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| System Name | TITAN Slayer / CPUCannon / MassFX |
|---|---|
| Processor | i7 5960X @ 4.6Ghz / i7 3960x @5.0Ghz / FX6350 @ 4.?Ghz |
| Motherboard | Rampage V Extreme / Rampage IV Extreme / MSI 970 Gaming |
| Cooling | Phanteks PHTC14PE 2.5K 145mm TRs / Custom waterloop / Phanteks PHTC14PE + 3K 140mm Noctuas |
| Memory | Crucial 2666 11-13-13-25 1.45V / G.skill RipjawsX 2400 10-12-12-34 1.7V / Crucial 2133 9-9-9-27 1.7V |
| Video Card(s) | 3 Fury X in CF / R9 Fury 3840 cores 1145/570 1.3V / Nothing ATM |
| Storage | 500GB Crucial SSD and 3TB WD Black / WD 1TB Black(OS) + WD 3TB Green / WD 1TB Blue |
| Display(s) | LG 29UM67 80Hz/Asus mx299q 2560x1080 @ 84Hz / Asus VX239 1920x1080 @60hz |
| Case | Dismatech easy v3.0 / Xigmatek Alfar (Open side panel) |
| Audio Device(s) | M-audio M-track / realtek ALC 1150 |
| Power Supply | EVGA G2 1600W / CoolerMaster V1000 / Seasonic 620 M12-II |
| Mouse | Mouse in review process/Razer Naga Epic 2011/Razer Naga 2014 |
| Keyboard | Keyboard in review process / Razer Blackwidow Ultimate 2014/Razer Blackwidow Ultimate 2011 |
| Software | Windows 7 Ultimate / Windows 7 ultimate / Windows 7 ultimate |
| Benchmark Scores | cinebench 15.41 3960x @ 5.3ghz Wprime32m 3.352 3960x @ 5.25ghz Super PI 32m: 6m 42s 472ms @5.25ghz |
I know I've already done 2 other post on volt modding the R7 260X. However none of them are complete and one of them is plain wrong and just like the saying goes 3rd time's the charm so here's a guide made after I actually went and tested everything. If you don't know anything about hardware volt modding do not try this. If you do something wrong your card will be bricked before your brain registers it(your brain takes 5about ms to process visual stimulus). I will make a post about volt modding basics some time soon but not now. Also I'm taking down the 2 old post because of the before mentioned reasons.
So lets run down the VRM setup of the R7 260X.
Here you have the important controller pinouts. For the FB Vcore a 22K ohm variable resistor from the pin to GND will get you a starting voltage of about 1.3V under load. For the FB aux a 22K ohm variable resistor from the pin to GND will give 1.05V under load. Cut the pins or the traces connected to the pins labeled ILIM to disable over current protection for that VRM.So if you cut ILIM AUX the AUX VRM from the first picture will no longer have a power limit.
The VRAM voltage controller is a super simple controller and does not have over current protection. All you need to do to get it under manual control is to hook it up to a 220K ohm variable resistor to get a starting voltage of about 1.585V-1.6V regardless of load.
I took all the images used in this guide from W1zz's review of the R7 260X.
You can find more articles like this one on my blog which I have linked in my signature.
So lets run down the VRM setup of the R7 260X.
Here you have the important controller pinouts. For the FB Vcore a 22K ohm variable resistor from the pin to GND will get you a starting voltage of about 1.3V under load. For the FB aux a 22K ohm variable resistor from the pin to GND will give 1.05V under load. Cut the pins or the traces connected to the pins labeled ILIM to disable over current protection for that VRM.So if you cut ILIM AUX the AUX VRM from the first picture will no longer have a power limit.
The VRAM voltage controller is a super simple controller and does not have over current protection. All you need to do to get it under manual control is to hook it up to a 220K ohm variable resistor to get a starting voltage of about 1.585V-1.6V regardless of load.
I took all the images used in this guide from W1zz's review of the R7 260X.
You can find more articles like this one on my blog which I have linked in my signature.
