Knowledge Workers Task Workers. Minimal or No GPU Utilization Use existing clear text codec (no significant investments) Professional Users R R R

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5 GPU Utilization Per App Single Session Client/Server VM Multi Session or App Remoting Power Users Full GPU Resource Utilization RD GFX uses multiple GPUs when available on box RD GFX uses all Hyper-V dedicated GPU resources Scale up to the hardware limits (example: 25 users on NVidia M60) Use GPU shaders vs. MF hardware encoders (no encoders limit) R R R Professional Users High Burst GPU Utilization RD GFX uses virtual GPU to scale Improvements on Video detection and handling Region classification improvements Improving the image codec R R R Knowledge Workers Task Workers Minimal or No GPU Utilization Use existing clear text codec (no significant investments) User Scale

6 DDA Discrete Device Assignment DDA RemoteFX GPU-P WARP Software GPU-PV WARP

7 Windows Server 2008 R2 Windows Server 2012 Windows Server 2012 R2 Windows Server RemoteFX vgpu RemoteFX vgpu RemoteFX vgpu RemoteFX vgpu DDA & GPU Partitioning Hyper-V integration DX 9 support DX 11.0 VM connect with vgpu GPU management DX 11.1 support Higher video memory Up to 2560 x 1600 resolution Scale improvements OpenGL 4.4 & OpenCL 1.1 1GB dedicated VRAM Up to 4k resolution Server VM support Improved performance DDA Full API support* Native GPU driver support Improved RDSH scalability with GFX HW acceleration Use all available GPUs or GPU partitions GPU para-virtualization AVC Mixed Mode Use GPU shaders for hardware accelerated encoding Q Q Maximum performance *Verify card support for this configuration with GPU vendor

8 Windows Server 2008 R2 Windows Server 2012 Windows Server 2012 R2 Windows Server 2016 Windows 10 ERS RemoteFX vgpu RemoteFX vgpu RemoteFX vgpu RemoteFX vgpu DDA, GPU-P/PV and more Hyper-V integration DX 9 support DX 11.0 VM connect with vgpu GPU management DX 11.1 support Higher video memory Up to 2560 x 1600 resolution Scale improvements OpenGL 4.4 & OpenCL 1.1 1GB dedicated VRAM Up to 4k resolution Server VM support Improved performance DDA Full API support* Native GPU driver support Maximum performance Improved RDSH scalability with GFX HW acceleration Use all available GPUs or GPU partitions GPU para-virtualization Improvements on Video detection and handling Region classification improvements High DPI down-sampling *Verify card support for this configuration with GPU vendor

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10 LAN Bandwidth Latency Quality (L_AB PSNT) Complex PowerPoint Slightly Higher Chroma Simple PowerPoint Slightly Lower Chroma IE 20.5% Lower Slightly Lower PDF Mixed 44.5% Lower PDF Text 40% Lower Lower Chroma Flash 44% Lower Word Remote Input 47% Lower Lower Chroma 10 Mb Bandwidth Latency Quality (L_AB PSNT) AVC v1 vs. AVC v2 CPU regression 330% -> 72% Complex PowerPoint Simple PowerPoint Slightly Higher Slightly Lower Chroma IE 21% Lower PDF Mixed 30% Lower Slightly Lower Chroma PDF Text 25% Lower Lower Chroma Flash 44% Lower Lower Word Remote Input 47% Lower Lower Chroma 1 Mb Bandwidth Latency Quality (L_AB PSNT) Complex PowerPoint Higher Luma, Higher Chroma Simple PowerPoint Slightly Higher Higher Luma, Slightly Higher Chroma IE Slightly Lower Slightly Higher Luma and Chroma PDF Mixed Slightly Lower Higher Luma, Slightly Higher Chroma PDF Text 11% Lower Lower Chroma Flash Slightly Lower Lower Slightly Lower Chroma Word Remote Input 50% Lower Lower Chroma

11 Multiple GPU Utilization Demo Scenario: Two users access a machine with two graphics cards using a remote desktop client. Each user is running high frame rate graphics load in their remote session.

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13 How to enable: * Physical GPU must be present

14 Demo Scenario: User is playing video in a remote session. Video is encoded using hardware acceleration when available. User can move the video window around the desktop with smooth playback experience.

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16 How to enable:

17 Demo Scenario: User is remoting to a workstation using a 4K or high DPI display over a network with constrained bandwidth (5Mbps).

18 Down-Sampled 4K Native

19 Average Processing Time (%) Average Encoding Time Demo data recorded using: Network: 5Mbps DPI: 200% Display: 4K kDownSampled 4kNative 4kDownSampled 4kNative Total Sent Bytes Output Frames / Second kDownSampled 4kNative 4kDownSampled 4kNative

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21 How to enable:

22 BW reduced by 11.2% BW reduced by 9.5% BW reduced by 7.2% Remote Desktop uses different codecs to efficiently encode text, graphics and video regions of the display content BW reduced by 3% BW reduced by 27% BW reduced by 15.4% BW increased by 16% Regions must be classified properly before passing the data to the encoders to provide optimal user experience. Output size after updating classifier Output size previously

23 RD uses Indirect Display Driver (IDD) Improved reliability Performance optimizations Less memory read backs Less color space conversions Better codecs for UHD High Dynamic Range (HDR)

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25 mstsc UWP Mac ios Android HTML5 USB P Printers P P PDF Camera P P Smart Card P P Scanner P Hard Drive P P P Mouse P P P P P Touch P P P P P Pen/Multi-pen P Pen to Mouse Keyboard P P P P P P Video (out) P P P P P P Speaker P P P P P P Microphone P P P Clipboard P text, image P text, image text text Location Sensor P

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27 Demo Scenario: User can use any of the video cameras, built-in or attached to their Windows PC, in applications running in a remote desktop session. RDP PROTOCOL Camera Redirection

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