Nvidia PROMISES 100X Gaming Performance Over 5090!

Nvidia just announced DLSS5 and it changes everything. AMD's next gen was just spotted. RX 10000 gets a huge update and Nvidia promises 100x performance over current gen. Welcome everyone to Gamer Mel. Nvidia just announced DLSS 5.0 at this year's GTC conference. And while this isn't even the biggest announcement from the company, I'll get to that later in the video. But this is huge in its own right in that it's a massive departure from all previous DLSS technologies. So far, DLSS has been Nvidia trying to use artificial intelligence to help raise the performance in games. But DLSS 5 is now aimed at visual fidelity. That's right. Nvidia's newest technology is all about making games look better than they did before. And this, I have to admit, could make or break Nvidia here. Because if a game can look significantly better on one GPU versus another, it could be a huge reason to go Nvidia. But if people don't like it, sure, you could turn it off, but it could make Nvidia GPUs known for having poor visuals. Either way, let's take a look at this. So, as you can see, it absolutely changes the image significantly. And in some ways, I definitely think it looks a lot better, but in other ways, it's almost like it's changing the actual feel of the scene and characters. I mean, here it looks a little dark and atmospheric, but when DLSS5 is turned on, it almost makes it look way brighter. And here in Resident Evil Reququum, it seems to change the shape of her lips. Like, it makes them fuller. I don't know if that's just me, but it definitely doesn't make her look the same. Sure, you can absolutely see that it makes the scene look far more realistic, but to completely change the textures like this is wild. Hopefully developers can have some control over the final image and the way it looks, but I don't know. Plus, according to Digital Foundry for Nvidia's demo, they use two RTX 5090s. According to them, Nvidia has a long way to go in terms of optimizations, which obviously, but having to use two 5090s definitely makes me concerned about what kind of performance hit we can expect here. These games are the first to be released with DLSS5, which is set to come this fall. But let me know what you think about Nvidia's new tech down in the comments below. This bad boy is the most insane live streaming camera ever released. And yes, it's actually made for live streaming. As you'll quickly notice, it has a huge lens with a 1 over 1.3 in monster camos sensor with an aperture of f1.05. If you didn't understand any of that, basically it's a massive sensor with a lens that can open really wide for great low-light filming and a real background blur. I don't mean this fake AI blur, but the real deal. Oh, I almost forgot to tell you what it's called. Got a little too excited, but it's Holland's new Venus Live Air. And it has its own LCD screen, record button, HDMI out, USBC, an auxiliary mic in, LAN, DC in for power. This is a beast. And it doesn't just have great hardware, but the software is mwah because they use their huge database of streamed scenes to perfectly calibrate for the various lighting and color conditions to make a webcam that anyone can use. Just plug it in and go live in gorgeous 4K 30fps. I've been using it for a lot of this ad and you've got to admit that it looks awesome. Now, if you want to make presets of your own, you can create up to 20 custom presets for the perfect look. To top it off, I can control it with the app on my phone, so I can use it anywhere. This is so cool. Whether you're a podcast host, streamer, video creator like me, or really anywhere you want awesome looking video. Pick up the Venus Live Air by clicking the link down in the description below. Once again, check that link out in the description below. We're finally starting to see nextG AMD CPUs. I'm not talking about their newlyannounced refresh either, but AMD's true nextG Zen4based CPUs. As you can see right here, we actually have a new Geekbench benchmark for a 10 core AMD engineering sample. Of course, that doesn't necessarily mean that it's nextG, but here you can see that it mentions AMD Plum MDS1, and Plum has already been linked to AMD's NextG FP10 socket. Not only that, but it has 32 megabytes of L3 cache, which can't be found on a single CCD with 10 cores. So, this makes it clear that we're looking at a nextG Medusa point APU. What's wild is that we actually found shipping logs for a CPU with the same sample number. Now here it mentions 4C 4D which should mean four regular Zen 6 cores and four Zen 6C or dense cores. That's obviously eight cores but as video cards points out this could mean that AMD is including two low power cores in the IO die similar to Intel. Now when it comes to the performance it's clear that this is an early engineering sample not just because of the benchmark scores but also because of the clocks that were shown during it. So, it's clearly early on, but it's also clear that AMD is moving along nicely. AMD's RX 10000 just got an update that will bring massive performance gains in gaming without needing more cores. This story originally comes from a new pull request that was done on the open- source compiler that AMD uses called LLVM. And essentially, AMD added some code for GFX13, which is the architecture inside AMD's nextG GPUs. And essentially what it does is make it much easier for nextg GPUs to use the feature dual issue which essentially lets the GPU handle two math operations at the same time. Meaning in that instance it's able to double the performance of that operation. Now AMD GPUs have technically had this feature starting with RDNA3 but it was rarely able to use it which is why the rated FP32 throughput on those GPUs seemed higher than what they could really do. This change allows nextG GPUs to use this in far more situations. And this should specifically help in gaming because we're talking single precision compute which is heavily used for rasterization. What's wild about this is that it means that nextG GPUs could get a serious performance jump without even getting more cores. So, if they actually get the insane hardware boost that's been leaked, nextG has a chance to completely blow past Nvidia's nextG best. Nvidia just promised a 100x performance increase in gaming GPUs. And we aren't just talking about more fake frames or anything like that. So, the story originally comes from a new presentation at this year's GTC conference where Nvidia's own John Spitzer discussed the future of game development. Meaning, we aren't talking about AI, professional workloads, or anything like that, but specifically in gaming. And during that he shared this slide where you can see the first claims that going from Pascal to Blackwell there was a 10,000x performance increase in path tracing. And that of course isn't all that impressive given we're talking about an architecture that didn't even have hardware ray tracing. With that said, they did mention this here, so it's not completely absurd, especially given Nvidia was the first to incorporate cores specifically made for AI workloads in a gaming card. Regardless, this isn't the interesting part of this slide. The really wild part is the discussion about future performance targets. As you can see here, Nvidia is expecting to get an unreal 1 million times the path tracing performance of Pascal. And initially, that may not seem all that great. Once again, it's comparing it to software ray tracing. But when we look at that number, we're still talking an unreal 100x performance increase over current gen Blackwell cards. And that's no joke because to get that 10,000x performance, they're clearly taking into account 6x multi-frame gen. In fact, during the presentation, he even mentioned DLSS 4.5 going into that 10,000 times number. Now, I've seen some comments talk about them using something like 100x multiframe gen to get there. But there's a giant issue with that. Remember that as of now, generated frames can't take input from the user because they're based on data from their previously rendered frame. meaning the input latency is essentially the same as it is without frame gen. Technically, it's a little worse because they are adding steps in the pipeline when using frame gen. But essentially, what this means is that I would argue we're at the limit of where frame gen can really be useful right now. For example, if they tried to do something like a 100x frame gen because graphics have gotten so demanding if you're at say 2 FPS rendered frames up to 200 with frame gen, the game will still feel like a 2 FPS game because you can only give it input during those two FPS. Meaning Nvidia will have to actually make GPUs faster or completely change the way DLSS works to get to these numbers. Basically, Nvidia has some massive plans for the future of gaming.

Get your own pro LVL streaming camera with the VenusLiv Air: https://hollyland.info/4lfSRK4 #VenusLivAir #hollyland #Livestream #camera Nvidia promises 100X performance increase, DLSS 5.0 is wild, AMD's next Gen CPU was just spotted and RX 10000 gets a huge update! Stay tuned... ****Items featured in this video available here**** Newegg (Affiliate): https://geni.us/newegg1 Amazon US (Affiliate): https://amzn.to/3b9UjKB ►GET THE MERCH: https://meldstore.com/ ►CHAT ON DISCORD: https://discord.gg/gamermeld ►SUPPORT ON PATREON: https://www.patreon.com/gamermeld ►GAMER MELD SPONSORS: https://www.gamermeld.com/sponsors X: https://x.com/GamerMeld Facebook: https://www.facebook.com/gamermeld SOURCES: https://x.com/harukaze5719/status/2033481018175529255 https://wccftech.com/amd-begins-testing-medusa-point-on-plum-fp10-motherboard/ https://videocardz.com/newz/amd-zen6-medusa-point-10-core-cpu-leak-confirms-32mb-l3-cache https://www.youtube.com/watch?v=uLsykckkoZU&t=988s TIMESTAMPS 0:00 - DLSS 5.0 Is Wild 4:02 - AMD's Next Gen CPU 5:20 - RX 10000 Gets A Huge Update 6:39 - Nvidia Promises 100X Performance