Raspberry Pi Model B
Launched in February 2012, the Raspberry Pi was marketed as
an educational tool, designed to introduce children to coding and computer
circuits. But programmers, makers, hackers and hobbyists grasped the huge
potential of the Pi and snapped it up in their thousands. What distinguishes
the Pi from the Arduino is the fact that it
is a computer – plug it in to a monitor, use the two USB ports for a
keyboard and mouse and you can run desktop applications, connect to the web and
play HD video. It has a much more powerful processor than the Arduino and 512MB
of RAM. The Pi can be programmed via a number of languages such as Python and
Scratch.
Recommended for - Teaching, home computing, more advanced programming
BeagleBone Black
Like the Pi, the BeagleBone Black is a development board
with Ethernet connectivity, a fast (actually faster) processor and Linux
compatibility. There is only one USB port, however, which might be frustrating
to some users. But with its 92 digital input and output pins that can clip into
numerous shields and expansion boards, the BeagleBone Black provides excellent
interfacing potential – so it scores highly as a prototyping tool. If your next
hardware project calls for a device to perform sophisticated functions and
interact with its environment, as well as connect easily to a network, the
BeagleBone Black could be the one to back.
Recommended for - Prototyping, project design, home computing
Arduino Uno
Sitting comfortably in the palm of the hand, the Arduino Uno
(‘Blue’) is the smallest of the three boards. As a microcontroller – rather
than a computer – it does not require the power of the Pi or BeagleBone. If you
are an electronics novice the Arduino is your ideal launch pad. Once your
application has loaded you can just plug the Arduino in to your PC via USB; no
need to reboot, plug in a keyboard or choose an application to run. The bespoke
programming language is easy to follow and the Arduino can be connected up to
an almost infinite number of input, outputs and controllers such as
smartphones. Arduino can also work with a wider range of input voltages. It
does the job it has been programmed to do, and does it immediately.
Recommended for - Prototyping, project design, battery-powered applications
Find out more in our latest Product Focus.
Find out more in our latest Product Focus.
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