Didn't think the Raspberry Pi could get any better? You're in for a big surprise! The Raspberry Pi 2 Model B is out and it's amazing! With an upgraded ARM Cortex-A53 quad-core processor, Dual Core VideoCore IV Multimedia coprocessor, and a full Gigabyte of RAM, this pocket computer has moved from being a 'toy' to a real desktop PC!

The first upgrade was a move from the BCM2835 (single core ARMv6) to BCM2836 (quad-core ARMv7). It's latest big upgrade is from the BCM2836 to BCM2837 (ARM Cortex-A53). The upgrade in processor types means you will see ~2x performance increase just on processor-upgrade only. For software that can take advantage of multiple-core processors, you can expect 4x performance on average and for really multi-thread-friendly code, up to 7.5x increase in speed!

That's not even taking into account the 1 Gig of RAM, which will greatly improve games and web-browser performance!

Best of all, the Pi 2 keeps the same shape, connectors and mounting holes as the Raspberry Pi B+. That means that all of your HATs and other plug-in daughterboards will work just fine. 99% of cases and accessories will be fully compatible with both versions

Please note: The processor has completely changed on the new RaspberryPi 2 v1.2, instead of an ARM v6 core chip (arm6l) or ARM v7, the BCM2836 has been upgraded to a BCM2837 (ARM Cortex-A53) core. However, your existing Raspberry Pi SD card images may not work because the firmware and kernel must be recompiled/adapted for the new processor. If you have a Raspberry Pi 2, and you are trying to upgrade your existing SD card, you will need to upgrade your installation. To do that, log into your Pi 1 and at a console or terminal type in sudo apt-get upgrade to perform the upgrade procedure. You'll need your Pi to be on the Internet to do this. Once upgraded, the card will work on both Pi 1 and Pi 2 computers. If you have any pre-compiled binaries that you are downloading, those may need updating too, in order to take advantage of the speed increase. Anything where you have access to source code can be recompiled and ought to work just fine.

Please check out our writeup for more details about the Pi 2, including performance tests/benchmarks!

Please note: Some boards are made in the UK, some in China. WE DO NOT KNOW IN ADVANCE WHICH ONES YOU MAY RECEIVE!

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Datasheet (PDF)

Obtain updated software here.

Make your own Cloud-connected point-and-shoot camera
Make the most adorable little WiFi router
Kreate Kustom Kernels Kwickly!
How to use MATLAB and Simulink to communicate with a Raspberry Pi
We can rebuild the Raspberry Pi, we have the technology!
Turn a Raspberry Pi into a dedicated 1080p video playback tool for art installations, digital signs, or just playing cat videos!
Should I stay or should I go now?
Control a Bluetooth Low Energy device with your own code!
Use your favorite audio programming environment to send data to your Raspberry Pi!
An exploration of network communication from the shell using Pygame and the PiTFT.
Make papercraft Minecraft blocks that interact with the world using near-field communication!
Install Kali Linux on your Pi, and add a kernel that supports Adafruit's PiTFT display.
How to use the avrdude tool on a Raspberry Pi to program an AVR microchip or Arduino board!
Build a tiny handheld raspberry pi portable computer
Make a portable Raspberry Pi
Use the BNO055 absolute orientation sensor with a small board Linux computer.
Slim case for a portable touch Pi!
Build a camera that detects motion and sends images to cloud services like Dropbox & Adafruit IO!
How to run a Processing sketch on the Pi & PiTFT display.
Ultimate light-painting rig!
Show the Pi's video output on a large RGB LED matrix display!
Build a simple moving robot with a Raspberry Pi and Adafruit's excellent robot platform!
Make a portable Raspberry Pi 2 game console
Build a dashboard to visualize data on LED displays and automotive gauges!
How to read analog signals from Python with an analog to digital converter and Raspberry Pi.
How to compile and install bluez, the Linux Bluetooth classic & low energy system, on the Raspberry Pi.
Native GPIO bit twiddling your way to success
Turn your Raspberry Pi into a OctoPrint Rig!

(AF-2358)

SKU AF-2358
Brand Raspberry Pi

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