Gadgetory

good morning my fellow Americans and tech fans from around the world it's time to set all of the bullshit aside that's right I said it all the bullshit off to the side my friends get rid of that stuff because now is launch day so we can dig deeper into these brand-new founders edition cards from Nvidia we've got the 20 ATI and the 20 80 in the house for you guys we got 15 different games and some other tests as well to show you if you happen to amidst our other unboxings where you show where we actually show you guys the basic specs of three different cards we'll have links down below to those things first off though let's talk a little bit about the architecture behind these new r-tx cards so let's take a little bit of a deeper look at the TU 102 chip the touring tu 102 GPU includes six graphics processing clusters 36 texture processing clusters and 72 streaming multi processors each GPC includes a dedicated raster engine and 60 pcs TPC includes two SMS and each SM contains 64 cuda cores 8 sensor cores a 256 kilobyte register file for texture units and 96 kilobytes of level one shared memory and this memory can be configured for various capacities depending on the compute or graphics workloads it's set to do ray-tracing acceleration is performed by a new RT core processing engine within each sm the full implementation of the t-- 102 GPU on the 28 ETI includes the following 4608 cuda cores 72 r/t cores 576 tensor cores 288 texture units the tu 102 in the 2080 I also contains 12 32-bit GD r6 memory controllers 384 bits in total tied to each memory controller or a trop units and 512 kilobytes of level 2 cache the full tu 102 GPU consists of 96 wrap units and 6140 4 kilobytes of level 2 cache and videos latest cards have some very new features under the hood starting off with a brand new SM the touring SM which provides each CUDA core with 50% more power per core than the previous generation Pascal SM improvement has been re-engineered so that the SM memory path has been redesigned to unify shared memory texture caching and memory load caching into one unit this translates into two times more bandwidth and more than two times more capacity available for level one cache for common workloads next we have the all-new Touring sensor cores the new tensor cores are specialized execution units designed specifically for performing the tensor matrix operations that are the core compute function used in deep learning these are very similar to the volta tensor cores the touring sensor cores provide tremendous speed ups for matric computations at the heart of deep learning neural network training and inferencing operations tuning tensor cores bring new deep learning based AI capabilities to GeForce gaming PC's and quadrille based workstations for the first time ever a new technique called deep learning super sampling or DL SS is powered by tensor cores DL SS leverages a deep real network to extract multi-dimensional features of the rendered scene and intelligently combines details from multiple frames to construct a high quality final image DL SS uses fewer input samples than traditional techniques such as taa while avoiding the algorithmic difficulties such techniques face with transparency and other complex scene elements the really big thing about arc TX in general is well rate racing in real-time now this not only makes games looks amazing but it actually makes them run better as well touring introduces real-time rate racing that enables a single GPU to render visually realistic 3d games and complex professional models with physically accurate shadows reflections and refractions basically what it does it makes it look more like real-life Touring's new RT cores accelerate rate racing and are leveraged by systems and interfaces such as videos r-tx ray-tracing technologies and api such as Microsoft's DXR and videos opti xtm and vulcan ray-tracing to deliver a real-time ray-tracing experience there is also another new feature called mesh shading which is just really more eye candy for the gamer mesh shading advances invidious geometry processing architecture by offering a new shader model for the vertex tessellation and geometry shading stages of the graphics packed line supporting a more flexible and efficient approach for computation of geometry this more flexible model makes it possible for example to support an order of magnitude more objects per scene by moving the key performance bottleneck of object list processing off of the CPU and on to the highly parallel GPU mesh aiding programs mesh shading also enables new algorithms for advanced geometric synthesis and object management this is called LOD lastly we see VRS or variable rate shading with texture space shading objects are shaped in a private coordinated space which is a texture space that is saved to memory and pixel shaders sample from that space rather than evaluating the results directly with the ability to cast shading results in memory and reuse resample them developers can now eliminate duplicating work or use different sampling approaches that improve the quality and the way the game plays when I did the unboxing I showed you guys that all these new cards had a USB seat connection now all the new touring GPUs will include a hardware support for USB type-c TM and virtual link virtual ink is a new open industry standard being developed to meet the power display and bandwidth demands of next generation VR headsets through a single USBC connection if you've ever set up VR you know that it can be a real pain in the butt now in addition to easing the setup hassles present today's be our headsets virtual link will bring VR to more devices that will actually work a lot better and easier all right so those are the tech facts a lot of stuff there there's actually even more to it but I know that a lot of people out there aren't really engineers they're not totally understood in the engineering side of things but I thought it'd be kind of unfair just to do gaming without actually talking about the architecture and stuff under the hood I know usually if you go like a buy a car you look at the you know the review of the whole car you don't really look at the review of the exact engine and stuff like that but I just thought in this case it's just better now real quick here the card specs side by side you can see there's not really too many differences between the two of them just very little between the two the power supply differences are both 650 watt recommended and you have the 2080 recommending that you have a minimum of 230 watts to power it and you have the 20 atti requiring that you have 260 now the 2080 I requires 2 8 pin power connectors the 20 80 requires a 6 pin and an 8 pin before we jump in and do all the testings and rock out to a brand new song let's first check out our test system and our test system is a pretty nice test system i7 8700 k 16 gigs of ram all in all really nice beefy system we're using the latest edition of Windows 10 with all the latest updates these are actually required for some of the games and some of the DirectX 12 testing that we're doing for the AMD side of things we're using their latest driver that's available on their website and for all the Nvidia testing were using the new beta driver for the RT X cards with all the fluff out of the way let's now rock out to a brand new song called arc of angels and check out the benchmarks let's go what do you guys think of that new song I mean in video cards aside for the moment um what do you guys think of the song I love it I got this brand new guitar player been working with he's a really great guys named Shaun Hernandez the guy can come up with riffs and he's awesome to work with we have lots of fun in the studio let me know what you guys think of this song first of all now I'm of three different minds when it comes to these new cards now a lot of the things that I was speculating before kind of in a way panned out to be true a lot of the things about the r-tx cards really are just visual eye candy making things look more realistic now in the long run all these new shadows and all this stuff yeah it does make things look more realistic me and Jesus we talked about look to the games look okay you know which ones really look difference okay here's a here's an AMD card here's the Vega 64 let's look at a minute and try to remember exactly what it looks like you know mean and then put it on there until if I you know put it put put two computers right next to each other and and look at them you know what I mean which maybe I'll do a video later if you guys want to see something like that let me know the new RTX cards just look really really good all the details are there all the shading is there it looks really really nice now is it going to totally make you go if you have a 1080i make you go oh my god my 1080 TI sucks I must sell it now and buy new r-tx card I'd have to say the answer is no now my three minds of this are there's the good the bad and the ugly and the good is this these cards do look great they do if you've got the cash to throw down and you just want the absolute best of the best and you don't give a frakking cows but about the price then these cards are really nice cards all the bells and whistles on you guys can see even at 4k 60 frames per second or more on every single solitary game that there is so that was a goal that they said oh you know nobody can have a video card that I can hit for came you know it's 4k is sixty frames per second but look NVIDIA did do that with these cards so if you're a 4k gamer and you want at least 60 frames per second gameplay well now you can actually get that with an RTX 2080 eye or a 2080 card you can do that that is the good you know I'm saying now the bad of this however is that currently there's not very many games out there that support all the new ray-tracing technology now this is probably going to be the future of games in the future of technology as people implemented into their designs but currently right now there's very few games that actually take full advantage of it shadow of the Tomb Raider was an amazingly great looking game it's actually pretty damn fun too you can you know check out lure crows booty that's right so I mean at that level you know that's kind of you know the bad because okay well if it's not gonna support a whole a whole lot of games right now if you go out and you buy this card right now and just rush out what are you really jumping into I mean cuz all your other games and stuff yeah they'll play you know and they'll play actually you know Nvidia really didn't hype this up too much they said between 35 and 45 percent better performance than a 1080i and 10 percent better than a Titan then you know what it turned out to be true those numbers were actually accurate they didn't hype that up whatsoever but unfortunately the bad is there's just not a whole lot of games and a whole lot of things right now for us gamers to take advantage of and then last but not least the ugly is just that whoo 1,300 bucks holy frickin shit Batman that is so expensive to get a video card I mean I can't say that's honestly just totally not worth it I mean almost I can I'm like this close to saying it's just totally not worth it but the person the media likes really knew Tekken is is okay it is but it's just it's kind of ahead of its time when USB first came out there were actually built or not a few years where there are USB plugs on every motherboard and no USB devices now this isn't that bad you know with the USB type-c connects on the back of it hopefully we're gonna see all kinds of new VR headset gear that comes out that's much faster has much better frame rates and makes VR just an overall better experience you know I mean hopefully we see that but these prices you know for 13 or bucks for a fountain tradition 28 yeah holy crap that it's so expensive yes you can get a non founders Edition 28 for about you know over a little over a hundred dollars right but that's just still supremely supremely expensive I just released a video yesterday if you guys happen to miss that as well the link where I talked about like right now for you you know want to go out and you want to build yourself a high-end gaming PC and you're like an Intel you know Nvidia guy the prize are getting so up there that unless you're a rich person you really can't afford it you know really offering AMD a unique opportunity to GABA pull out of market share because the people who don't have money or it's gonna be like you know what all these fancy new features yeah they look great they're all cool but man I ain't got that much money period I don't even can't even think about getting that much money and that puts Nvidia out of their reach and in a way that kind of really sucks because it puts in vidi in a position where honestly even if they make more money they're not going to be a card that the Lehman's going to be able to afford they're only gonna have cards out there that really rich people can't afford and that's gonna kind of suck so at the end of the day that's it folks the good the bad the ugly that's just how it is oh another thing I want to talk about as well I think I kind of I kind of missed this earlier the cards temperatures were actually pretty nice the 28th et I it got 81 Celsius under full load and the 2080 was at 77 so those temperatures weren't very bad at all and the card is completely quiet there was no lawn mower type effect going whatsoever I should have mentioned that earlier in the video the speculation it's over the results they are in I hope you guys enjoyed this video thank you guys for watching tech of tomorrow if you're not sub he please sub the channel we'd love to see you guys back here and make sure you see your subs hey make sure your notifications are turned on so that you see our videos in your Inbox peace out