Скачать с ютуб Raspberry PI: XBMC Home Media Player - Adding IR Remote Control в хорошем качестве

Raspberry PI: XBMC Home Media Player - Adding IR Remote Control

In this video series I am going to explain how you can build a XBMC (xbmc.org) Media Player for a home television using the OpenELEC Linux distribution and deploy this on the Raspberry PI platform. This video demonstrates how we can add infra red (IR) remote control functionality to the setup using a cheap IR receiver that is connected directly to the GPIO pins of the Raspberry PI.The Raspberry PI is a very low cost and small single-board computer developed in the UK by the Raspberry Pi Foundation. It is a powerful device and additionally it has hardware accelerated support for MPG4 and MPG2 decoding, making it a perfect choice for a home media centre. The three electronics parts used for this video are: 1. An IR Receiver the TSOP34838 (google that code with digikey, farnell, mouser etc.) For example - digikey part number 751-1386-5-ND ~1.41 ea. 2. A 100 ohm through hole resistor (any power dissipation) For example - digikey part number P100BACT-ND ~0.08 ea. 3. A 4.7uF electrolytic capacitor (any voltage) - please note the polarity on this component. The +ve lead (longer one) needs to be connected to the 3.3V line (red) and the -ve lead (shorter one) to the GND line (black). For example - digikey part number P5177-ND ~0.17 ea. Ideally you need leads with a female header so that they can connect to the male header of the Raspberry PI. These are often referred to 0.1" as there is 1/10th of an inch between each pin. In metric they are referred to 2.54mm spacing leads. The full lircd.conf file is available on my blog site at: http://derekmolloy.ie/raspberry-pi/ This video is not as education focused as other videos that I have presented; however, it does allow us to build a platform on which I can demonstrate how we can integrate electronics devices in the home; in fact, a smart television is the perfect point to act as an information hub for the built environment... and to do this, we may need to integrate sensor inputs from all over a house together and provide aggregated intelligent analysis of that information to the householder.