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Merge pull request #340 from MicrosoftDocs/surface-2s-update-robmazz

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Basic formatting and style guide updates
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2
devices/surface-hub/surface-hub-2s-configure-with-powershell.md
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@ -26,6 +26,7 @@ New-Mailbox -MicrosoftOnlineServicesID account@YourDomain.com -Alias SurfaceHub2
```
## Set Calendar Auto processing
```PowerShell
Set-CalendarProcessing -Identity "account@YourDomain.com" -AutomateProcessing AutoAccept -AddOrganizerToSubject $false –AllowConflicts $false –DeleteComments $false -DeleteSubject $false -RemovePrivateProperty $false -AddAdditionalResponse $true -AdditionalResponse "This room is equipped with a Surface Hub"
```
@ -92,6 +93,7 @@ Enable-CsMeetingRoom -Identity Contoso\HUB01 -SipAddressType emailaddress -Regis
You may need to create a new Mobile Device Mailbox Policy (also known as ActiveSync Policy) to allow your Surface Hub to connect to your online or on-premises environment.
### Create a Surface Hub mobile device mailbox policy
```PowerShell
New-MobileDeviceMailboxPolicy -Name “Surface Hubs” -PasswordEnabled $false
```

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devices/surface-hub/surface-hub-2s-connect.md
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@ -26,8 +26,6 @@ You can display content from your devices to Surface Hub 2S. If the source devic
In general, it’s recommended to use native cable connections whenever possible such as USB-C to USB-C or HDMI to HDMI. Other combinations such as MiniDP to HDMI or MiniDP to USB-C will also work.
*Table 2. Connecting external devices*
| Mode | Connection | Functionality| Comments |
| ---- | ---------- | ------------ | -------- |
| Wired “Connect” Application | USB-C (via underside compute module) | Video, audio, TouchBack/InkBack into Surface Hub 2S.| Provides display port video, audio, and TouchBack/InkBack on a single cable. |
@ -35,9 +33,7 @@ In general, it’s recommended to use native cable connections whenever possible
| “Source” selection experience <br> (bypasses the OS, full screen requires source selection with keypad button) | USB-C (port in compute module) | Video, Audio into Surface Hub 2S | Single cable needed for A/V <br> Touchback not supported <br> HDCP enabled |
| | HDMI (in port) | Video, Audio into Surface Hub 2S | Single cable needed for A/V <br> TouchBack not supported <br> HDCP enabled |
When you connect a guest computer to Surface Hub 2S via the wired connect USB-C port, several USB devices are discovered and configured. These peripheral devices are created for TouchBack and InkBack. As shown in Table 3, the peripheral devices can be viewed in Device Manager, which will show duplicate names for some devices.
*Table 3. Viewing peripherals in Device Manager*
When you connect a guest computer to Surface Hub 2S via the wired connect USB-C port, several USB devices are discovered and configured. These peripheral devices are created for TouchBack and InkBack. As shown in the table below, the peripheral devices can be viewed in Device Manager, which will show duplicate names for some devices.
| Peripheral | Listing in Device Manager |
| ---------- | ------------------------- |
@ -50,8 +46,6 @@ When you connect a guest computer to Surface Hub 2S via the wired connect USB-C
Your choice of video cable will be determined by what is available from your source input. Surface Hub 2S has two choices of video input: USB-C and HDMI. See the following chart for available resolutions.
*Table 4. Display parameters*
| Signal Type | Resolution | Frame rate | HDMI | USB-C |
| ----------- | ----------- | ---------- | ---- | ----- |
| PC | 640 x 480 | 59.94/60 | X | X |
@ -67,8 +61,6 @@ Your choice of video cable will be determined by what is available from your sou
Surface Hub 2S includes a Video Out port for mirroring visual content from Surface Hub 2S to another display.
*Table 5. Mirroring Surface Hub 2S via video out mode*
| MODE | Connection | Functionality | Comments |
| ---- | ---------- | ------------- | -------- |
| Display out | MiniDP output port | Display and audio out (support for duplicate mode only) | Requires external keyboard <br> Win+P and select Duplicate mode <br> Supports audio out (configurable via settings) |

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devices/surface-hub/surface-hub-2s-install-mount.md
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@ -21,7 +21,7 @@ You can mount Surface Hub 2S with the certified wall mount or the certified mobi
As an alternative, you can customize your own mounting solution. This section includes information to help you install and mount Surface Hub 2S and is for customers not using third party mounting features.
The recommended wall mount configuration is shown in the following table and in Figures 1 and 2.
The recommended wall mount configuration is shown in the following table and figures.
| Item | Measurement |
| ---- | ----------- |
@ -30,32 +30,27 @@ The recommended wall mount configuration is shown in the following table and in
| **Recommended height from center of mount** | 1397 mm (55”) |
| **Recommended height from bottom of device** | 1026.5 mm (40.41”) |
![*Figure 1. Surface Hub 2S wall mount side view*](images/sh2-wall-side.png) <br>
*Figure 1. Side view of Surface Hub 2S wall mount*
![*Surface Hub 2S wall mount side view*](images/sh2-wall-side.png) <br>
![*Figure 2. Surface Hub 2S wall mount front view*](images/sh2-wall-front.png) <br>
*Figure 2. Front view of Surface Hub 2S wall mount*
![*Surface Hub 2S wall mount front view*](images/sh2-wall-front.png) <br>
## Mounting hardware
To optimize the rotational capabilities, Surface Hub 2S uses a 350 mm x 350 mm mounting framework that meets most of the criteria listed in the VESA Flat Display Mounting Interface Standard. Still, Surface Hub 2S is readily mounted with any of various off-the-shelf display brackets, designed with the flexibility to accommodate displays that diverge from exact VESA specifications, as shown below.
On Hub 2S, a square pattern of four M6 x 1.0 threaded holes is centered on the circular bump that measures 565 mm in diameter, as shown in Figure 3. The pattern is 350 mm between centers. The hardware specified for mounting consists of a set of four M6 x 1.0–12 mm long metric bolts. Longer bolts may be used up to 20 mm max.
On Hub 2S, a square pattern of four M6 x 1.0 threaded holes is centered on the circular bump that measures 565 mm in diameter, as shown in the figure below. The pattern is 350 mm between centers. The hardware specified for mounting consists of a set of four M6 x 1.0–12 mm long metric bolts. Longer bolts may be used up to 20 mm max.
![*Figure 3. Surface Hub 2S mounting configuration*](images/sh2-mount-config.png)<br>
*Figure 3. Surface Hub 2S mounting configuration*
![*Surface Hub 2S mounting configuration*](images/sh2-mount-config.png)<br>
### Mounting methods compatible with Surface Hub 2S
Rail type mounts consisting of a rail attached to the wall and two mounts attached to the display are recommended. As shown in Figure 4, the mounts hook over the rail and affix the display to the wall securely. The mounts typically have multiple holes and a set of slots, allowing the mounts to be compatible with a wide variety of displays. Most of these mounts are compatible with Surface Hub 2.
Rail type mounts consisting of a rail attached to the wall and two mounts attached to the display are recommended. As shown in the figure below, the mounts hook over the rail and affix the display to the wall securely. The mounts typically have multiple holes and a set of slots, allowing the mounts to be compatible with a wide variety of displays. Most of these mounts are compatible with Surface Hub 2.
![*Figure 4. Rail type mounts*](images/h2gen-railmount.png)<br>
*Figure 4. Rail type mounts*
![*Rail type mounts*](images/h2gen-railmount.png)<br>
Plate-type wall mounts, as shown in Figure 5, may work if they have holes that match the 350 x 350-mm pattern. Note that plate-type wall mounts may lack the stiffness required to provide the desired touch experience quality for Hub 2S.
Plate-type wall mounts, as shown in the figure below, may work if they have holes that match the 350 x 350-mm pattern. Note that plate-type wall mounts may lack the stiffness required to provide the desired touch experience quality for Hub 2S.
![*Figure 5.Plate type wall mounts*](images/h2gen-platemount.png)<br>
*Figure 5. Plate type wall mounts*
![*Plate type wall mounts*](images/h2gen-platemount.png)<br>
## Important considerations for mounting Surface Hub 2S

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devices/surface-hub/surface-hub-2s-port-keypad-overview.md
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@ -15,12 +15,10 @@ ms.localizationpriority: Normal
This page describes the ports, physical buttons, and configuration information essential for connecting to Surface Hub 2S whether via wired, Wi-Fi, or Bluetooth methods. It also includes best practice recommendations for key connectivity scenarios.
Figure 1 shows the location of ports and physical buttons located on a keypad attached to the underside of the device. Table 1 includes detailed descriptions of each element.
The figure below shows the location of ports and physical buttons located on a keypad attached to the underside of the device. The table includes detailed descriptions of each element.
![Front facing and underside view of I/O connections and physical buttons](images/hub2s-schematic.png)
*Figure 1. Front facing and underside view of I/O connections and physical buttons*
## Port and keypad component reference
| Key | Component | Description | Key parameters |
@ -39,13 +37,11 @@ Figure 1 shows the location of ports and physical buttons located on a keypad at
![Rear facing view of wireless, audio, & related components](images/hub2s-rear.png)
*Figure 2. Rear facing view of wireless, audio, & related components*
## Major system components
Surface Hub 2S consists of two primary system components:
| Component | Functionality |
| --------- | ------------- |
| Video board | - Produces the image on the LCD display. <br> - Provides an audio/video connection path to/from the compute module. <br> - Provides video scaling to support external video sources. <br> - Performs color correction and calibration. <br> - Responsible for power management, including occupancy sensors and device power states. <br> - Monitors and manages all thermal sensors throughout the device. <br> - Performs internal diagnostics. <br> - Captures diagnostics, error logs and telemetry for all components not connected to the compute module. <br> - Controls the behavior of keypad buttons. <br> - Provides an on-screen display for control of video source, brightness, and volume. |
| Compute module | Connects to and controls all USB devices. <br> - Provides video board interconnections for USB, DisplayPort, HDMI, PCIe. <br> - Provides Ethernet access via wired and wireless interfaces. <br> Provides the on-screen audio/video content. <br> - Ingests audio/video provided by external sources. <br> - Allows video to be passed directly to the video board (bypassing the ingest process) for scenarios in which an external source is HDCP encrypted or is beyond the capability of the ingest subsystem. <br> - Provides digital audio output for accessibility and room audio systems respectively (USB dongle support only). |
| **Video board** | - Produces the image on the LCD display. <br> - Provides an audio/video connection path to/from the compute module. <br> - Provides video scaling to support external video sources. <br> - Performs color correction and calibration. <br> - Responsible for power management, including occupancy sensors and device power states. <br> - Monitors and manages all thermal sensors throughout the device. <br> - Performs internal diagnostics. <br> - Captures diagnostics, error logs and telemetry for all components not connected to the compute module. <br> - Controls the behavior of keypad buttons. <br> - Provides an on-screen display for control of video source, brightness, and volume. |
| **Compute module** | Connects to and controls all USB devices. <br> - Provides video board interconnections for USB, DisplayPort, HDMI, PCIe. <br> - Provides Ethernet access via wired and wireless interfaces. <br> Provides the on-screen audio/video content. <br> - Ingests audio/video provided by external sources. <br> - Allows video to be passed directly to the video board (bypassing the ingest process) for scenarios in which an external source is HDCP encrypted or is beyond the capability of the ingest subsystem. <br> - Provides digital audio output for accessibility and room audio systems respectively (USB dongle support only). |