Threadripper 7980X has landed. (monster)
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- Опубликовано: 8 май 2024
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AMD Threadripper 7980X: geni.us/RyGuRNe
AMD Threadripper 7970X: geni.us/cjm9f
AMD Threadripper 7960X: geni.us/I0D4Q
AMD Ryzen 7950X: geni.us/v3rUP
AMD Ryzen 7800X3D: geni.us/aZy5Kg
Intel 14900K: geni.us/wavqYIh
Threadripper 7000 looks kinda nuts. 96-cores, quad-channel DDR5, and MEGA motherboards. Here's what I think of the 7970X and 7980X.
my wallpapers: optimum.store/products/shift-...
0:00 Intro + specs
1:51 Monster TRX50 motherboard
3:09 Test setup, 6400 DDR5
3:58 Benchmarks
8:20 Power + temps
9:10 Nuclear OC
10:36 Overall thoughts
Video gear
Camera: geni.us/5YfMuy
Primary Lens: geni.us/pWnoPBr
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Dude you can fit a small indie game on the cache of the 7995WX. The times.
I wonder how software rendering would actually work out for older games.
You should also be able to run Crysis OG on the CPU cores alone at 15-18fps via SwiftShader.
Linus got 7-9fps on a previous 64C/128 AMD CPU 😎
@@kuroneko9270 Word. I remember playing and beating Crysis as a young teen with 20fps average. On the lowest quality settings, no less. I didn't even complain.
Kids, man.
@@keres993 Yeah ofc kids nowaday grow up with this kind of hardware. Like most games need to run at 30fps on consoles on 4k and on PCs like minimum 60fps. Thats like the new standard for gaming and you need to accept this.
I don't know if you mean this "kids, man" in a negative way.
Now imagine if AMD brought 3D V-Cache to the Threadripper line. The Epyc 9684X has 1152 MB of L3 cache.
Kinda crazy to think that at some point 10 years from now, this will be retro tech going for $18 per CPU on eBay like older Xeons are now.
Haha I had the exact same thought! That and there'll always be those people trying to milk it for way more because "original MSRP was $5k bro!"
sounds like people on facebook market place trying to sell GPUs for 2-3k because they got hoodwinked and finnessed during the pandemic@@MystMyth
x86 might be dead by then.
@@Volker_A4 In ten years?? Extremely doubtful considering how much stuff is built around x86, I'd think it would take decades of gradual change before a complete switch like that happens, at least in the consumer space.
@@Dell-ol6hb ARM CPUs walked out from behind the tree rubbing their palms and go "yeahh bwoyyy"
I was working in scientific computing for a couple of years and this is where these CPUs shine. Brute force numerical calculations - in my case, modeling of chemical reactions using approximations to Schroedinger's equation.
Though scientific computing is a good use case of such CPU, from what I have seen there are not many program/framework/environment/whatever-you-call-it that efficiently utilizes multi-core processing, just like what the video shows. Yes, high performance CPU is helpful, but for a chip as powerful as Threadripper, the software is the real bottleneck, coming from a computer engineering perspective
couldn't you use CUDA?
this more like the optimal usage of this monster CPU, heavy intens calculating task or modelling with some complex algorithm. it was so fun back in my college day at our HPC lab, we try too stress test the new cluster computer at it with our program based on different algorithm;
@@holderuasome types of calculations run better on CPU architecture. Not sure if that's the case for him, tho
@@deansmits006 i imagine so seeing as i doubt the company he works at would drop that much on machines that aren't the best fit for their workflow
I'm a Mechanical Engineer and these things are made for FEA and CFD. You're utlizing the multi-core capabilities to the max, and RAM is king in models that easily run on hundereds of gigs of RAM. You're also writing terabytes at a time, so fast PCIe and storage make a huge difference. When people ask who would pay that much for a CPU, it's the engineers who would can use this hardware to iterate faster, save development costs, and even use generative design solutions.
I believe its better for companies to rent out cloud computing services because yk down the line chips like these quickly become redundant.
years down the line, when these chips become extremely cheap (due to datacenters selling off older processors), it's quite a bargain for students.
I read all of that and tbh I don't think you are an engineer. I wouldn't let you engineer my toilet
"generative design solutions" == AI bullshit
Generative design doesn’t use AI it just uses FEA to calculate stress distribution in a part given certain boundary conditions, then it iteratively removes material in low-stress areas until it hits the weight or stress target define by the engineer. Very cool stuff, thankfully doesn’t depend on AI, just math
I'm about to attend college to study mechanical engineering
As a software eng. I would love to see some compile times (Firefox or Chromium, maybe Linux kernel with all modules) in the benchmarks section. Maybe next time. :)
Gamers Nexus did Chromium compile, it completely shreds it.
Well unless he’s using gentoo probably not. However in terms of giving one an idea of how performant something for compiling/transpiling, building a kernel or a browser actually is a good benchmark and it’s not entirely synthetic either.
I’m sure those who need this capacity know its capability. However this is good knowledge for those who do not need the speed/capacity but want to understand what is possible with the computing power available on the market.
This dude is a gamer, what did you expect? I wonder why he even got the threadripper, what a waste.
@@Gone1229 fr he doesn't even need a workstation
bread ripper the way it so god damn expensive
enough power draw to burn toast as well
Not for gamers
Thank you for the practical reviews/comparisons. Especially for us 3D artists it helps A LOT to see it. Keep up the top notch work!
Congrats again for a simple and objective review!
the camera angles in your videos are crazyyy just love how you get creative man!
Clean video and nice editing as always. Keep it up !
Really enjoyed this video.
Love your new hair dude. Its inspiring
I wish the mainstream regular motherboards looked as slick and cool as these pro motherboards
they could, even with the same price just need to use some (a lot) polycarbonate 🫣
i mean there are slick and cool regular motherboards but you have to pay for it lol. It’s like saying i wish 10k cars looked like Ferraris. The pro motherboars are way more expensive to build
fr
Yeah it’s sick as! So industrial and minimal. Love it.
@@tayk-47usa41 Look at some expensive asus mobos, they are non-slick and extremely uncool, one could even say cringe. It's not the price that's the issue. These companies just don't respect gamers the same way they respect their processional clients.
One word for your videos: *Aesthetic*
the red light lines in your video was a nice touch
I would absolutely love to see you build a workstation with that, considering your build quality it would be amazing
Love the Amen Break in the intro haha
I like his videos before I even watch it, this guy is by far the best in this area of youtube. Love you bro
This is a BEAST!!!
yo Optimum love the vids bro. Would love to see a video on that new mouse latency device you got. Really curious to see what the fastest mouse clicks are out there
good video man!
I would love to see another mini PC monster build with that thing in it, i just like your building videos.
Dude build the most compact monster build ever, would fit your audience so well!
Honestly pretty tempted to create a massive workstation and run all my family's PCs virtualized from a server rack and fiber all over the house. It won't be the best for gaming but it'll be good enough and it'll do just anything. I can also host my servers and containers too all at the same time.
Bro is way too passionate about his tech! Ah, to be young and optimistic again.
youre back!
It is not for everybody, but it is excellent for some workflows:
- Virtualization
- VFX (exr formats...)
- Storage and connectivity. You can easily add a lot of nvme working at their full speed and several 100Gb (or 200Gb) erthernet boards.
- Multi GPU applications
Crazy power. Amazing video, imagine a itx build with this, it would be difficult to cool, but it may be possible.
The cpu socket alone is nearly big like a itx board.
lmao its impossible and impratical, part of the point on threadripper series is the expansion slots with all the pcie lanes
Doesn't make too mich sense for ITX since the CPU alone consumes like 550W at full load. Air-cooling that in a tiny case would be very loud. A custom water loop is almost mandatory.
ur video quality is amazing .... i really like ur videos
Very nice video which illustrates how this CPU is a niche item for specific CPU-heavy loads since most mainstream productivity apps such as video editing or 3D modelling & animation apps use GPU acceleration these days, where a beast CPU would be redundant.
4:35 my understanding was that they used the zen4c cores that are essentially physically more compact than zen4 at the cost of stability, aka no high clock speed, hence why you can have 96 of them but with lower single core performance, so you should not expect them to preform the same.
Great video! You presented their performance really well against mainstream CPUs as that is what info people will be after. I was looking forward to seeing a sff threadripper build teaser
SFF build for a CPU which consumes 500W sustained and spikes up to 550W under load? Yes, a great fit for an SFF system, as long as you have an external 1600W PSU hooked up *and* if you don't mind setting your house on fire.
Never thought about optimizing media at the end of a project in DR. Gonna have to try that. 🤔
Seems like this Threadripper is probably good for game developers?
Good mix of rendering and compiling code... it'd be nice to see compile times stats too.
In a future mouse video, could you test motion sync on and off? With it on, I feel like I tend to aim short slightly, but idk if it's just me or of motion sync is causing some kind of negative acceleration effect. Love your videos!
I'd really love to have a dual slot , 8 channel setup. Just for the sheer insanity of it! 🙂 I really like the Treadripper lineup.
🔥
I still fondly remember my 7980xe 18c36t. I had a GoldenSample and was able to clock it at 1.25v on all core 5.1 GHz with direct cooling. What's actually so fascinating about it is that the CPU alone drew 700 watts on the 5Ghz all core in Cinebench. If you now look at how big the DIE is and then think about the fact that the 2011-3 CPU still breaks the voltage in the CPU..... what Intel built in 2017 is really fascinating!
The 12 core combined with the HEDT MB would make sense for something like a heavy duty NAS / small office server.
Damn Man!!! A huge fan of your Videos. Could you share your shooting gear for such clean videos? Very eager for that video.
Maybe late response but he posted that he has a Sony FX3 (Same sensor as the A7SIII he linked in the description) and a FX30 on Instagram. But its all about the lighting.
I'm absolutely need this for excel data processing😂
I need his workout routine ASAP
Manny the Mammoth reviewing Tech again!
The thing on the GPU vs this CPU is on the project size. Blender for example if you make a massive project like for a movie or so, you will use a bunch of crazy stuff that will kill your GPU in terms of memory, but these CPU will compare and won't have these kind of constraints.
fire!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
That red light on his black shirt looks pretty dope
hey brother!! i love you videos! can we see a comparison between the wooting 60he and the new razer huntsman mini v3 pro analog ?
Mindblowing.
amazing tech but arm workout drops when??? 👀
bro your studio looks like batman headquarters
Glad I wouldn't need room heater for winters anymore.
reviewing tech that speeds up the process that you can make tech reviews is the craziest infinite money glitch
I have a question do you think you could make a video on the Razor Huntsman V3 Pro keyboard because from what I see its the faster than the wooting and apex pro also great video!
The thing is with GPU rendering, I can't use even a 4090 for rendering my 3D scenes, not enough ram, not even on a A5000. As soon as you are using udim workflow extensively with a large number of texture GPU is over. For motion design or product viz gpu rendering is very good, for full cg scenes rip.
For 3D artists out there, don't fall into the "fastest rendering hardware" trap, buy the hardware that can actually render what you need to do.
Exactly. People act like GPU rendering is the only way forward. But as long as RAM is as limited as it’s historically been on GPU’s, then there’s no way more demanding 3D workers will switch.
And that hardware is?
@@hanzevisualsCPUs with a shit ton of RAM?
What about an RTX 6000 w/ 48gb of memory? If the highest end enterprise cards can't handle your scene it sounds like you need to start using rendering farms / clusters
To be honest I don't understand how someone could have a need to render things so massive that they can't fit in high-end GPU memory but also do not have access to a CPU based render farm. I your work does not have a render farm and/or can't pay for access to it, you are probably not charging enough or going out of your depth (doing something extremely unoptimized). Are you trying to generate 32bits images just for fun?
And while they will sell them to you if you wish, those CPUs really are not for single user workstation, it doesn't make sense to pay so much for them and then get only like 10% real use uptime. I even doubt this thing makes financial sense for a freelance 3d artist compared to cloud rendering cost overtime. In fact, I think that you would need to render more frames than could be reasonably be made by an artist in a classic schedule.
Just get a reasonably powerful PC, with a fast preview low quality pre-render, make a full mid quality render from time to time and then either pay the time or the cost of render farm to deliver finished project. It doesn't make a lot of financial sense otherwise...
just the casual "(monster)" in the title got me rolling.
Here is to hoping someone makes an ITX board that supports it.... I really enjoy the small PC life.
Awesome review, however a bit strange testing this productivity product on rendering. It's not designed to do that and GPUs are far more efficient for it. I'm a power user myself and would kill for one of these. Rendering 3d scenes is a GPU activity, however generating geometry(in Houdini for example) is a CPU task, and also one that requires huge amounts of ram. I would love to see some files compression and decompression for testing raw CPU power.
Lots of production renderers use CPU though, like V-Ray (with more features than GPU), Houdini Karma and RenderMan (with help from the GPU for certain tasks). The stability, scalability and feature-proof nature of CPU rendering is still king for many pipelines
well, that's what he said. For his workflow it doesn't do much.
Came here to say this. However I agree heavy cpu loads should be great to see.
It depends, let's say you re a VFX studio and you re contracted to work on a pixar/disney level of animation quality. Then you ll need much more ram than any consumer GPU has, 24/48GB simply wont cut it for some scenes. In that case you re probably looking towards getting 256+GB threadripper workstations
@@ThunderingRoarsome of nvidias dgx series gpus (such as the a100, h100) can have up to 128gb of ram. though granted they are ai/compute focused cards so not sure how they’d fare in rendering performance
Im happy with my 7800x3d tat thing is just "chefs kiss". Optimum i wonder can we see a video on the new razer huntsman v3 pro lineup keyboards as well as drunkdeer gaming keyboards which both are new to the rapid trigger lineup. I know ull be bc but i just hoping to get a certificate from u
Maya Arnold renderer and Bifrost simulations will benefit TR as those can cripple ANY cpy/gpu quite easily
Bro is ripped
Holy CPUs are good
What about runing a local AI (LLM) model in that Threadripper vs the others?
Give me that yes I need that !
9:30 : the good old looking bios
Would love see sage style vrm heatsinks on itx MB's.
thats a chonker
Wish you did a code compile benchmark as well, many people would pay the price to reduce that time in half
Threadripper 7000 is a MONSTER. Makes regular Ryzen and Intel Core look like cheap toys (and that's even with the 7980X being heavily memory bandwidth bottlenecked on TRX50 with 1 channel per 16 cores).
I'd love to see something that's cpu only, like compiling firefox. It should scale really well
another great video, but wait what is intel's version of threadriper?
AMD committed to that AMDip
GPU is KING now! That was Jensen's vision.
you can do a reasonable SFF ATX workstation in the new XTIA case
The most interesting thing would be compare between 7960X + two RTX4090's vs 14900K + one AND two RTX4090's. Because I know so many video editor's who thinking about add one more GPU for better Davinci Resolve performence, but they have no idea if it's valuable investment for the money... if scaling is almost double etc. Because 14900K has only 20 PCI lines etc. The most exiting formats are RED RAW, BRAW, H264 422 10bit and H265 long-gop 420 and 422 10bit
as a 3D artist myself I think you should test simulation which heavily relay on CPU such as liquid simulation, cloth simulation and... etc in Houdini or Choas Phoenix liquid simulation. Simulation is heavily used in movies and these CPUs seems to be made for studios than Individuals
You should collab with a woodworking channel to make a desk with you, since I remembered that you wanted a change in an earlier video. Cheers.
I think you guys should all add simulation projects when testing CPUs. I don't know about everybody else, of course, but I'm only considering upgrading to a TR at the end of the year or early next year (ideally it would be the 8970X i think) only because I work with simulations, water, smoke etc as a 3D animator. These CPUs are designed for stupidly big math equations, scientifics things and simulations. So I find it always kinda sad that it's never really talked about as most people interested in these CPUs are actually using them for these reasons!
But Cinebench is a nice benchmark I think, idk how it translates to the simulations and all tho, thank you for the video!
Pretty sure that the board supports 2 PSUs for redundancy and not necessarily overclocking 😅
Imagine how fast you can play minesweeper with this CPU.
Oh fuck yeah boys I can't wait to play Oldschool Runescape with this MONSTER.
I would love to see your monster setup with this CPU
Man i would love to buy a threadripper build for my mom shes an interiour designer and would hugely benefit from having an actual workstation instead of her midrange gaming laptop
Go for the temptation build
optimum what paint do you use in your recording studio i love that gray color
the upside down placement of it on the mobo is driving me insane
Hey Ali, seeing that you shoot on Sony cameras, their compressed codecs wreak havoc on CPU's and GPU's, for some reason unlike the FX9/6 that have the proper, XAVC-I implementation that is very easily decoded, the FX3/30 and A7S3 don't use those codecs and chug a lot.
If you record externally to ProRes, you'll be surprised by how well it runs. You've used Blackmagic RAW before so I'm sure you know :)
Those arms! 🥵
im still chilling with a ryzen 7 1700 since launch day and its still going strong
You can buy used 3rd gens if you're ok with that
@@rocky-zx6kq huh?
@@O6ias an upgrade. The latency benefits are worth it
@@zoomzabba452 oh i dont need to upgrade is what im saying lol. The og ryzen 7 1700 still works fine ive never even hit 70% usage yet 😂 pc is fast as f still
the Mack truck of CPU processors
What about AMD's SAM (Smart Access Memory) using EXPO DDR5 and a AMD GPU? If that's supported with the 7980X...
thats not how sam works
GPUs aren’t kings when it comes to rendering. In some cases yes, but far from all. This CPU would be perfect for something like corona in architectural visualization.
What’s the point in running GPU rendering tests with a CPU for CPU Rendering. In general with CPU rendering, you would put the most money into the CPU and just get the cheapest GPU with the most RAM. That way you still get good performance in viewport, but great rendering power for finals.
It's worth it for context. A lot of rendering can be done now with top end mainstream platform and a 4090.
Threadripper is for when youre serious enough to have multiple 4090s and nvme raid.
i need this for college 😄
Can you test the 7800x3d vs the 7950x3d in gaming seems like one would out weigh the other. I’m undecided on which to upgrade to as far as gaming and some photo and video editing for my rig. Please make a video of this 🙏
All CPU's Bossfight
Would love to see how these compare to Apple's new M3 line up. Hope someone makes a comparison video soon.
A monster, with a monster price tag.
Madness
4 th
Madness? THIS IS SPARTA.
Great Video, What PSU (Watt) should I have for a 7960X and a RTX4090?
I need this for editing Word documents
currently running a 7995WX and 4090 SLI
king of reviews🔥🔥🔥🔥🔥🔥🔥🔥
did you even wtach the video
@@tomslt0597He did not, he had at max 3 minutes at 1x speed to finish the video.
To watch the entire video at the time he commented he would have had to watch the video at 4x speed which is very hard for a human being to understand and then judge optimum as the "king of reviews"
what do you think i commented on instincts tuu@@tomslt0597