This is while you have already seen this one.

This is a 57 100 X t Red Devil.

The Red Devil.

Siri's has always been their top end air cool triple fan Best Bend highest, clocking most power draw cards that they've got.

This is like their top of the line well, until today, because now we're taking a look at the new 5760 Liquid Devil.

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Ample interior space and air flow make the H.

Siri's the perfect choice for both air cooling as well as water cooling.

While the intelligent features offer integrated temperature monitoring and lighting control seamlessly to learn more about the H.

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So this right here is actually a 57 160 almost had founders edition.

It's a reference card, but with an Ikea water block on it.

So basically, we took the basic blower cooler off and installed our own block and reuse the factory back played on there because it doesn't mount up.

And it looks really good.

But you know what?

This still has the inherent drawbacks of not being necessarily the most been.

Do you play the lottery?

Uh, silicon Lauder?

You never know what you're gonna get.

Sometimes you win, sometimes you lose.

But what you also have to do then is incur the cost of water block and the new void your warranty potentially.

So what power color is done with the liquid devil is they basically took?

Like I said, all their top tiered been, um, CPU silicon and then made a whole nother graphics card out of it.

Now, the reason why I'm taking out the red double here is I want to compare the PCB because I'm not entirely sure if it's just a red double with a water core or a writer block slept on it.

Now, one other thing I want to point out to right now is you guys have been messaging me asking where my coverage of the 39 50 exes aimed.

He had very limited quantity of those, and they have sort of dispersed them.

And unfortunately, I guess we didn't win the wheel.

Oh, Review name HQ.

And it wasn't.

But that's okay, because we are gonna be covering the thread Ripper stuff which were really excited about because I think Phil and I might both be making the switch back to a m.

D for our studio systems.

And we're going to see what happens when you take a 32 core monster and just brute force your way through editing.

But that's coming up in the future Piece of content.

So this is you liquid double right here on this is a collaboration with E k e k E k water blocks.

But as you can see, they have got custom covers and stuff on them, which are very much part of the aesthetics we've got.

Oh, dye packs.

Okay, so obviously you're going to be and not the kind of dye pack that goes in like, say, a bank robbery.

So if you are building a loop from scratch, they already include guys.

Unless you've already kind of figured out what it is you want to do.

You already have dies.

Then you don't have to use those.

So here it is, right here.

You can see it's definitely an Ikea water block.

You can tell by the terminal right there.

It's got a nice back plate.

As you can see, it just got a brushed double logo there.

It's got a nice gunmetal in black matte finish.

It's not crazier got here in your face, but we've got to do the obligatory peel.

You ready?

Yeah.

10 phase power delivery system versus seven Phases found on the reference design.

It's got two bios.

It's got the OSI bios.

So no matter what, you're getting over clocks and it's got the unleashed bio.

So you might be asking yourself, What's the difference between O.

C and Unleashed?

I mean, oh, see?

Almost sounds like it's unleashed as it is.

Well, the difference here is the power limit.

So we've got up to 230 watts power draw on the O.

C.

Bios and 270 watts on the unleashed concerning the fact that it's water cooled card, you're only amusing in a water loop.

I can't see myself.

Oh, I can't see anyone using the OSI bios Just used the unleashed.

Um, having multiple bios, I guess, could be good for recovery and stuff like that.

You ever have an issue?

But cards like this, I feel like just just ship with one bias.

The fast one, That's all the marriage.

This is the same exact same PCBs found on the Red Devil.

You've got to eight pin power plugs that are required.

The BIOS button for the Red Devil, though, is a silent bios versus an OSI bios.

So that has to do with fan rpm.

Obviously, with this guy here increases our power limit, which is gonna get better clocks.

Speaking of cloth is advertised as up to 2000 and 70 megahertz, so I'm really curious to see how that goes.

And here's a size comparison, so you can see it is a shorter but taller graphics card, meaning probably better compatibility in terms of small form factor cases.

If you have the depth to handle the taller card plus the terminal, So we've gotta do now is we've got to go ahead and mock up a loop for this thing real quick, and then we're going to be doing some over clocking and temperature testing because the 5760 what?

The reference cooler was definitely a furnace.

But that was more so the coolest fault.

The aftermarket boards with even the fan coolers have definitely been doing a really good job.

So let's go in now.

Let's make it purple.

Also do as you can see we have some nice red glowing L.

E.

D's.

They're not set to remove puke out of the box, but there is additional software you need to download from power color if you want to change the colors on this.

Going into that, we covered that on the red double card.

If you're curious about that, how about software works or what the different moods look like?

You could go watch that video, but that's kind of a good thing.

And a bad thing regarding this card already is if when you when you add another block to a card that's guard, you be controlled.

You get a pigtail that comes out of it like we have already on card our reference card.

They plug it into a motherboard header or a splitter.

Whatever.

Control it with whatever software you want, misapply, aura or whatever.

Third party that you're using it when it's baked in like this and being controlled to PC I express, then you've got to run whatever proprietary software there so heads up.

There's probably another piece of arguably software you have to add to your computer.

If you want to control the colors on this, let's just going for a red thing than it's already done.

We're just kind of funny, considering it's a blue box.

That conviction.

Maybe Luke keep things consistent, but that's just a minor little great.

So we're gonna go ahead and use afterburner for this because it works just as well on.

It's just a supporter with Andy.

Graphics cards weaken.

See right off the bat.

We have core voltage control right here, which goes all the way up to 1.3 volts were leave that right where it's at our limit.

Next out, an additional 50% power limit.

As we already said of beginning of this, there are two different power limits on this card, based on the bios to 30 for OCR to 74 unleashed.

We are obviously on the unleashed bios.

At least that's where I make sure I didn't switch it again.

Yes, we are on the Unleashed, so that's important.

And I like that they made the print on that nice and big, so you can actually read it and not need to get like, a microscope to read it.

Like some of the brands, 2084 is where it's kind of set to allow it to go.

This number right here is not a hard cap with A and E.

It is not like in video where you are controlling an offset with a nd you're giving it a target.

But with a M.

D.

You're not guaranteed to get that target because it has other things that has to consider, like voltage and temperature and power.

Drop Memory clock is still sitting at 8 75 which I think might actually be referenced.

And then a fan is set to 100.

That's default out of the box.

So let's go ahead and see what we're getting right now.

Let's go ahead and load up some superposition.

Actually, no, we're going to heaven first.

So right away it went to 2000 and 34 megahertz and you could see it sort of bouncing around our edge temp and our junction temperature at 35 48 30 mil by 2 40 radiators with two fractal design case fans on here These air not even the high aesthetic pressure fan you could put on here.

They're also only running at 70%.

If I'm not mistaken that believe these were 12 or 1300 rpm fans.

They're not the fastest.

But I've always said a 120 millimeter worth of radiator per component if factory and 2 40 per over club.

So if you're gonna over clock your part, go with at least 2 to 40 some kind of sticking with that methodology I've always sort of adopted.

They've gotta Ikea Tower rez right there, which has got a D five and a reservoir built into it running just distilled water with some guy.

So it's not even like a pre mixed race like that when you're dealing with water because it has a massive thermal capacity, it takes time for it to fully reach its maximum temperatures.

As the temperature of the loop increases, so will the graphics card temperatures.

So we're gonna let this run for 10.

Uh, 10 minutes is usually good enough for a single component like this.

And then once we see that line plateaus, then we'll see.

Those temperatures are Maybe we'll play the fan speed a little bit.

But what I want to see is with the maximum over clock achievable is gonna be on this.

So let's go and look for temperatures.

Max Max Maximum will.

All right, So here's how long the test was running.

Our temperatures have pretty much leveled out.

Looks like our Max Edge temp is 45 our Max Junction Tim was 59.

Now that's that peak.

It is still running a 100% and we didn't lose any clocks.

As you can see right there, that's amazing.

I wish that was always the case, but we didn't lose any clocks.

They're So our temperatures, though, are realistic.

Dream or around 44 56 or so.

But what I'm kind of curious about right now is what happens if I increase the power limit.

So just increasing the power limit, What does that do to our clock?

Absolutely nothing.

Okay, so it says up to 2070.

And as you can see, it's set to 2084.

Now we're getting 2034 so I'm not sure now.

If that's voltage limit or if that's gonna be, it's not power limit.

It can't possibly be Parliament's.

What if I make that randomly 2100?

This is We are kind of moving.

Ah, whole curve up.

So it's not really the same as a GP bustan in video, but we are actually creating a curve increase.

So if I apply that at 2120 50 so we went up, it looks like a the whole table there 2121 of the things that's different.

If you do this through the actual global, what man is you can set a minimum target as well, which we can't technically do with afterburner.

So by not be able to set a minimum is allowing it to still have room to kind of fluctuate.

The core clocks as your kind of scene right here.

But we also found this by locking the minimum and the maximum.

We got a lot of crashes that way, so I'm just kind of seeing what afterburners capable of here.

I want to see if we hit 2100 0 wow.

I want to write to 2150 once I hit 2200 there.

So it seems to be saying about 50 below that, but there's 2150.

Let's do 2120.

I want to see where it's gonna crash, man.

Oh, I dropped down significantly.

It was that Oh, I went backwards.

When you reduce the numbers, the clocks go down with it.

So the slider will go past it.

But 22 hundreds were kind of maximum right there.

2700 Nazi.

It won't let me go past 2200 so it's kind of a false lighter.

All right, Well, about memory.

Memory is one of the things that super hard for over clocking on and B But because the memory is also being cooled by the water block because it is touching the memory, we might be able to get a pretty decent over part of memory whispered in 1950 a.

M.

D.

Memory tends to give you artifacts like all over the screen you get with the video cards too.

But for some reason.

The way it just the logic works between the memory and the dye or the GPU Die is you tend to get a lot more artifacts, but you can kind of recover from, which is kind of nice.

So 9 50 is already significantly higher than we got with our reference card.

Anything over like 909 25 was like an instant crash, and then 9 50 is where it's capping us right there.

See if I go 9 69 75 apply because we're back tonight.

So we've maxed out the sliders, at least an afterburner.

Now let's see what happens to the temperatures if we bring down the voltage.