助力 5G 和边缘计算深入了解 Cloud XR.pdf

1、NVIDIA助力5G和边缘计算，深入了解CLOUDXRWater Zhou，December 2020#page#专业VR/AR/MR范時建筑数字内容制作医疗设计工业制作#page#把XR带入设计领域Bell Helicopter FCXPx量产前在VR环境测试实时的设计调整显著的时间和成本节约SECTORbDIGITALnVIDL#page#XR加速产品上市Mercedes Benz采用Nurulizer软件进行虚拟生产采用VR可以让不同地区的工程师一起设计加快产品上市的时间#page#打破VR的魔咒PORLimits MobilityIBreaks Immersion lInterrupt

2、s CreativityI Potential SafetyConcerns限制流动性打破浸入中断创造性潜在的安全问题ZnVIDIA#page#受限的VR体验In Product DesignIn VirtualProductionIn Media&Entertainment在产品设计中在虚拟生产场景ZnVIDIA#page#移动XR设备的传统限制有限的处理器性能内存不足以存放企业级别的数据集不足的低保真的图形EnVIDL#page#2nvoA#page#企业级的需求希望面面俱到高性能高保真的图形无束缚的移动体验nVIDIA#page#CLOUDXR愿景XR内存串流到任何终端XRContent

3、NetworkEGX ServersXR ClientsSnVDIA#page#nVIDL#page#基本的VR图形挑战Very High Pixel RenderingThroughputMaintainingVery LowLatency超高像素的输出确保超低的延退HMD updates poseVIRTUAL REALITYs450 MP/STRADITIONAL=60 MP/S8PCPU triggers redrawGPU computesnewimageHMD flashes displayMotion to Photon:S20 msnVIDIA#page#NVIDIA专业可视化

4、计算的演变AmpereTuringPascalMaxwellW/76KeplerPeoision日AGB GDORrologywitZnVIDIA#page#POWERED BY NVIDIA RTXRTCORES FOR RAYTRACINGTENSORCORES FORAlPROGRAMMABLESHADINGD口PBAnsysSSPEOSZoblenderVOwray6CclarisseProect LavnaBCATIADaz3DDABANJIASFORGEMarsOfinalRenderIC.IDO30PONOTCHIrayPIXARIparavicwREREDSHIFTREALIT

5、Y ENGINEaSideFxwetEOounityVMPWR50+RTXACCELERATEDAPPLICATIONS#page#NVIDIA RTX A6000Upto5x（10XPCle Gen43Gen NvLinLenovo TkStationXocnUpto2xLowProtleBridg96GBw/NvLink2XBandwidthw/Sparsity）P620nVIDIA#page#ONE FRAME ON TURINGShader51msShader十RT Core20msShader+wgfcnstciRT CoreYOUNG8L.000+Tensor Core12ms1F

6、rame on TuringZnVOIA#page#ONE FRAME ON AMPEREAmpere Software RT(Shaders）37ms11 msAmpere RT Core6.7ms2nd Generation Concurrency (Graphics + RT + Tensor Core） One frame on AmperenVDA#page#DEEP LEARNING SUPER SAMPLING什么是DLSS？Real-time upscaling and reconstruction technique实时的放大和重构技术Uses a deep neural n