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[Price Check] Manafacture Refurbished SOC Force


TheGamingBarrel

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Guest george.kokovinis
I don't recognise the Z170 SO Force as a real soc force ;)

 

 

You don't ?

 

Have you REALLY worked with this board ?

 

Well, it is obvious that either you have not, or you are missing a few things.

I currently own :

AsRock OCF. A board I will never sell, even when I acquire the M-OCF.

Asus M8E.

Gigabyte Z170X- SOC - FORCE

 

Leaving alone the OCF ( there is no current substitute ),

The SOC-Force is right behind and a lot better than M8E.

 

To the point that I sold the M8E today to a friend and ordered an Impact

for some "special needs" I have.

 

If you do have a Z170X SOC FORCE, love it and work with it to make her

tell you her secrets.

And you will be amazed :eek:

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You don't ?

 

Have you REALLY worked with this board ?

 

Well, it is obvious that either you have not, or you are missing a few things.

I currently own :

AsRock OCF. A board I will never sell, even when I acquire the M-OCF.

Asus M8E.

Gigabyte Z170X- SOC - FORCE

 

Leaving alone the OCF ( there is no current substitute ),

The SOC-Force is right behind and a lot better than M8E.

 

To the point that I sold the M8E today to a friend and ordered an Impact

for some "special needs" I have.

 

If you do have a Z170X SOC FORCE, love it and work with it to make her

tell you her secrets.

And you will be amazed :eek:

 

I chatted with him a bit about that board. He was running into the same issue I was for a long time that caused me to curse the board too. It didn't seem capable of overclocking memory at all. It turned out to be the DRAM Training Voltage. This voltage defaults to 1.50V, no matter what is set for DRAM volts.... so when setting 1.85V or so, the memory was only training with 1.50V and would always fail to boot. With DRAM Training Volts set manually, the board has no issues running memory nice and tight :ws:

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Guest george.kokovinis
I chatted with him a bit about that board. He was running into the same issue I was for a long time that caused me to curse the board too. It didn't seem capable of overclocking memory at all. It turned out to be the DRAM Training Voltage. This voltage defaults to 1.50V, no matter what is set for DRAM volts.... so when setting 1.85V or so, the memory was only training with 1.50V and would always fail to boot. With DRAM Training Volts set manually, the board has no issues running memory nice and tight :ws:

 

 

Yes, it is a fact.

But the same applies to many other top end boards too.

Training voltage must be set manually.

Also, Skylake memory controller, in conjunction with B-die, does NOT like high VccIO.

Anything above 1.16V and it does not train.

Even at 4000 - 12-12-12-28-200-1T that I can run my B-die on OCF.

 

There are two key voltages for pushing high and tight.

VccSA up to 1.35V

 

AND

 

VccPLL to 1.30V, which despite being mainly a BCLK voltage parameter

helps enormously with mems.

 

Cheers:)

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Guest george.kokovinis

Nope.

It might train with 1.35VccIO, but during OS operation and benching, this high voltage creates a lot of strain on the memory controller.

Try lowering below 1.20V and see how it goes.

Ideally you should not exceed 1.18V.

 

Cheers :)

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