This article provides Administrators with a high-level overview of the configuration steps required to successfully integrate Appspace and Microsoft Teams Rooms devices via the Microsoft Teams Rooms Pro Management Portal (PMP).
This article lists the device properties available, including their functions, default values, and value range (where applicable), as well as the supported devices.
This article provides the instructions to register devices with serial numbers, an advanced device registration method ideal for bulk-registering devices in your local network. However, this method is only limited to devices that embed serial numbers to the device fingerprint.
This article provides instructions to preregister devices, an advanced device registration method ideal for bulk-registering devices in your local network. This method supports pre-registering devices
This article provides the instructions to register your device with Appspace using a network policy file, an advanced device registration method ideal for bulk-registering devices
This article provides administrators with instructions on how to configure and manage registered Appspace App devices on the Appspace platform.
Add and manage registered devices, create tags and organize these devices into device groups or locations, or simply assign channels to one or more devices, all in the Devices module in the Apppace console.
As of July 31st 2023, Appspace will no longer provide support to legacy devices that are currently end-of-life, and is no longer supported by the manufacturer. These legacy devices not only have stopped receiving security patches, but may also not be able to support the latest security and network protocols currently implemented on the Appspace platform.
Find supported image types, video formats, video playback requirements, content delivery modes, etc. for devices in each operating environment supported by the Appspace App.
This guide describes Appspace’s latest method of content synchronization across multiple screens and video walls using a controller-worker clock synchronization approach.
