Micro Center came through for us and got us a retail version of the 39.

50 x from a m.

D.

The rise in 19 that apparently right now is creating quite the splash in the CPU space.

But we're not building with this guy today.

Oh, no, we are going all the way to the 39 70 x the new 32 core 64 thread, 144 megabytes.

Akash Bo he meth That is gonna be putting in some serious duty today.

Well, I guess for moving forward, because this is gonna be rendering all of our videos in the future.

Maybe even this one.

I don't see how it goes.

Thehe mount of processing power that is being held in my hands right now is insane because of Andy 16 core 32 thread mainstream desktop processor which may or may not become my new daily driver here at the office.

I haven't decided yet, but we've got both of the new reasons here.

The 39.

60 x and then 39.

70 x.

So the 39 76 as I already said, has 32 cores, 64 threads.

Ah, ba jillion pc lanes.

We're gonna set aside the 60 expert now because I don't know we're gonna do with that one yet.

We're talking about some parts are here because we are building filet new editing rig.

When he first started here, he was running off in 1920 X that we built off first Gen threat First Gen Thread Ripper.

Just a graphics card.

This is Win a T.

I was running off a 1920 x first Gen Thread ripper because my 1950 experts used in my symbiote build, and that's still put together and just sitting on display.

But anyway, I digress is besides the point.

So he probably for the 1st 6 months of working here, if not more exclusively edited off a thread ripper.

Now, the amount of processing power that that had with software that can leverage multi threading adobe not necessarily being one of them was absolutely insane but was also insane was the amount of quirks early adopter, bleeding edge technology bugs that sort of came along with that, including updating the bios and constantly having weird like us be disconnects and just random wonky nous that forced filled to go back to what he was familiar with, which was Intel.

So for the last well over six months now, Phil has been editing specifically and exclusively off of a 99 100 K over clock to five gigahertz because of quick sink.

Now, quick sink is just we've talked about in the past.

But basically it allows us to use the eye GP.

That's inside of an Intel CPU as a dedicated h 0.264 encoder.

So with that comes a lot more speed when it comes to encoding with a little bit of quality loss, a lot of you have never even noticed.

But what we're gonna do today is we're going to know leave that rig fully intact as it sits because what we want to see is whether or not weaken brute force our way past the rendering speed of that system while keeping the quality of full hardware and coding.

So that's what we're gonna be doing here today.

So using our 39 70 x and all of those cores, um, clock speeds important with adobe some a little bit, I want concerned.

I'm definitely curious as to how this is gonna turn out because we know that Risen does not clock as high as Intel and went to fill running at five gigahertz on 900 K.

Although that's only what and of course is that 8/4 16 thread.

Yeah, and this being twice the number of cores, then that has threads and four times the number of friends.

And this has that's gonna be pretty and say, I think I messed that right, whatever.

So the rest of the parts we are also kicking that off here with the R o G Zenith to extreme Jesus, Thing is heavy.

This is the second version of the board that was used in my symbiote kill.

So we're using that.

This was part of the package that was sent over.

Um, we are also gonna be pairing that with 64 gigabytes.

I think this is stepping it up.

I think you have 32 gigs now when you're 900 k, Rick.

So you're twice as much memory.

Faster memory of that, um, and all the rgb goodness that goes along with it.

But this is the new Dominator stuff from Corsair.

So it uses the Capellas led veggies a lot less power which make it better for clocking in terms of graphics card, this is the V g.

Force 28 T t i E x c.

This is a founder's edition PCB basically reference PCB and the reason why we're doing that is for a couple of reasons.

One the XY Ultra has is a triple slot card.

So it has a crazy big plate on it where this just uses the standard double, which is perfectly fine.

But because we are also introducing our sponsor for this particular build, fantex were using their 28 e t I block right here.

This is part of the glacier Siri's.

We're also going to be cooling our thread ripper with their C 3 99 a threat Ripper block.

And this is gonna be exciting to show you guys is massive.

The amount of heat visitor on this or in terms of the heat sink fins for the actual jet plate are insane, as could be the temperatures with the CPU.

So that's why we are obviously gonna be water cooling this when it comes to storage, though, we've got So this is just a scratch drive.

This is a Kingston SST now.

This is what feel that it's the footage on, and then he that exports it off to a different drive.

And then he doesn't run his operating system or adobe off this drive, either.

This is just for handling the footage, the raw footage.

Our main drive on this is going to be, Of course, they're empty 601 terabyte.

And the reason for this is this is a true PC Jen four SSD.

Giving us significant improvement in read right speed over even PC a Gen three and then for our mass storage.

And what fills season for backups.

And such is to 10 terror by Iron wolf drives, which are the same drive that we have running in our NASA.

So he basically backs up all of his stuff onto here and then backs it up from here also onto our nasty.

He's kind of got redundant backup, not only in his own machine, because he's arm eared.

These are backups of each other.

We also back all of it up onto the server, so it's kind of triple redundancy.

Listen to Phil and don't do what I do because nothing's backed up on my machine and I am connected to the nest.

I'm just dump, so don't do what I do.

Do it.

Phil does.

He doesn't write, so I hired him.

When it comes to keeping things cool in our chassis, we've got 15 light loop 1 20 fans from course Sarah here.

Don't know if we'll meet all 15 but I've got plenty of them.

We've got a commander Proto linked them all together.

Phil is a fan of RGB because Phil understands the RGB gives you the freedom to make it whatever color you want.

You can ignore the marketing behind it, not to be all salty about it, embraced the RGB, embrace the color choice.

And we got the 15 of those, which should be plenty in terms of our reservoir.

I am not running the fantex reservoir combo that they gave us because it uses ah Laing ddC pump.

I don't have a DC pump here, so I'm not able to use that.

We showed that in a previous video when we kind of did the little in boxing of it.

But what I'm using instead is our singularity computer Prodi um reservoir, which I think is gonna look great in here.

One that wasn't sure if I was gonna use in my personal rigor, not which have decided to just use in this rig.

But we've also got the extended reservoir to make the make it taller, make the capacity bigger and kind of fill out this case a little bit better.

Because we're also using the former into Lux to now just being known as the 7 19 They kind of did a bit of a name change on this.

So keep that in mind, you're going to see Lux to all over this, But they did change the name on this in terms of radiators.

I haven't decided what I'm going to use yet it can mount upto one, 234 480 millimeter radiators, which I sort of showed and got all freaked out about in our review of that.

But I haven't decided how I want to do the raid ears on this yet, so I might use multiple three sixties.

I might use a single for 80.

I don't know yet.

We'll just sort of figure that out as we go.

So what do you say we just saw ahead and sort of sort of sort of head and sort of go ahead and start building and we end up with it happened.

Actually, the package right here wasn't I just saying is really weird about this box, literally also about Well, there it is and all of its beauty and all of its orange goodness.

We kept orange for two reasons.

One fills current rig is set up with all orange lighting and stuff.

It's still together.

We didn't take anything out of there except for the scratch disk in the the other drives right there.

But because threat rippers, colors or orange, I think we nailed it.

I think that Bill definitely is reminiscent of reason toward River right there.

I've only got a couple of numbers to show you here in terms of over clocks, really quick over clocks as well as some benchmarks.

Because today's video was not about giving you guys a review, today's video was taking along for the ride of building the system that we're now gonna use daily to give you a long term review.

So now that Risen has sort of narrated like a fine wine and it's now gotten its flavor.

Third Gen Thread Ripper based off of risin.

We expect to be really, really good based on what we've seen with mainstream risin Now the 39 70 x 32 cores, 64 threats you can see right now it's idling at 36 cm.

Will feel can see in there, but there is Ah, as with all the RPG boards or is it a light display on there, which is giving you various readouts, and you can adjust that with software?

But that's not the point into video.

It's currently idling at 35 seat.

Now that's important because we do have it running 4.2 gigahertz.

All core precision boosts enabled CPU enhancement on all that stuff, but we found that we kind of hit the same wall a 4.2 gigahertz, as we found on desktop or a mainstream where at 43 and above, it just gets all kinds of wonky.

So we just pulled it back to 4.2 all core over clock the memory from 2 38 100 only 200 megahertz.

But over clock, the F clock or the fabric clock from whatever the auto setting was to 1800 megahertz, which is where we found we got the best results on mainstream stuff.

We're testing 3900 x on Senate bench AR 15.

Not a good test for the CPU.

By the way out of the box, we got a 73 92 that is approximately 192 points higher than my W 31 75 x 28 core 56 thread.

So almost as many cores Intel CPU on the Dominus motherboard over clock to five gigahertz, running on frozen or ice water through our ice bucket challenge thing when we were doing the over clock competition with Steve, that's a $3000 CPU.

This one is significantly cheaper.

I gotta fill.

Put the price we're here like we got off on the 79.

19 was before we touched the memory.

Then I got 8005 and 8026 by over, clocking the memory 200 megahertz and then over clocking in the fabric.

Look.

Ar 15 however, is not a very good test for this because it runs too quickly.

Allow me to demonstrate you get massive fluctuations with scores because the test is over too quickly for it to truly calculate the score properly.

I mean, there was a 7930 but look, I mean, how long is that?

How long's that test?

Sick 1 1000 2 1000 3 1004 5 1005 seconds.

Five seconds.

There is a day that used to take a minute.

Now, if we go and go to be here are 20.

Which is and I'm showing you guys the scores because you could download this these tests for free these these benchmarks and compared to your own systems.

So out of the box, we got 3 17,077 and then over clock to 4.2 gigahertz, which it shows.

Right there.

We got 3 18,093 and with the memory upgrade or the memory over clocks, we got 18,005 11.

And if you want to see what that test looks like just real quick, it's fun to see a little boxes.

These were just like they're like little worker ants.

Look, go do that.

And this is a test that also took forever when it was, it still takes forever, unlike a 99 100 K, but our temperature, as you can see right now 65 c under load.

Now, when I did temperature testing on this, what I did was I went in here, ended a custom test.

So I just said to like 10,000 seconds, it would run for like, you know, plenty of minutes.

And I let it go until the temperature stopped climbing, which is where I think RCP loop are deep.

You NCP loop would have caught equalization and it stopped at 74 c didn't get any harder than that.

74 c 32 cores 64 threads over clots that's 15 or so See less than fills water cooled will take a Iot 9900 k will get at eight course and 16 dreads, so whatever they're doing is amazing.

But obviously we have the fantex glacier block on there, which is doing ah, hell of a job keeping the CPU cool.

And then we've got the glacier block that's being used on our 2028 e t i even J card which you showed at the start here but in terms of radiators ended up going with a 480 millimeter, 30 mil thick rat on the front and a 360 30 mil on the top.

So we've got ah lot of radiator surface area on here, but I just wanted to kind of generate here that this is not the review.

This is the preparation for the review, and we wait to the last minute to do these bills because there are always changes along like we get the stuff sometimes two weeks early.

But then there's, like chips that upgrades or chipset updates or BIOS updates, and then any testing you do aesthetically invalidated that when you got startled over, so we always wait to the very end.

Cool it, too, if you have to show that we're using the course.

Of course they're XL five, which is a premixed clear that we put Orange Diane and then he's exactly one leader of it, and then a few drops of distilled water.

Oh yeah, and the the Revolt X, which I keep forgetting to mention their evil exes.

Pretty insane, because it's a perfect power supply for this case, since this case is capable of a dual system, which I showed in the review of this case.

If you haven't seen it, please go and watch it.

I'll try and link it blow.

But I always forget you could put in I t X chassis in the bottom right there and then this power supply actually has 2 24 pins and plenty of CPU header pins so that you can actually trigger both systems off of a single power supplies.