AMD Ryzen 5 1500X Stability

[Toy Machine]

Afternoon All,

I hope we are well,

I want to ask if anyone has experience in OC Ryzen chips and if there is anything to look out for. I went into Ryzen Master and my Voltages and Clocks are all over the place as in - between 1.2-1.425v (literally browsing the internet) which is insane and unnecessary for my application. I literally want to set the core voltage to 1.1/2v and the Clock speeds to 3.5/6 over all cores as I do not need anything higher, I only seek stability in the Voltages.


Is this as simple as just setting the core voltage/clock speeds or are there some settings I should be aware of that may influence the stability?

 

[VPII]

Afternoon All,

I hope we are well,

I want to ask if anyone has experience in OC Ryzen chips and if there is anything to look out for. I went into Ryzen Master and my Voltages and Clocks are all over the place as in - between 1.2-1.425v (literally browsing the internet) which is insane and unnecessary for my application. I literally want to set the core voltage to 1.1/2v and the Clock speeds to 3.5/6 over all cores as I do not need anything higher, I only seek stability in the Voltages.


Is this as simple as just setting the core voltage/clock speeds or are there some settings I should be aware of that may influence the stability?

Hi there, my reply is coming from a Ryzen 7 1700, Ryzen 7 2700X, Ryzen 5 3600, Ryzen 9 3900 and now Ryzen 9 3950X so I'll give you what I believe is the simple advice. Overclocking the AMD Ryzen cpu's are pretty simple, but you cannot expect really high clocks with it. I noticed you said 1.1 to 1.2vcore for 3500 to 3600mhz. I believe your chip might easily do 3700 maybe even 3800mhz using 1.2vcore and 1.2vcore is very very safe for these chips.

Do me a favor and trow Ryzen Master away, use Hwinfo64 for monitor voltages and temps, for me Ryzen Master is just useless at best as all my overclocking I do through the bios.

 

[Toy Machine]

The voltages I have stated are purely from Hwinfo, Ryzen Master is apparently at 1.235v which it isn't because it is in constant flux. If it really isn't necessary, I will delete it.

Under water, this chip does 4.1gHz - referenced from the previous owner - a friend. But I am not interested in the highest attainable speed, I literally just want to stabilize the voltage more than anything, then work with the speed from there. 1.2v seems to be the sweet spot for performance/health in the chip. so that is my only goal really, I can see if I can get RAM to post higher than 2667, but currently, the board does not post beyond that.

SO I am updating chipset/bios now for the board. and will then to the stability OC

Thanks for your input

 

[Toy Machine]

Did my bios flash, set core clock and core voltage to 3.5ghz & 1.200v and now I'm not getting anything. Black fucken screen, no display, no post, 100% fans speed entire system.

I literally cannot win with pc's -_-

Flash worked perfectly fine, went into BIOS to change boot sequence and set the clock/voltage and restarted into this. Literally did fokol to prompt it into shitting a brick, and yet here we are.

 

[Toy Machine]

Debug LED indicating it is CPU, looking to see if I have a beeper to see if that can give me some direction.

 

[Toy Machine]

Debug LED indicating it is CPU, looking to see if I have a beeper to see if that can give me some direction.

Update: CMOS reset cleared it, back operating. Win.

 

[VPII]

Debug LED indicating it is CPU, looking to see if I have a beeper to see if that can give me some direction.

Update: CMOS reset cleared it, back operating. Win.

Yup cmos reset is the most simple way of getting things back to normal.