J the builder here, and we're kind of continuing on this over clocking battle between Gamer's next to Sinai.

Paul has apparently decided to deal.

It has 79.

80 XY.

So that is something that is gonna be coming in the near future.

He's jumping into this.

My goal today is to get so far ahead to go so far past the current scores that we've already loaded up on the three d mark site that everyone just gives up well between Paul and Kyle and Steve.

Of course, the real over Clockers, they're coming soon.

We know they're coming.

So I want to show you guys something because Steve is banking on the fact that my CPU is degraded because that's what I said online.

And that's partially true.

But with the Internet doesn't know.

Well, I've said that much time with Internet doesn't really listen.

I've got my over clocks back, baby, this this ain't over.

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So what has changed since my last video of you guys haven't seen the last one?

Go ahead.

I custom made a block for R V J XY Ultra made.

Just use my chief GPU block.

I made a beer in block for it and then I have water cooled another 28 e t I.

That one's using a supremacy e k supremacy Ivo.

No, Vera, I'm cooling on it.

Still just using that he played that sort of on there.

But it's not gonna be a problem because the main card the one that has the display hooked up to it.

That's the one that gets hottest in terms of higher voltages and power draw.

So we seem to be getting away with it.

All right, But let's take a look at my settings here.

These are the CPU settings.

I've actually got the reason why I'm sharing this in this video is because I don't I think I'm gonna be able to push this much farther without deleting and doing crazy cooling options, which I'm just not prepared to do today.

So I'm going to kind of go for broke, put it all out there with my best scores and see what we get.

Because I will tell you this the score that Steve put up recently the Fort Worth 14,400 something would have beat my 66 14,008 for 46 14,008.

But right before he was able to upload his scores, I upload a better score.

So he's still in second place.

Otherwise he'd be sitting in first right now.

And we're gonna beat my own scores today because yeah, because reasons stairs where I'm currently at, we've got 4.9 gigahertz going right now on my CPU.

It's a Ford 49 ratio on there.

On all my courses, you can see my mess ratio minus three shows at 33 and a VX office.

It is set to zero.

You want zero because whatever number is in there is going to reduce from the multiplier.

So we're running a 49 multiplier and we've got a three mesh ratio, which is default.

It will drop our correlate our core ratio down to 4.6 gigahertz from 4.9.

If it's seeing an a V X instruction.

Now the three D mark times by CPU test isn't a V X test, so we do not want that negative offsetting.

Otherwise, it's going to slow down our CPI during that test.

So we also we're gonna be running here 2.1.

It's fine.

It's set to 2.1.

It's a little bit more to 0.1352 point 148 That's our seep you've in our voltage in.

That's the total amount of voltage going into the CPU.

That then has to be able to power both the V Corps, which have set toe 1.465 It's so high because because, well, not a golden sample.

It needs a lot of voltage and because I'm not delighted, so because I'm not delighted I have Temperatures are obviously an issue, so I've got to keep temperatures and voltage is very much in check.

Steve is running a delighted CPU, so he's got an advantage there.

As always, he's always kind of got an advantage.

He's kind of like Sampson.

I'm pretty sure his powers driven derived from his hair, so if I actually lose, I'm gonna fly to North Carolina gonna break in and I'm going to take clippers to him while he sleeps.

And then that's not creepy at all.

But it's totally worth it to win this battle.

Whatever.

So my Moesha said toe 1.35 visas V s air System agent is set to 1.3 as well as our vcc Io sento 1.3 and our uncork voltage offset is a 4 50 plus offset those air for memory over talking.

Speaking of memory, I'm running at 3800 megahertz.

This is Corsair Dominator Platinum Special Edition.

I'm running 1.6 volts.

That's a lot of votes, but it could take it.

Have tightened up the timing to 15 15 15 30 Not touching any of the sub timings.

If your case you're curious The ex MP profile on this is a 2034 47 with a 16 18 18 36 timing.

So we've tightened all of that up.

And of course, I've got all the fans and step on the theorems running pretty much full speed because we're asking a lot of power.

That so I'm gonna do right now, is I'm gonna rotate this computer back around.

So it's actually cooling my graphics cards again because I forgot I had this cold air that's coming through the A C actually blowing on the cards so that, as you can see, I don't have a water block on the theorems on this card.

You could see I could touch it.

Stuff is no problem, but I wanted to actively cool it with the cool air that is coming through the A C unit by turning it.

I did myself sort of a disservice there now because I do have both of my graphics card water cooled.

You can see my temperatures are amazing.

These are my These are my clocks that I'm sort of that right now these are my max clocks, but this is how I've gotten so far.

15 c on the second card, 15 c on the first card, but I've got a plus 1180 over clock on the ram on both cards.

As you can see, an A plus 1 60 on the core.

It could actually push that core a little bit higher, but for now, we're just gonna run it like this and we're going to see sort of where it lands.

So the further understand how important this is today, Um, Steve did his live stream where he beat me live and did like a 14,300 something scored.

And at a 14,000 like 68 was really low.

And Steve was very excited.

He beat me on live stream, and then I came into the studio and degraded my CPU.

Now I've got it back.

Like I said, we just got a 14,885.

It's so as you can see, he spent all weekend to beat the old score.

That's now 400 points lower than the score we just uploaded.

And we're not done.

No, no, no, we're not done.

We're gonna play around this for a little bit.

We're gonna see how much more we can truly, truly get out of this.

I told you, we're not done.

14,894.

Steve, what were you saying about my degraded CPU?

6 11,096 100 points higher than my previous I think.

Very graphic scored with 15,651.

I told you I'm gonna put this away.

I don't have time.

I don't time to screw around with this.

We got real work to do.

So what?

I change and you guys can't actually see?

I don't think, um, still says 4.89 I haven't messed with my B clock yet.

I did.

I did learn that this CPU likes a mixture of be clock as well as multiplayer.

So I'm still just on the multiplier at 4.9 gigahertz.

But I did bump up the memory just a little bit to 11.

90 still at plus 1 60 clock on both.

So there's that, Lee, these temperatures of both of them.

15 c.

That is amazing.

That's what got us our 14,000 8 94 So why don't we do this?

Let's just see what happens at 1200 on the memory, which is that this is insane.

I've never had memory go this far.

So GDR six is definitely loving the over clocks, so All right, let's just see what happens with that.

So 1200 megahertz, over clock on the clock, still in the same core that bumped us up to 14,898.

So close.

So close to the 15,000.

I could taste it.

Graphic scored.

65 15,009.

So why don't we do this now?

Why don't we go ahead and bump our core?

Clocked a 1 70?

Leave the memory worth that.

The amazing thing is, I didn't have any sort of artifact ing, which is absolutely unheard of at this clock speed.

So yeah, let's just see what that does.

That's 10 more megahertz on the core.

It's not gonna be an exact tends to be more like 12.

It's gonna step it up to the next P state.

So let's see what that gets us 14,009 to to look at it.

Well, would you just look at it?

That's that graphic score just keeps going up and open up.

This is where we're gaining.

You can see our CPU score is still around the 11,600 range because we haven't We haven't touched our CPU yet.

6 15,097 On the video, 14,092 on the graphics.

Look at it.

Look at me.

Look at it.

That's the star.

That's the star right there.

Okay, we're gonna do?

We're gonna go for broke.

I'm gonna go plus 1 80 on the core.

But what I'm gonna do right now is I'm also going to step up our core clock to five gigs.

We're not poor cocks are.

See, if you were gonna get the CPS five gigs, I'm gonna do it by adding two to the B clock.

So 102 which is 49 times too.

So, technically, it'd be 4.98998 posting up five gigs.

Right.

That is five gigahertz.

Okay, I know.

Doesn't show a five.

It's five rounding math, common core, all that stuff.

And just to show you that we're actually in the OS with this.

Here it is.

We're at 4.99 fluctuating.

So, five gigs.

There's our 49 multiplier and are 102 bass clock right there.

Dear am Frequency is at 1937 so that times too, right?

That's getting us just under four gigahertz.

But that's because the clock also applies to the memory frequency as well.

So I mean, I think we've already kind of achieved what we wanted to achieve today.

I'd love to see a 15,000.

I'm not entirely convinced that's gonna happen today, but possible.