It requires you to know English, although you can also use a translator and with a little patience you will not have a problem following each of the steps. Here it is necessary to clarify that, although the software officially only supports the original Philips Hue API, support can be added for the new Philips Entertainment API with which it would improve the experience.Ībout the Hyperion installation process on Raspberry Pi nothing better than to consult the official documentation that is available on the project’s GitHub page. This will be in charge of analyzing the incoming video signal and then synchronizing with the Philips Hue lights that you have at home. Now that you have all the necessary components, the next step is to download and install the software that will do all the magic: Hyperion. HDMI switch in case you want to use it with different video sources.Raspberry Pi, it is worth practically any model. Although you may be interested in a Raspberry Pi 4 Model B with 2GB of RAM.Over time it evolved and not only three-sided Ambilight systems arrived, but also those that allowed the intensity and color to be adapted to create a much more immersive and attractive experience when viewing all kinds of content, from series to movies. At first it was something very basic, since it practically consisted of a series of lights that changed the intensity depending on the image that was shown and only on one pair of sides. If you are interested in the world of televisions we are convinced that you will already know what we mean and even without being a follower of all the news that are related to Smart TVs it is likely that too.Īmbilight is a lighting system that Philips launched many years ago.
Hyperion also allows you to make your own Ambilight What is Ambilightīefore seeing how to make your own Philips Hue Sync Box it is important to know what Ambilight is.How to make your own Philips Hue Play Sync Box.
0 kommentar(er)
