Name: 我們兩個月前就把英特爾甩給了AMD... We dumped Intel for AMD 2 months ago...那麼，它是如何？ (We dumped Intel for AMD 2 months ago... So how has it been?)
Uploaded: 2021-01-14T10:40:15.000Z
Duration: 14 min 31 s
Description: 【看影片學英語】數萬部 YouTube 影片，搭配英漢字典即點即查，輕鬆掌握單字發音與用法，長久累積看電影不必再看字幕。

It's that time we're gonna talk about what it's been like getting off of Intel and onto a M D for our work stations.

So we promised you were gonna do this after using it for a while.

We've used it for a while, and now we have some opinions about it.

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So this truly is Part two of the Thread Ripper 3000 Siri Seep You video that we started last year.

So one of the things that we did when rising first came out in 2016 was I switched to rise in for 30 days and I went.

Because anyone could sit here and run some tests and be like, Okay, here's how performed.

But in two, unless you actually use it every day in all of your tasks and get rid of whatever you're using prior to that and commit to Onley using the thing you're reviewing, you truly don't know how performance, no matter how much you think you do.

So that's what we do when there's a new platform that launches.

And so I did that with reason we did it with the first generation dread Ripper feel how to 1920 that was running really strangely, if that makes sense, it had a lot of first generation errors and weird, just quirkiness.

I feel in the bios, trying to get the thing to run right, but we eventually even just ran no over whatsoever simply because of the fact that it was being super wonky.

In fact, the one kid is right there with the coming back on.

That was the intel, um, so we skipped 2000.

Siri's throat Upper altogether went back to a 99 100 k because Phil, having been in the editing industry for well over a decade, now like 15 years.

One of the things that's always made editing on a Mac, especially quid pro so beneficial is the fact that it has quick sink and Intel is able to take advantage of Quick Sink, which really helps with Premier.

And let's I g p You become a dedicated and coder for each 0.264 making it a hardware encoder.

So one of the things we really had the bank on moving to a 32 core 64 thread crazy overkill processor like this for video editing and general used purpose is that we had to hope that the brute force method would overcome the efficiency method it's got.

Eight will sit What, uh, four times 8 16 24 30 It's got four times the amount, of course and threads that Intel is gonna get us four times the performance.

Probably not, but we're gonna go ahead and test some things here.

So our major use case here is video editing.

Multitasking definitely sprinkled in some games filled.

There's a lot of capture when we have any screen capture, some game captures and stuff like that.

So we do have a neck stream, the overkill PC for a very I want to say eh, geez, case, because this is more mainstream what we do.

But let's go and talk about the two systems here.

It's got 32 gigabytes of Corsair vengeance RGB memory.

It's got a 28 e t i gaming ex trio from MSC, which is a very high end 2080 I card, um, power supply that matters.

It is a Iot water cooled with a 360 red versus this guy over here.

So if you haven't seen the build log we did on this, it's definitely worth checking.

Checking out this when we decided to go full on thread ripper All in.

So it's fully water cooled using fantex water cooling gear.

As you can see, we have 64 gigs of Ram in here is we do have double the ram.

So it more than makes up and the fact that some water over that trio and then obviously it has got a 39 70 x 32 core 64 thread processor.

So what we're gonna do is we're gonna take one of my projects from back when you're building the studio.

It's a four k scratch footage that these are identical timelines.

They're there are covering carbon copies of each other's.

We've got the intel running the quick sink hardware encoding and then the AMG running software encoding.

This is kind of the worst case scenario is four K being transported down to 10.

80 p because that is another intensive task.

So we're adding stress to the sea fuse, which is exactly what we want.

So intel using hardware encoder with the I g.

P with the h 800.264 dedicated encoder versus just brute force software encoding.

So we're gonna click is at the same time 321 cue So you can see we're comparing the start time of media encoder and all that such Wow, I'm surprised it opened a faster over here in the intel if you want the truth.

Uh, okay, so we'll do this again in 321 Go.

C and D is already up and running, so you can see the frame rate playback.

Two of the little window right here that says remaining 11 minutes.

This is like, this looks like just a like a gift playback rate.

Yeah, so it's only really using four of them solid.

And the rest are all sitting like twenties and thirties, some single digit perform utilization.

So our actual export time over here and Phil had to go over there and grab lunch from Postmates.

They called this intel still just going fairly past the two at the 2/3 mark.

Look, I know that a lot of people probably already angrily.

And we also know that that that CPI was four times more expensive than this one.

But this is truly from the workstation type of category of a review.

There's money around here time that were spent waiting for systems like this because right now we can't do anything else on this system like we probably could.

The encoding with Adobe increases the likelihood of an error popping up.

And then it's just not a great multitasking experience when it's being leveraged like this because the core is being well, you could see right here pegged so we can't do anything else with this system.

Right now, it is 100% utilized, but that is where this is where our use cases we went from this system to this system, and this is how the performance has benefited us.

But I think people might be like, If you really want to tell, you should be using the Intel 39 or 31 35 X, while that one's $1000 more than I am the one and it would still get beat in this instance because you don't have quick sink.

Oh, it's done 10 minutes and 38 seconds, versus five minutes and 14.

It's literally twice as fast plus 10 seconds faster on top.

So Phil and I've been going back and forth on how to come up with some sort of a background test where we can see multitasking.

I mean, what really are we gonna do when we're not working?

Making videos around here is probably gonna be gaming.

So whatever, we're just doing a CPU test.

So, actually, cause we don't have identical graphics cards in here, even if we clocked them the same, this is on water.

But we're gonna do We're gonna run just a CPU test with times by extreme in a windowed mode, not looping or anything.

We're just gonna compare the scores and compare the render times.

So once they're both doing collecting system info that both on envy me drive.

So I'm curious to see which goes faster, Okay?

They're both gonna be done before the stupid benchmark starts.

That's still it's just a smooth as it ever did.