![]() With your remote by your side, click on one of the buttons on screen to activate it for learning. To make sure you map all of the necessary commands to navigate KODI smoothly, select Controllers > KODI, which will load the standard KODI button set on your screen: In this example we’re using the FLIRC with LibreELEC which is a KODI media centre. Pop the FLIRC in a USB port and the status should change to ‘Connected’ – no drivers or any other complications are required: The application will tell you that it’s disconnected (by the sad face bottom right corner) as it cannot detect a FLIRC USB connected to your computer (as you haven’t plugged it in yet!): Once you’ve installed the software, open the application and you’ll be greeted with the screen below. ![]() It’s a very straight-forward and generic installer, and includes none of the nasty ‘additional software’ options that you see far too often. Next, install the software by following the steps. It’s very clean and easy to use without any technical distractions.įirst, download the software from FLIRC’s website for your Windows, Mac or Linux machine –. It’s one of the cheaper OneForAll remotes available, but as it supports 4 devices it’s a perfect companion for the FLIRC as it allows us to switch between our TV, Satellite, Amplifier and – in a few minutes time – our Raspberry Pi Media Centre!įLIRC have their own software for setting up your remotes. The remote we’re using in this example will be the ‘OneForAll Essence’. We already mentioned that you can use almost any Infra red remote with FLIRC. There’s no programming or hunting around for specific device codes, you simply connect the FLIRC USB to your PC/Mac, open the software and start mapping buttons via the friendly and easy to use interface. The clever hardware inside the FLIRC, mixed with the excellent key mapping software (for Windows, Mac & Linux), allows you to ‘record’ the signal from each button press on your existing remote, and map that to the device you want to use it with (such as KODI). It can talk to almost any infra-red remote up to 20 feet away – from old TV remotes, to universal remotes, home-made IR blasters, air conditioning controls and everything in between! Rather than buying a separate remote control, FLIRC keeps your sofa clutter to a minimum by allowing you to easily program it to accept signals from your existing remotes. It’s a really clever solution that lets you use your existing remotes to control your Raspberry Pi media centre, all from this tiny USB device.įLIRC is a clever little USB receiver that allows you to use almost any traditional IR (infra-red) remote control with your Raspberry Pi media centre. Whilst there are many options available for controlling your Raspberry Pi media centre, our favourite is the FLIRC USB. Using a keyboard and mouse just isn’t ideal in most scenarios, but the Raspberry Pi doesn’t come with a remote like a traditional TV box – so what can you use? If you’re interested in learning more about the main Raspberry Pi operating systems currently available allowing you to create a wealth of different projects from desktop computer replacements to gaming consoles, jump over to our which Raspberry Pi OS article.One of the first things you’ll need when you set up a Raspberry Pi media centre is a remote control. ![]() We know you will love the attention to detail we put in throughout the case.” ![]() GPIO pins are accessible through the slot on the bottom of the case and there is no need for disassembly to get to the SD card. In addition to the built in heat sink, small ventilation slots on the bottom help keep the Raspberry Pi cool. We included rubber feet to raise the enclosure so it just hovers underneath your television. It only takes seconds to drop your Raspberry Pi into it’s amazing new home and show it off on your counter top. ![]() Supplied with the case is a thermal pad and 4 screws for the simplest Raspberry Pi case assembly on the market. We wanted to ensure we didn’t sacrifice form over function, so we used the aluminium housing of the case to provide a built in heat sink. This is the first affordable Raspberry Pi case made out of aluminum. ![]()
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