Nvidia Reveals New Chip for its Omniverse Platform

Speaker 1: The Apollo 13 crew was 136,000 miles from earth. When a faulty electrical wire caused one of the two oxygen tanks to explode. And the now infamous words, radio back to NASA. Speaker 2: Hey, we had a problem here Speaker 1: To work. The problem, NASA engineers tested oxygen, preserving and power cycling procedures [00:00:30] on a replica of the odysey spacecraft, Apollo 13 would've ended in disaster. If not for a fully functional replica on earth. This was an important moment. NASA realized the power of the replica, but not everything can have a physical twin. So NASA coined the term digital twin, a living virtual representation of something physical extended to [00:01:00] vast scales. A digital twin is a virtual world. That's connected to the physical world. And in the context of the internet, it is the next evolution. And that's what Invidia omniverse is about. Digital twins, virtual worlds, and the next evolution of the internet. Over 20 years of Invidia graphics, physics, simulation, AI, and computing technologies made omniverse [00:01:30] possible. Simulating the world is the ultimate grand challenge. Omniverse is a simulation engine of virtual worlds. Omniverse worlds are physically accurate. Obeying the laws of physics. Omni operates at vast scales and omniverse is shareable connecting designers, viewers, AI, and robots. But what are the applications of omniverse? I will highlight several immediate use cases today. Remote collaboration of [00:02:00] designers, using different tools, SIM to real gems, where AI and robots learn and industrial digital twins. But first let me show you the technologies that make omniverse possible Speaker 3: [00:03:00] Omnibus technology will transform [00:03:30] the way you create Speaker 1: [00:04:00] Omniverse is scalable from RTX PCs to large systems, R TPCs connected to someone hosting omniverse. Nucleus are sufficient for creative collaboration, industrial digital twins, however, need a new type of purpose built [00:04:30] computer digital twin simulations involve multiple autonomous systems interacting in the same space, time data centers, process data in the lowest possible time, not precise time. So for digital twins, the omniverse software and computer need to be scalable, low latency and support precise time. We need to create a synchronous data center just as we have DGX for AI. [00:05:00] We now have O VX for omniverse. The first generation of Invidia O VX omniverse computer consists of 8, 8 40 RTX GPUs three CX six, 200 gigabits per second, nix and dual Intel ice lake CPUs and the Envidia spectrum. Three, 200 gigabits per second, switch fabric next 32 O VX servers to form the O VX super pod. Speaker 1: [00:05:30] Most importantly, the networking computers are synchronized using precision timing protocol and our DMA minimizes packet transfer latency O VX servers are now available from the world's top computer makers and for customer wanting to try omniverse on O VX Envidia launchpads are located around the world generation one O VX are running at Envidia and early customers. We are building our second generation O VX starting with the backbone today. We're [00:06:00] introducing the spectrum four switch at 51.2 Tera bits per second, the hundred billion transistor spectrum four is the most advanced switch ever built spectrum four introduces fair bandwidth distribution across all ports, adaptive routing and congestion control for the highest overall data center throughput with CX seven and Bluefield three adapters, and the DOCA data center infrastructure software. This is [00:06:30] the world's first 400 gigabits per second end to end networking platform. And spectrum four can achieve timing precision to a few nanoseconds versus the many milliseconds of jitter in the typical data center. Speaker 1: That is a five to six orders of magnitude improvement. Hyperscalers will enjoy increased throughput, quality of service and security while reducing power and cost. Spectrum four [00:07:00] enables a new class of computers for omniverse digital twins in cloud or edge data centers, Invidia spectrum four, the world's most advanced ethernet networking platform and the backbone of our omniverse computer samples in late Q4 omniverse is network of networks connecting virtual worlds. The value of the network amplifies when diverse ecosystems connect through omniverse into a unified [00:07:30] workflow. Since last year's GTC, we've increased connections from eight to 82. We have connectors with chaos V Ray Autodesk, Arnold and blender. Adobe's 3d substance painter, epics unreal engine five and Maxon cinema 4g. Many developers want to OEM and connect omniverse directly into their software. Suite. Bentley systems is the leading infrastructure design, construction and management platform. [00:08:00] They integrated omniverse into their Luminart platform to do interactive engineering grade millimeter, accurate 4d visualization of massive infrastructure. Digital twins Bentley's Luminart with omniverse is available now.