Test results with other Wifi adapters are very welcome but be warned that in many cases Wifi-P2P has not had the testing it needs on linux: you may run into problems in surprising places. gstreamer: either master branch more recent than Feb 3rd 2015 (commit d0a50be2), or 1.4 branch more recent thanįeb 3rd 2005 (commit 1ce3260a638d or release 1.4.6 or later).connman: version 1.28 (released Feb 1st 2015) or later.wpa_supplicant: version 2.4 or later, built with CONFIG_P2P=y, CONFIG_WIFI_DISPLAY=y and CONFIG_CTRL_IFACE_DBUS_NEW=y.Wifi adapter from Intel 7260-family or Atheros ath9k.WDS test executables have runtime dependencies on just a few things (mostly GStreamer and GLib), but for successful Wi-Fi Display sessions the following are adviced: More information can be found on the mailing list and the wiki. desktop_source: Wi-Fi Display source that depends on Gstreamer, Connman and GLib mainloop.sink: Wi-Fi Display sink that depends on Gstreamer, Connman and GLib mainloop.The source code includes example implementations: p2p: Supports integration with Connman Wifi P2P features.network: Supports integration with GLib main loop and GStreamer.This Library is also compatible with MSVC. It is not tied to any specific connection manager, media framework or main loop. ![]() libwds: Main library implements a Wi-Fi Display dialect of RTSP that includes the parser, actual negotiation logic for sink and source, and the related data structures.WDS is a set of libraries for developers who want to build Wi-Fi Display applications on linux. Wireless Display Software For Linux OS (WDS) If you have an ongoing need to use this project, are interested in independently developing it, or would like to maintain patches for the open source software community, please create your own fork of this project. Intel no longer accepts patches to this project. Intel has ceased development and contributions including, but not limited to, maintenance, bug fixes, new releases, or updates, to this project. If you are looking for PoE-enabled clocks, please confirm you have a PoE switch or injector that can handle the necessary requirements and standards.This project will no longer be maintained by Intel. ![]() connect Luna will automatically connect your devices over your existing WiFi network or USB cable. launch the apps Launch the free Luna apps on your primary and secondary devices. Luna is available for USB-C, HDMI, or Mini DisplayPort. In a typical installation, the customer must have a POE switch or POE injector that can feed DDS devices. plug in Luna Plug the Luna hardware into your computer to get started. AMD Wireless Display technology provides the ability to wirelessly display local screen content onto a remote screen with low latency and automatic upscaling of. Using DDS NTP synchronization also allows both low power and automated time synchronization to your network time server of your choice. Installers will need to calculate the power required to run multiple devices on the same line and add POE injectors as required.ĭDS displays, clocks and timers allow you to power our devices using POE enabled switch or using POE injector. Most POE’s will run on ~45-55v DC to allow voltage degradation over large distance, while the end device will reduce it to its required voltage of 5-24 volts. POE can deliver power of up to 100 meters, and with some power injectors, up to 200 meters. In recent years PoE has improved significantly and now allows up to 60W per port. ![]() PoE (Power over Ethernet) is gaining popularity as a cost-saving measure, allowing customers to reduce the cost of AC outlet installations.
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