Islam Ghunym

How could you even buy from this site. No carts, no price, but anyway typical efficiency of this unit at full load is 65% which is extremely bad as it looks and I don't think that it is reasonably priced too.

The reason why I am doing this is to get higher power efficiency not to mess it up by some kind of regulator + there is no normal regulator that can regulate 200 watts of power getting inside the motherboard and the GPU. so I made a clear question. I don't want any work around The plan is to make an online custom DC system.

Intel has started recently to move away from ATX-24 pin standard to a new 10 pin 12V connector only (ATX-12VO) the Asrock Z490 Phanton Gaming ASR is the first motherboard to implement that. The motherboard can take in 12V rail only then convert it to other required voltages 3.3, 5, -12.. whatever. Now this looks interesting and very useful because now I can use 12V batteries to power on my system. The thing is that batteries voltage will go as down as 11.6 and as high as 14.2V during charge so what will happen if a motherboard recieved a little bit of overvoltage to 14.0V above 12V standard. Will that be fine?. I had some experience with over and under volting different devices such as modems, routers, a Stick PC and monitors powered up by 12V batteries so that voltage goes high to 14.2 during charge and as low as 11V while they are still perfectly functional. Will that be the same for PC motherboards? I may have some overclocking problems or stock system crashes so I will ask in other words. Will th 14.2 overvolt on the 12V rail kill the motherboard or any of PC components

The reason why I like AMD that it is not a rude company decrypting bioses or locking processors like other 2 teams... I wish all good for the company to hopefully crush NVIDIA and Intel one day.

The problem is that I can't do that myself and can't trust anybody I know to do it for me. it would be more clean if I got a moded bios. Nvidia bios in encrypted yeah, but if there is any case that anybody could teleport stuff from cryptocurency 2080 ti if it exists to another specific card from a vendor or whatever. That would help.

@Jurrunio can I have some of your light bulbs

Shunt mod works only to increase power not to cut it down, right?

Is there anyway to remove power limits on 2080 TI cards? Is there any specific model from a specific vendor has unlocked limits from 80 watts to 500 watts out of the box or any known model that has been bios moded by the community and can limit power less than 50% I would like to buy one that I can freely adjust power limits depending on power availability.

Can you please redirect me to where I can find these information about different boards

Does higher end motherboards actually has more power efficicient delivery and less heat generation? like 14 phase motherbaords could be more power saving on stock settings or it just consume even more to deliver more clean power to the CPU and other components and how do we figure out if motherboard has great, good or bad VRM efficiency by just looking at it and the specs

so we start by memory OC then we go to core clock OC as we usually do on any Ryzen chip since 25-50 MHz on core clock is not going to make magical difference, but from 3400 to 3466 we may gain something better overall.

so you are confirming that memory OC should not effect core clock OC at least on Zen+

it doesn't matter I have I am an enthusiast I buy unlocked hardware and then mess up with it. this is not my personal rig, I want to OC this shit doesnt matter how much it will take.

it should be

that is something you should not really ask. either we push memory to limits or CPU to limits. OC both is not possible. one has to be faster at expense of the other

aha, but I already own a 3400G and it is single CCX and probably all Ryzen 2000 and 1000 series. anyway, should I crank memory up or core clock is preferred?

so does faster memory speed here matter or if we go higher clocks we achieve better performance?

so Ryzen 2000 and 1000 all comes with multiple CCX? I thought they are at a single CCX. well 3300x is a good example but that is a different arch Zen 2 unlike Zen and Zen+

I am not talking about limiting CPUs with multiple CCX to one CCX. that would be really stupid XD. I am talking about ones natively with one CCX only

this CPÚ has only CCX for the 4 cores I think. ccorrect me if I was wrong,

that why I am asking if memory OC is vital over core clock here for game FPS?

Ryzen 1300X for example?

does Memory OC preferred over core clock OC on a single CCX AMD Ryzen CPU for gaming?

I see t is a really bad sample.

this is not what is happening in my case. memory are pretty stable at any voltage from 1,1 to 1,3 V (some very minor negative impact on lowest timings at higher voltages) any higher GFX voltage is going always to help because the graphic unit itself is not stable at low voltages when memory are pushed high if it is not dangerous. so higher SOC voltage is going always to help in my case in particular.