WEBVTT 00:00:00.240 --> 00:00:08.200 there are a number of important things that separate AMD from Intel in the CPU 00:00:05.240 --> 00:00:16.279 Market these days here are just a few product called Threadripper AMD yes 00:00:11.040 --> 00:00:21.920 Intel no gigantic package AMD yes Intel 00:00:16.279 --> 00:00:25.560 no debuted at LTX amds Intel no but if 00:00:21.920 --> 00:00:29.560 the name and the sheer size and girth of 00:00:25.560 --> 00:00:31.840 AMD's new socket TR4 platform isn't 00:00:29.560 --> 00:00:39.160 enough to sell you on it then stick around because we're about to open it up 00:00:34.800 --> 00:00:41.330 and see if what's inside rips team blue 00:00:39.160 --> 00:00:46.139 a new 00:00:48.960 --> 00:00:54.239 one the be quiet! dark Bas Pro 900s 00:00:52.160 --> 00:00:57.399 modular design supports a variety of different layouts and configurations 00:00:56.280 --> 00:01:04.199 click on the link in the video description to learn more meet thread 00:01:00.879 --> 00:01:07.560 Ripper AMD's latest and greatest in more 00:01:04.199 --> 00:01:09.680 ways than one release for the Zen 00:01:07.560 --> 00:01:15.640 microarchitecture that threatens to hit Intel where it hurts the high-end 00:01:12.720 --> 00:01:20.920 desktop and workstation this is a really big deal because the last time AMD had 00:01:18.479 --> 00:01:25.640 any punching power in this weight class optons were still a thing people wanted 00:01:23.040 --> 00:01:32.000 to buy and you could still get a decent AGP graphics card it can be argued that 00:01:28.920 --> 00:01:36.079 ryzen 7 positioned against the core i7 00:01:32.000 --> 00:01:38.799 6900 K had a lot of appeal but it lacked 00:01:36.079 --> 00:01:45.479 per thread performance and more importantly perhaps the many PCI Express 00:01:42.799 --> 00:01:51.040 Lanes that professionals have come to rely on while Threadripper is actually 00:01:48.159 --> 00:01:57.240 clocked similarly to ryzen 7 and makes use of the same modular CCX design and 00:01:54.759 --> 00:02:04.039 infinity fabric interconnect by amping it up to four CCX of cross two dies we 00:02:01.960 --> 00:02:12.080 now get a total of 64 PCI Express Lanes that is 20 more 00:02:08.720 --> 00:02:15.120 than Intel's shiny new core I9 and even 00:02:12.080 --> 00:02:18.000 threatens Intel's Zeon server processors 00:02:15.120 --> 00:02:23.879 Who currently enjoy just four more Lanes than their core I9 counterparts and in a 00:02:20.640 --> 00:02:25.640 world where gpus are critical to 00:02:23.879 --> 00:02:32.640 high-end compute performance like rendering and scientific research 64 00:02:29.200 --> 00:02:36.560 Lanes gets you highspeed connections to 00:02:32.640 --> 00:02:40.159 a lot of them three gpus by themselves 00:02:36.560 --> 00:02:42.840 at 16x speeds would saturate a core I9 00:02:40.159 --> 00:02:48.000 or zeeon completely while on a Threadripper based system you're going to have 00:02:44.920 --> 00:02:49.680 room to spare to be fair to Intel their 00:02:48.000 --> 00:02:53.599 rationale is that there's not many scenarios where this is a big issue but 00:02:51.519 --> 00:02:59.319 AMD's betting and we believe they're right on NVMe storage high-speed 00:02:56.560 --> 00:03:05.519 networking and high performance external accelerator even gpus becoming more and 00:03:02.920 --> 00:03:10.920 more common as time goes on though with that said there is no word yet on 00:03:07.599 --> 00:03:13.680 Thunderbolt support in any AMD ecosystem 00:03:10.920 --> 00:03:19.680 what is supported on all AMD Zen based platforms though are The Usual Suspects 00:03:16.400 --> 00:03:21.640 like sense Mii Precision boost and xfr 00:03:19.680 --> 00:03:27.280 which allow Threadripper to determine the Optimal Performance State voltage 00:03:24.360 --> 00:03:32.400 and power limit on a millisecond scale and even boost performance further if 00:03:29.879 --> 00:03:36.120 the cooling is good enough old news perhaps but it's an important 00:03:34.120 --> 00:03:41.360 distinction from Team blue whose high-end desktop and Zeon processors 00:03:39.239 --> 00:03:45.799 have traditionally lagged a generation behind their mainstream chips in terms 00:03:43.840 --> 00:03:49.280 of power management well all right then lonus thanks for the recap tell us 00:03:47.680 --> 00:03:55.799 something we don't know we'll get to that first a closer look at the chips 00:03:52.000 --> 00:03:59.879 launching today the 1950x clocks in at a 00:03:55.799 --> 00:04:04.400 whopping 16 cores and 32 threads with a 00:03:59.879 --> 00:04:09.159 massive 40 megab of cash it achieves 00:04:04.400 --> 00:04:11.959 this by gluing together two zenis of two 00:04:09.159 --> 00:04:18.359 CCX each what's perhaps even more interesting is its little brother the 00:04:15.239 --> 00:04:21.360 1920x which still enjoys a numbers 00:04:18.359 --> 00:04:26.479 advantage over the more expensive cor I9 00:04:21.360 --> 00:04:29.520 7900 X at 12 cores 24 threads and still 00:04:26.479 --> 00:04:31.720 64 PCI E Lanes so we slotted both of 00:04:29.520 --> 00:04:38.120 them quite literally this new mounting mechanism is bananes into an ASUS Zenith 00:04:35.039 --> 00:04:40.560 extreme with 32 gigs of tridentz RGB RAM 00:04:38.120 --> 00:04:46.240 and a thermal take ring RGB cooler as for competition all three of our other 00:04:43.039 --> 00:04:50.600 test benches will be represented x299 00:04:46.240 --> 00:04:53.400 z270 and x370 and as for performance 00:04:50.600 --> 00:04:58.840 well surprisingly our 1950x actually beat out the competition 00:04:56.360 --> 00:05:03.080 in Rise of the Tomb Raider and DSX mankind devis 00:05:00.320 --> 00:05:08.800 but then fell well behind the pack along with the 1920x in 00:05:05.199 --> 00:05:10.960 CSO not quite sure why that would be but 00:05:08.800 --> 00:05:15.080 it pulls up alongside team blue again in our synthetics so maybe we'll chalk it 00:05:13.240 --> 00:05:19.880 up to the ongoing game engine optimization for ryzen that AMD has been 00:05:17.479 --> 00:05:25.479 shouting out or just another source engine Quirk to throw in the pile moving 00:05:22.360 --> 00:05:27.840 on to productivity benchmarks this is 00:05:25.479 --> 00:05:32.880 where it gets really interesting while our synthetics show Threadripper more 00:05:30.000 --> 00:05:38.199 or less trading blows with the core I 9 even in multi-threaded workloads when we 00:05:35.199 --> 00:05:41.800 get into rendering with cinebench R15 00:05:38.199 --> 00:05:45.960 and blender our 12 core 00:05:41.800 --> 00:05:47.919 1920x is competitive with the core I 9 00:05:45.960 --> 00:05:55.479 7900x and our 1950x is way out front like by a lot our 00:05:52.759 --> 00:06:01.160 two Threadripper CPUs also had the lowest performance drop during our 00:05:58.479 --> 00:06:07.400 combined streaming and local recording test with OBS in 00:06:03.360 --> 00:06:09.800 CSO beautiful so what's the catch Linus 00:06:07.400 --> 00:06:14.319 does it light up like a Roman Candle do we need a pocket nuclear reactor to 00:06:12.520 --> 00:06:19.960 power it well if you're overclocking actually maybe more on that 00:06:17.319 --> 00:06:24.800 to come but at stock speed Threadripper manages this kind of multi-threading 00:06:22.479 --> 00:06:29.880 performance at roughly a dozen more watts and 10 more de under synthetic 00:06:27.360 --> 00:06:34.800 load compared to the core I 9 and at these prices the value proposition 00:06:32.639 --> 00:06:40.599 especially for professionals is outstanding for gamers unless you're 00:06:37.560 --> 00:06:43.960 streaming or 3D rendering at the same 00:06:40.599 --> 00:06:47.560 time you're gaming Threadripper isn't 00:06:43.960 --> 00:06:49.840 going to be the best value but for pros 00:06:47.560 --> 00:06:54.840 it's frankly starting to look like a no-brainer if your workload relies on 00:06:52.520 --> 00:06:59.960 multi-threading performance or lots of adding cards now it remains to be seen 00:06:57.479 --> 00:07:05.199 how team blue will react if at all but given their negative press against AMD's 00:07:02.879 --> 00:07:09.759 epic and Threadripper products for Data Center and workstation use it's safe to 00:07:07.560 --> 00:07:15.080 say they're beginning to feel a little hot under the colar but that's okay 00:07:12.039 --> 00:07:17.280 Intel AMD's got a uh Threadripper that 00:07:15.080 --> 00:07:24.199 can help you with that get it it's a joke cuz you could rip the 00:07:21.000 --> 00:07:27.599 fabric whoa our buddies at cable mod 00:07:24.199 --> 00:07:30.160 bought an LTT integration business must 00:07:27.599 --> 00:07:34.160 be good and for good reason they're great people and they make great 00:07:31.919 --> 00:07:40.720 products and they've got a new product to announce today they're sleeving kits 00:07:37.280 --> 00:07:43.000 for aios they let you add the same cable 00:07:40.720 --> 00:07:49.639 mod vibrant colors to your all-in-one liquid cooler that you previously could 00:07:45.919 --> 00:07:52.599 on your cables and they are color 00:07:49.639 --> 00:07:57.639 matched so your aiio tubing can actually match your mod mesh cables installation 00:07:55.479 --> 00:08:02.080 is super easy you don't have to disassemble your cooler or anything like 00:07:59.800 --> 00:08:06.759 that you just wrap mod wrap sleeving around your AI tubing and complete the 00:08:04.400 --> 00:08:13.159 look with the included fastening Clips so check them out and maybe buy one buy 00:08:10.000 --> 00:08:15.400 one at the link in the video 00:08:13.159 --> 00:08:18.599 description so thanks for watching guys this video sucked you know what to do 00:08:16.720 --> 00:08:21.680 but it was awesome get subscribed hit that like button or check out the link 00:08:19.800 --> 00:08:25.360 to where to buy the stuff we featured in the video description also linked in the 00:08:23.960 --> 00:08:29.159 description is our merch store which has cool shirts like this one and our 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