![]() ![]() Here, enable Share video and music library via UPnP.Cookies are tiny data files stored in your web browser when you visit a website. ![]() To enable, open Settings > Services > UPnP. If you are already using a Kodi-based distro, then you do not need a media server as you already have a media server. The inclusion of DLNA/UPnP means that Kodi (and its forks) can be used as a media server. Kodi combines both types of functionality which is why it is featured in this list. Surely installing Kodi will give you Raspberry Pi Media Center, not Media Server? ok, you are half right. Both Kodi alternatives can be installed on all Raspberry Pi models.īut wait a minute. While Kodi’s best days are undoubtedly behind it, there are several Kodi apps available for the Raspberry Pi, including full-fledged distros like LibreELEC and OSMC. Perhaps the most recognizable name on this list, Kodi is available for the Raspberry Pi. Use Raspberry Pi Media Center as a Media Server with Kodi For media indexing, consider other solutions.Ģ. Your Raspberry Pi DLNA media server will then stream the media to the device.įast, lightweight, and easily configurable, this is the option to choose if you want a simple Raspberry Pi streaming server. Once installed, MiniDLNA/ReadyMedia is compatible with DLNA/UPnP-AV, meaning that any DLNA-compatible device on the same network should be able to locate your Pi. Unlike the other examples here, some manual configuration is required as described in the video. These range from video only servers to audio only solutions, with most handling all types of media. There are various media server solutions available for the Raspberry Pi. Why use Media Server Distro for Raspberry Pi? We’re going to walk you through them below, looking at the features, advantages, and disadvantages of each. Several Raspberry Pi media server options are on offer. The Raspberry Pi Zero 2 should also suffice if you want to budget less for the power trade-off.Īlthough the models offer superior performance, all models can provide a compact, affordable, low-power, media center solution. While a Model A or Raspberry Pi Zero will work, you’ll get the best results with a Raspberry Pi 3 or 4. One of the most popular uses for the low-cost Raspberry Pi computer is as a media center. However, if you have it installed, you should be able to play compatible 4K 60Hz HEVC videos in the Kodi media player. Nor can you play 4K 60Hz video in VLC multimedia player from the desktop. Note that you still won’t be able to select 4K resolution for YouTube videos in the Chromium web browser. With your Raspberry Pi now outputting 4K video at 60Hz / 60fps, you should find that motion (such as that of the mouse pointer) appears smoother. The setting checked in the menu should be 3840×2160. To double-check the 4K resolution, choose Resolution from the HDMI-1 menu. Note: If it’s not available, your display (or your cable) may not support it. You should now be able to select 60.00Hz. Select Configuration > Screen > HDMI-1 > Frequency. To enable 4K 60Hz, you only need to add one line to the Raspberry Pi OS config.txt file.įrom the desktop interface after rebooting, select Menu (Raspberry icon) > Preferences > Screen Configuration. When you turn on the Raspberry Pi connected to a 4K display, it should automatically detect it and the screen resolution will be set to 4K at 30Hz accordingly. On the Pi 400, this is the port closest to the microSD card slot. On the Pi 4, this port is closest to the power input. It’s also important to connect your 4K display to the primary video output of your Raspberry Pi. While both the Raspberry Pi 4 and Pi 400 can be used with a dual monitor setup, you should note that 4K 60Hz video can only be output when using a single display. With a quick change in the main configuration file, however, this can be increased to 60Hz, ie 60 frames per second. Indeed, with two micro-HDMI video output ports, you can even have a dual monitor setup.īy default, the Raspberry Pi’s 4K video output is set to a refresh rate of 30Hz. The introduction of the Raspberry Pi 4 model, and later the keyboard-integrated Pi 400, made it possible to output UHD 4K video to a suitable monitor. ![]()
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