Those Pro/Evo/Deluxe got same 12phase ???
Those Pro/Evo/Deluxe got same 12phase ???
Intel Core i5 6600K + ASRock Z170 OC Formula + Galax HOF 4000 (8GBx2) + Antec 1200W OC Version
EK SupremeHF + BlackIce GTX360 + Swiftech 655 + XSPC ResTop
Macbook Pro 15" Late 2011 (i7 2760QM + HD 6770M)
Samsung Galaxy Note 10.1 (2014) , Huawei Nexus 6P
[history system]80286 80386 80486 Cyrix K5 Pentium133 Pentium II Duron1G Athlon1G E2180 E3300 E5300 E7200 E8200 E8400 E8500 E8600 Q9550 QX6800 X3-720BE i7-920 i3-530 i5-750 Semp140@x2 955BE X4-B55 Q6600 i5-2500K i7-2600K X4-B60 X6-1055T FX-8120 i7-4790K
One multiplier for all cores vs letting you set multipliers individually per core.
Also when using one multiplier for all cores, it can be controlled in Windows.
Intel states 1.52v. There's a big discussion on whether this is safe. It sure sounds like A LOT. I wouldnt go over 80c.
Blue jumper near the green LED in the bottom.
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Last edited by illuminati-hwt; 01-16-2011 at 12:26 AM.
Intel i5 2500K | Asus P8P67 Pro | EVGA 570 SC | ST75ZF 750W
"Intel states 1.52v. There's a big discussion on whether this is safe. It sure sounds like A LOT. I wouldnt go over 80c."
This is false: Intel doesn't state the safe voltage at all. 1.52V is just the maximum voltage the new VID encoding can represent. An explanation follows below if you care.
VID is encoded in a byte, whose 8 bits can represent 2^8 = 256 different values. One value (all bits unset) is reserved for a null or invalid voltage. The first of the 255 remaining values decodes to 0.25V. The next 254 5mV increments sum up to an extra 254 * 5 = 1.27V. Therefore, the range of representable (not deemed safe or qualified by Intel in another way) values is 0.25 - 1.52V.
Judging by what i've seen temps wise i'd probably say up to 1.4v is safe for 24/7 ... for a quick bench/overclocking test anything goes really as long as you accept the risks and the temps are under 80-85 ish max ...
Did you guys do a fresh install of Windows 7 ? got a setup that I'm happy with and need to understand any difficulties with trying to use it with the new motherboard and chip. Thank You!
P8Z68 Pro
2600k@4.5 NH-14
8GB Corsair Vengeance 1600
GTX 570 SLI
Windows 7 x64
1x Corsair F115 SSD
WD Black 2T Raid 0
Xfi Titanium PciX
Just pulled the trigger on the ASUS P8P67 Deluxe with a 2600K.. I wanted to buy the GIGABYTE GA-P67A-UD5 board but not in stock at MicroCenter.. So I decided Asus never fails me.. Just got done installing H20 on CPU up all night, going to bed have to go back to work Sunday night![]()
CPU: Intel Core i7-4770K 4.8GHz
MOBO: GIGABYTE GA-G1.Sniper M5 MATX 1150
MEMORY: G.SKILL Trident X 8GB 2400MHz 9-11-11-31 1T
GPU: 2 x eVGA GTX 780 SC
SOUND KRK Rokit 5 Limited Edition White Studio Monitors
SSD: 4 x Samsung 128GB Pro's Raid 0
PSU: SeaSonic Platinum 1000W
COOLING: 2 x Alphacool NexXxoS UT60 Full Copper 420mm 6 x Swiftech Helix 140mm Fans
CASE: Lian Li PC-C32B TECH STATION MOD build log coming soon
MONITOR: ASUS VG278HE Black 27" 149Hz
O.S: Windows 7 Pro x64
This is normal, it will downclock when not under load.
I was tempted to try not reinstalling, but I did a fresh Win7 HP 64 install anyway as I had found hit-and-miss results through google. It seems it may look to work OK but then have lots of little issues/glitches/inconsistencies that aren't really readily apparrent. So, I'd say reinstall.
Sbb can you pm me your exact settings in BIOS?? I have pretty similar setup and was wondering if u guys like prime 95 for testing ? Imo its an unlikely event that your system will be pushed that far.. to each his own thoSbb that is impressive oc for that voltage
Not sure why Speed step is causing issues, Here is why I turn it off. It's supossed to reduce clock and core voltages (power saving feature) but when OCing from bios, Core voltage only drops slightly as compared to stock clocks where core voltage really drops.
Rig 1
CPU: i7-990X. CASE: Antec Nine Hundred II. CPU Cooling: TR Venomous X RT. MOBO: ASUS Rampage III Formula. RAM: 12GB Mushkin DDR3 1600 CL7. GFX: EVGA GTX 580's x 2. SLI. HDD's: 1.5 TB Seagate, 1TB WD Sata III. Monitor: Samsung 25". PSU: Corsair AX 1200W. Win 7 64 Bit
Rig 2.
CPU: i7-2600K. CASE: Antec Nine Hundred II. CPU Cooling: TR Venomous X RT. MOBO: ASUS P8P67 Deluxe. RAM: 4 GB GSkill Ripjaws X DDR3 1600 CL6. GFX: EVGA GTX 580. HDD: 1TB WD Sata III. Monitor: Samsung 23". PSU: Corsair AX 1200W. Win 7 64 Bit.
Asus Rampage IV Extreme ==> i7 4930k @4.9Ghz water-cooled (3325A911) IMC 3400+
Asus Maximus V Gene ==> i7 3770k @4.8Ghz air-cooled (L224B652) IMC 3100+
VTX3D 7870 Black Edition
Avexir 2666 CL-11
Enermax Revolution 85+
CoolerMaster RC-690 :: Asus Maximus IV GENE-Z :: intel i5 2500K @ Noctua NH-D14 :: 2x2GB Mushkin 996783 Blackline 1600Mhz CL7 :: Samsung F1 HD642JJ 640GB :: Samsung F2 EcoGreen HD154UI 1.5TB :: Pioneer DVR-212D :: Creative SB X-FI :: Corsair HX520W :: Genius SW-5.1 HT DHT510 :: Dell Ultrasharp U2311H :: Razer Diamondback Acid Green
Do you guys run the hardest test in prime95 or the 2nd strongest to test stability ?
Tried to find out how VRM frequency affects oc.
Starting with VRM freq = Auto.
I went to an oc of 5ghz and with volt where Prime95 would fail after 2-3 tests. (Linx would pass).
Reboot and set VRM=350. Prime95 still failed after 2-3 tests.
Set 400, still fail, 450 still failed.
Am I going about this the wrong way?
Asus rep on VRM:
VRM Frequency change to 350 – this value will allow for scaling to 50+ multi without issues
http://www.xtremesystems.org/forums/...d.php?t=265398
DeadmanX, I use the Small ffts. It should do fine for max stress testing cpu.
Last edited by illuminati-hwt; 02-15-2011 at 12:11 PM.
Intel i5 2500K | Asus P8P67 Pro | EVGA 570 SC | ST75ZF 750W
Last edited by orion23; 01-16-2011 at 09:54 AM.
Antec P180 SILVER
Asus P8P67 Deluxe Bios 1602
Intel Core I7 2600K @ 4.8ghz 1.295V Manual 24/7
Thermalright Ultra 120 Extreme
OCZ 700W PSU
4X2GB Corsair Vengeance DDR3 1600mhz
Seagate 1TB Samsung 1TB (X3)
MSI Radeon HD 5850
WINDOWS 7 PRO X64
I just upgraded from an IP35 PRO and didn't reinstall windows.
Just remove all usb devices from your PC to help the process and put the asus CD in the PC so windows can locate most drivers.
Manually from the CD you may have to run the Bluetooth driver and the intel management software (I did)
Antec P180 SILVER
Asus P8P67 Deluxe Bios 1602
Intel Core I7 2600K @ 4.8ghz 1.295V Manual 24/7
Thermalright Ultra 120 Extreme
OCZ 700W PSU
4X2GB Corsair Vengeance DDR3 1600mhz
Seagate 1TB Samsung 1TB (X3)
MSI Radeon HD 5850
WINDOWS 7 PRO X64
Antec P180 SILVER
Asus P8P67 Deluxe Bios 1602
Intel Core I7 2600K @ 4.8ghz 1.295V Manual 24/7
Thermalright Ultra 120 Extreme
OCZ 700W PSU
4X2GB Corsair Vengeance DDR3 1600mhz
Seagate 1TB Samsung 1TB (X3)
MSI Radeon HD 5850
WINDOWS 7 PRO X64
Same... no reason not to leave them on that I know of, runs cooler during low use and draws less power for no loss whatsoever, during light/idle usage.
Yeah, I gather it works but there's a lot of possible underlying glitches... for some reason my external slim USB DVD burner can't read the DVD that came with the motherboard, either... had to find the drivers on Asus site once I reinstalled Win7 for things like the NIC, using a laptop then putting them on a thumb drive.
This is all over:
Sandybridge maximum safe voltages
Core Voltage - Not recommended too exceed 1.38v, doing so could kill the CPU, we therefor recommend a range of 1.325-1.350v if overclocking.
Memory Voltage - Intel recommend 1.50v plus/minus 5% which means upto 1.58v is the safe recommended limit. In our testing we have found 1.65v has caused no issues.
BCLK Base Clock - This is strictly a NO, anyone using base clock overclocking could/will cause damange to CPU/Mainboard. (Set manually to 100)
PLL Voltage - Do not exceed 1.9v!!
Processor - Basically we recommend customers not to exceed 1.35v to play it safe, all our bundles are set at 1.3250v or lower, any competitors offering bundles above 4.6GHz you should be enquiring as to what voltage they are using as we believe anything over 1.38v will limit CPU lifespan and anything over 1.42v will likely kill the CPU or severely limit its lifespan.
Memory - Intel recommend 1.50v plus/minus 5% which means 1.60v is the ideal safe maximum, but we have found in our testing all 1.65v memory is fine. We have also found most new 1.65v like Corsair XMS3 will run at its rated timings with just 1.50-1.55v which is well within Intel specifications. So people upgrading to Sandybridge you can still use your old DDR3, but we do recommend you run it at 1.60v or less. We are shipping most of our bundles which feature Corsair XMS at 1.50v-1.55v at rated timings. We've also discussed with Asus and MSI regarding voltages for memory and they also confirm in their testing 1.65v caused no issues with reliability.
Base Clock - To put it simple if you value the life of your components, do not overclock using base clock!
PLL Voltage - Again do not exceed 1.9v!
Don't know where it comes from or how official it might be...
Antec P180 SILVER
Asus P8P67 Deluxe Bios 1602
Intel Core I7 2600K @ 4.8ghz 1.295V Manual 24/7
Thermalright Ultra 120 Extreme
OCZ 700W PSU
4X2GB Corsair Vengeance DDR3 1600mhz
Seagate 1TB Samsung 1TB (X3)
MSI Radeon HD 5850
WINDOWS 7 PRO X64
Antec P180 SILVER
Asus P8P67 Deluxe Bios 1602
Intel Core I7 2600K @ 4.8ghz 1.295V Manual 24/7
Thermalright Ultra 120 Extreme
OCZ 700W PSU
4X2GB Corsair Vengeance DDR3 1600mhz
Seagate 1TB Samsung 1TB (X3)
MSI Radeon HD 5850
WINDOWS 7 PRO X64
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