Difference between Raspberry pi and Beaglebone black

1. Raspberry Pi :
Raspberry Pi is a lower-priced mini-computer with the physical dimension of a credit card. It runs more than a few flavors of Linux and can operate nearly all tasks that an ordinary computer can do. Raspberry Pi additionally approves interfacing sensors and actuators via the General Purpose I/O pins. Since Raspberry Pi runs Linux running system, it supports Python “out of the box”. It additionally gives a set of General Purpose Input/Output (GPIO) pins that enable you to manage digital components for physical computing and discover the Internet of Things (IoT).

2. Beaglebone Black :
The Beaglebone Black is an open hardware single-board computer, developed by Texas instruments. While it is comparable to the Raspberry Pi, Beaglebone Black aims a bit of an extraordinary market. Rather than focusing on hobbyists, it is more an engineering-focused board.


Difference between Raspberry Pi and Beaglebone Black :

Parameter RASPBERRY PI BEAGLEBONE BLACK
Model Tested It uses Model B version. It uses Rev A5 version.
Processor Type It uses ARM11 processor. It uses ARM Cortex-A8 processor.
RAM For the functioning of raspberry pi, 512 MB SDRAM is used. For the functioning of beaglebone black, 512 MB DDR3L is used.
Processor Speed It uses 700 MHz for processing. It uses 1 GHz for its processing.
Flash It has dedicated SD Card socket for loading operating system. It uses 4GB (micro SD) for loading OS and data storage.
Min Power It requires a power supply of 700mA (3.5W). It requires min power of 210mA (1.05W) for its functioning.
GPIO Pins It has 12 GPIO pins. It has 69 GPIO pins.
Dev IDE It uses IDLE, Scratch, Squeak/Linux to perform tasks. It uses Python, Scratch, Squeak, Cloud9/Linux to perform a particular task.
USB Master It has 2 USB 2.0 on board. It has 1 USB 2.0 on its board.
Audio Output Supports HDMI, Analog audio output It uses Analog output for audio.
Video Output It supports HDMI, Composite output for video. No such specific video output.
UART It uses 1 UART to transmit and receive serial data. It uses 5 UART to transmit and receive serial data.
No. of I/O pins It has 8 Digital, 0 Analog pins. It has 65 Digital, 7 Analog pins.

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