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Blade workstation—If the sending computer is a blade workstation, then its NVIDIA driver exposes all
display outputs the operating system as if they have monitors attached. The resolutions provided by
the NVIDIA driver cover a broad range of settings and should meet most user needs. If the desired
resolution is not available, see
Adding custom resolutions on Windows on page 48.
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Virtual workstation—If the sending computer is a virtual workstation with a hypervisor, the NVIDIA
driver presents a single display to the operating system. The resolutions provided by the NVIDIA driver
cover a broad range of settings and should meet most user needs. If you are using a single display at
the receiving computer, no further action is required. If you need to configure additional resolutions
and/or make additional displays available, see
Creating and applying an EDID file on Windows
on page 48.
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Traditional workstation—If the sending computer is a traditional workstation, then its NVIDIA driver
expects to find a display attached to one or more outputs. When it does, it queries the EDID (Extended
Display Information Data) information from the display for its supported resolutions and makes the
display and resolutions available to the operating system. If you do not have a display attached, the
NVIDIA driver reverts to a single VGA output with basic display resolutions. If you want to rack mount a
workstation of this type in a data center, you need to attach an EDID emulator device to the graphics
card outputs you want to use or provide an EDID file from a display you want to emulate. See
Creating
and applying an EDID file on Windows on page 48 for more information.
Creating and applying an EDID file on Windows
There are software tools available to create and edit an EDID file, but the easiest method is to use an existing
monitor from the receiving side and temporarily attach it to the sending system, which should be Windows-
based with NVIDIA graphics. If you have several different displays that you use on the receiving side, HP
recommends that you capture the EDID information of the one that has the highest display resolution. This
will address all other resolution needs.
To create and apply an EDID file:
1. Attach a monitor to the sending computer.
NOTE: This is not possible with blade workstations that use MXM graphics.
2. Open the NVIDIA Control Panel and click View system topology.
3. Click the EDID link for the port where you connected the monitor.
4. In the Manage EDID dialog box, click Export and save the output to a file.
5. Disconnect the monitor and establish an RGS connection to the sending computer.
6. In the Manage EDID dialog box, click Browse and select the EDID file you created.
7. Under Connector type (video signal), select DisplayPort (Digital).
8. Select the checkboxes for the DisplayPort connectors you want to apply the EDID file to. If you apply the
file to multiple DisplayPort connectors, RGS will be able to support dual-display configurations.
9. Click Load. The EDID information will be applied.
10. Click OK, and then click Cancel to exit the Manage EDID dialog box.
Under the View System Topology screen of the NVIDIA Control Panel, you should now be able to see that an
EDID file has been applied to the DisplayPort connectors that you selected. RGS should now be able to match
the desired screen resolution and display layout.
Adding custom resolutions on Windows
The following steps describe how to add a resolution that is not already supported by the NVIDIA driver:
48 Chapter 8 Advanced RGS features
- User Guide 1
- Acknowledgments 3
- About this guide 5
- Table of contents 7
- 1 Getting started in Windows 13
- 2RGS overview 14
- Typical RGS deployment 15
- User interface overview 16
- Remote Display Window 17
- Remote Display Window toolbar 18
- RGS features 19
- 8 Chapter 2 RGS overview 20
- RGS licensing 21
- Connection types 21
- Multi-monitor configurations 22
- RGS login methods 22
- Easy Login 23
- Single Sign-on 23
- Installing RGS on Windows 24
- Command Description 27
- /wanimprovement 27
- Installs HP Velocity 27
- Installing RGS on Linux 30
- 4 Pre-connection checklist 35
- Using RGS through a firewall 38
- 5 Using the RGS Receiver 40
- Creating an RGS connection 41
- Table 5-2 RGS touch gestures 42
- Connection settings 45
- Performance settings 46
- Audio settings 47
- Network settings 48
- Hotkey settings 48
- Logging settings 49
- Statistics 50
- 7 Using the RGS Sender 51
- RGS Sender GUI (Windows only) 53
- 8 Advanced RGS features 55
- Collaboration 56
- Optimizing RGS performance 57
- Configuring the X server 61
- Remote Audio 63
- Remote Audio on Linux 64
- Configuring audio on Linux 65
- Remote Clipboard 66
- Remote USB 66
- Local/Remote USB overview 67
- Auto-remoting 67
- Supported USB devices 68
- Remoting USB microphones 68
- Unique smart card handling 69
- Verifying the USB data 72
- Directory file format 73
- Auto-launching connections 76
- HPRemote log format 77
- Agent design issues 81
- Administrator alerts 82
- Sample agent 83
- Connection 88
- RGS security features 88
- Full-screen crosshair cursors 90
- 9 RGS properties 92
- Property syntax 93
- RGS Receiver properties 94
- RGS Receiver properties 83 95
- Experience properties 96
- Browser properties 97
- Audio properties 97
- Microphone properties 97
- USB properties 98
- Network properties 98
- Hotkey properties 99
- Clipboard properties 100
- Logging properties 100
- Registration properties 101
- Proxy server properties 101
- 90 Chapter 9 RGS properties 102
- RGS Sender properties 103
- 92 Chapter 9 RGS properties 104
- RGS Sender properties 93 105
- 94 Chapter 9 RGS properties 106
- RGS support matrix 107
- Keyboard locale support 109
- Application support 110
- B Troubleshooting 111
- RGS Sender network timeout 112
- Network timeout issues 113
- Troubleshooting Remote Audio 114
- Troubleshooting Remote USB 116
- RGS error messages 117
- RGS error messages 107 119
- CHP support 120
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