png


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Cores are much hotter than I would like but it seems stable. Gonna change the fans on H110 and try with a new thermal paste soon I think.

ambient temp and fan speeds?

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Been testing this oc for a bit. Plays BF4, GTA V, Watch Dogs, etc. just fine, no other hiccups to instabilities and a 30 min stability test in AIDA64 went fine too. Temps are maxing around 76-78c.

I desperately want to reach 5Ghz, but my chip seems to shit itself no matter what I do when I bump my frequency higher than this. Will submit proper results once I get a stable oc.

 

mbrvie.png

 

http://valid.canardpc.com/mbrvie


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Been testing this oc for a bit. Plays BF4, GTA V, Watch Dogs, etc. just fine, no other hiccups to instabilities and a 30 min stability test in AIDA64 went fine too. Temps are maxing around 76-78c.

I desperately want to reach 5Ghz, but my chip seems to shit itself no matter what I do when I bump my frequency higher than this. Will submit proper results once I get a stable oc.

mbrvie.png

http://valid.canardpc.com/mbrvie

Not bad. I hit 4.8 @ 1.225v stable and I've run xtu for an hour at 5ghz 1.335v

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CPU: i7-4770K, Cooler: Noctua NH-U14S, Motherboard: Asus Sabertooth Mark 2, RAM: 16 GB G.Skill Sniper Series @ 1866MHz, GPU: EVGA 980Ti Classified @ 1507/1977MHz , Storage: 120GB 840 EVO, Crucial MX500 500GB, WD Cavier Black/Blue 1TB+1TB, 2TB WD External/4TB WD external, Power Supply: Corsair HX 750W, Case: Fractal Design r4 Black Pearl w/ Window, OS: Windows 10 Home 64bit

 

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Using CM EVO 212 Cooler - 1.129 Core Voltage @ 4.4ghz - This good OC? I started at 1.2 volt following Linus' video guide but temps were around 75ish so dropped it down and now average at 68.

EIST and C-States Disabled

 

I've also noticed that one of the cores is constantly 4-5C lower than the other 3. Possibly thermal paste not spread out?

 

I got BSOD after running 4 min of Prime 95 v26.6 @ 1.128 Core Voltage. Was curious if I should be worried that it's working fine so far with just 0.001 voltage increment up? In the BIOS I actually set it to 1.130 but seems like the programs are picking it up as 1.129.

 

I've been running Prime 95 for over an hour with the new voltage. Any suggestions on what I should do next to further check stability/thermal?

 

Should I go higher? I read it's not recommended to go beyond 4.4ghz with this cooler.

 

Also the CPU Cache Volt is set to auto in the BIOS, should I leave it be or change it? In AIDA64 it goes from 1.176 to 1.180 and back down.

 

Lastly, what should the adaptive offset be, 0.05? After I finish all my stress testing.

 

BDQagpm.jpg

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While it was stable around 4.5GHz, my cooling is terrible.

PxE2brR.png


ShredderPC V3.5  CPU: Intel i5 3570 | GPU: MSI Radeon R9 390 | Mobo: Intel DB75EN | RAM: 16GB DDR3

ShredderPC X5450  CPU: Intel Xeon X5450 | GPU: Asus Geforce GTX 760 | Mobo: Asus P5G41C-M LX | RAM: 8GB DDR3 1333MHz

 

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Using CM EVO 212 Cooler - 1.129 Core Voltage @ 4.4ghz - This good OC? I started at 1.2 volt following Linus' video guide but temps were around 75ish so dropped it down and now average at 68.

EIST and C-States Disabled

 

I've also noticed that one of the cores is constantly 4-5C lower than the other 3. Possibly thermal paste not spread out?

 

I got BSOD after running 4 min of Prime 95 v26.6 @ 1.128 Core Voltage. Was curious if I should be worried that it's working fine so far with just 0.001 voltage increment up? In the BIOS I actually set it to 1.130 but seems like the programs are picking it up as 1.129.

 

I've been running Prime 95 for over an hour with the new voltage. Any suggestions on what I should do next to further check stability/thermal?

 

Should I go higher? I read it's not recommended to go beyond 4.4ghz with this cooler.

 

Also the CPU Cache Volt is set to auto in the BIOS, should I leave it be or change it? In AIDA64 it goes from 1.176 to 1.180 and back down.

 

Lastly, what should the adaptive offset be, 0.05? After I finish all my stress testing.

 

BDQagpm.jpg

Why not shoot for higher than 4.4ghz if you can keep the temps down? Your temps for 4.4ghz are amazing! I have the same cooler and I just copied your voltage to bring my temps down.


CPU: Intel Core i7 4790k @ 4.6ghz, Cooling: NZXT Kraken x61(Push/Pull), MOBO: EVGA Z97 FTW, OS: Windows 10, RAM: 16gb EVGA SuperSC DDR3 2400, Storage: Samsung 850 Evo 250gb + 500gb SSD, WD Black 1tb HDD, PSU: EVGA SuperNOVA 1000w G1, Case: NZXT Phantom 530, GPU: 2x EVGA GTX 980 CLASSIFIED, Monitor: Seiki 39 inch, 1080p @ 120hz, 4k @ 30hz

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Using CM EVO 212 Cooler - 1.129 Core Voltage @ 4.4ghz - This good OC? I started at 1.2 volt following Linus' video guide but temps were around 75ish so dropped it down and now average at 68.

EIST and C-States Disabled

I've also noticed that one of the cores is constantly 4-5C lower than the other 3. Possibly thermal paste not spread out?

I got BSOD after running 4 min of Prime 95 v26.6 @ 1.128 Core Voltage. Was curious if I should be worried that it's working fine so far with just 0.001 voltage increment up? In the BIOS I actually set it to 1.130 but seems like the programs are picking it up as 1.129.

I've been running Prime 95 for over an hour with the new voltage. Any suggestions on what I should do next to further check stability/thermal?

Should I go higher? I read it's not recommended to go beyond 4.4ghz with this cooler.

Also the CPU Cache Volt is set to auto in the BIOS, should I leave it be or change it? In AIDA64 it goes from 1.176 to 1.180 and back down.

Lastly, what should the adaptive offset be, 0.05? After I finish all my stress testing.

BDQagpm.jpg

It's not so much 4.4ghz you shouldn't go past with that cooler, it's 1.2v that's the upper limit. Also don't use prime 95, it drives temps up with loads you'll only ever see in prime 95.

I used occt for stress testing, 2 hour runs for final stability tests.

To answer your adaptive voltage question (I'm assuming you'll re-enable turbo and speed step since adaptive voltage would be largely useless otherwise), I use a 0.005 offset with llc set to level 3, works fine for me.

Also, one last thing, any bsod means the oc is unstable, no matter the program used. With 1.165v mine was two hours stable I'm occt and hasn't had a bsod yet.


My rig:
CPU: i5 4690k 24/7 @4.4ghz (1.165v) Max 4.7ghz (1.325v) COOLER: NZXT Kraken X61 MOBO: Asus Z97-A   RAM: 16GB Crucial Ballistix Tactical   GPU: EVGA GTX 970 SSC   PSU: EVGA GS 650W   CASE: NZXT Phantom 530 HDD: WD Caviar Blue 1TB + WD Black 2TB

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5960x-4080OC.png

 

Used to have it running @ 4.3Ghz, but temps hit 85 which for me is way to high. I set a max of 70 for myself which this is. Don't think this is anything special... or is it? Cooling the CPU with a coolermaster nepton 240. Running on 1.1v atm.


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gallery_196315_2986_153562.png

 

gallery_196315_2986_530774.png

 

I'm working on 4.9 now as well as some g3258 scores

 

edit: not sure why HWmonitor is showing 4966mhz as the max, it must've peaked that high for a split second or its an error maybe?


LTT Community Standards                                               Welcome!-A quick guide for new members to LTT

Man's Machine- i7-7700k@5.0GHz / Asus M8H / GTX 1080Ti / 4x4gb Gskill 3000 CL15  / Custom loop / 240gb Intel SSD / 3tb HDD / Corsair RM1000x / Dell S2716DG

The Lady's Rig- G3258@4.4GHz(1.39v) on Hyper 212 / Gigabyte GA-B85M / gtx750 / 8gb PNY xlr8 / 500gb seagate HDD / CS 450M / Asus PB277Q

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Made 4.9 but I did not feel comfortable pushing it longer than an hour

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note: both runs were using noctua nh-d14

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post-196315-0-89100600-1439497148_thumb.


LTT Community Standards                                               Welcome!-A quick guide for new members to LTT

Man's Machine- i7-7700k@5.0GHz / Asus M8H / GTX 1080Ti / 4x4gb Gskill 3000 CL15  / Custom loop / 240gb Intel SSD / 3tb HDD / Corsair RM1000x / Dell S2716DG

The Lady's Rig- G3258@4.4GHz(1.39v) on Hyper 212 / Gigabyte GA-B85M / gtx750 / 8gb PNY xlr8 / 500gb seagate HDD / CS 450M / Asus PB277Q

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