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So I'm starting my overclocking with 4.6Ghz @ 1.35v (Ring Bus 4.5Ghz @ 1.3v) and VCCIN (Input Volts) @ 1.9v.

 

I have about a 9°C range in core temps from the first to fourth core. My temps are getting a little toasty too. I know they will at this voltage but should I be getting lower temps with my Enermax Liqtech 240mm? (RealTemp Snapshot Below)

 

 

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Welcome to HAswell non-refresh is all I can say. Its TIM is terrible so the temps are poor as well

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This is why you should not get an FX CPU for ANY scenario other than rendering on a budget http://linustechtips.com/main/topic/286142-fx-8350-r9-290-psu-requirements/?p=3892901 http://linustechtips.com/main/topic/266481-an-issue-with-people-bashing-the-fx-cpus/?p=3620861

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Wait isint the max recommended for the Hashwell series 80 degrees?

That's a personal thing really, I prefer sub 80 but it can handle up to 95 without serious degradation. I Personally don't recommend exceeding 85C MAX

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This is why you should not get an FX CPU for ANY scenario other than rendering on a budget http://linustechtips.com/main/topic/286142-fx-8350-r9-290-psu-requirements/?p=3892901 http://linustechtips.com/main/topic/266481-an-issue-with-people-bashing-the-fx-cpus/?p=3620861

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I've reset the ring bus to stock and have changed some other settings. I'm gonna try 4.5Ghz Core

 

 

OC failed BTW

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@harrynowl 

We need your input :D


pesonaly if the temps hit over 95C when stressing its a fail.

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@harrynowl 

We need your input :D

pesonaly if the temps hit over 95C when stressing its a fail.

I went to 4.5Ghz and I'm still at 1.35v which is probably to much and I will move it down to probably somewhere around 1.33v but I'm already staying at and below 95°C

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I may have missed it in your OP but what program are you using to stress test?

 

While those temps are on the higher range you won't reach those in a 'normal' day to day scenario so you could run it.

 

Personally as long as all of my cores are averaging around 85c and only jumping to 90c in the test briefly that's fine.

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do not use prime95 if thats what you are doing. the newest versions are very bad for the cpu and can do permanent damage to you cpu. i use intel burn in test or something like that.
Those temps are a little high but thats what you can expect from that cpu (had it too)

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I may have missed it in your OP but what program are you using to stress test?

 

While those temps are on the higher range you won't reach those in a 'normal' day to day scenario so you could run it.

 

Personally as long as all of my cores are averaging around 85c and only jumping to 90c in the test briefly that's fine.

Intel ETU @ 4.5Ghz with 1.35v (Will prob be able to lower) I'm sticking around 83-87C with jumps to 93-96C

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Intel ETU @ 4.5Ghz with 1.35v (Will prob be able to lower) I'm sticking around 83-87C with jumps to 93-96C

That should be fine then. I'd work on getting the voltage as close to 1.3V as possible now :)

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That should be fine then. I'd work on getting the voltage as close to 1.3V as possible now :)

I was planning on trying it at this voltage for about 30 min intervals and dropping it .005 each time. Would you drop it in bigger intervals like .010?

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I was planning on trying it at this voltage for about 30 min intervals and dropping it .005 each time. Would you drop it in bigger intervals like .010?

I'd go straight for 1.3v (unless you know it isn't stable at that) myself. If you know 1.3V wont work try 1.325 and work from there in 10mV intervals.

 

As I bench a lot of chips I like to find out quickly what works- so I just do 4.7/1.3 as my first clock to gauge the chip, it's more efficient than literally raising 100MHz and 5mV every time as you could be there a while.

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I'd go straight for 1.3v (unless you know it isn't stable at that) myself. If you know 1.3V wont work try 1.325 and work from there in 10mV intervals.

 

As I bench a lot of chips I like to find out quickly what works- so I just do 4.7/1.3 as my first clock to gauge the chip, it's more efficient than literally raising 100MHz and 5mV every time as you could be there a while.

I did 4.7Ghz @ 1.41v and it failed. I'll try 1.325v I'm almost positive it would fail at 1.3v

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I did 4.7Ghz @ 1.41v and it failed. I'll try 1.325v I'm almost positive it would fail at 1.3v

Alright, best of luck :)

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Alright, best of luck :)

Could have been my ring bus OC that failed the other two settings. Do you overclock your ring bus at all or no?

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Work Server | CPU: Intel Xeon E5-2650 v3 | Model: Cisco UCS C220 M4 (SFF) | RAM: 64GB (4x16GB) Cisco (Samsung) DDR4 2133Mhz | STORAGE: 4x Cisco (Seagate) 900GB 10K 2.5" (RAID 10) - 2x 32GB Cisco FlexFlash Boot Drive (RAID 1) | OS: vSphere 6.7 Enterprise Plus U3 | 

 

Laptop | CPU: Intel Core i7 6700HQ | GPU: Nvidia GTX 960M 2GB GDDR5 | RAM: 32GB (2 x 16GB) DDR4-2400Mhz | STORAGE: 512GB Hynix NVMe | OS: Windows 10 Pro |

 

Gaming Desktop | CPU: Intel Core i7 9700K | GPU: Gigabyte RTX 2080 WINDFORCE 8G  | Motherboard: ASRock Z390 PHANTOM GAMING-ITX | RAM: Ballistix Elite 32GB Kit (16GB x 2) DDR4-3000 | PSU: Silverstone SX700-LPT 700w 80 PLUS Platinum | STORAGE: 2x Samsung 970 PRO 1TB NVMe | COOLER: Noctua NH-L12 | CASE: Louqe Ghost S1 | OS: Windows 10 Pro | Build Log in Progress | 

 

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Could have been my ring bus OC that failed the other two settings. Do you overclock your ring bus at all or no?

I tend to leave it until I know my core clock is stable. Reducing variables is a good way of getting the most accurate stability testing results.

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I tend to leave it until I know my core clock is stable. Reducing variables is a good way of getting the most accurate stability testing results.

Does an IGPU crash mean that I need to raise my core voltage a bit?

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