Together with new technologies, products and every day wdrażanymi standards, all a community of enthusiasts and professionals need new solutions that will help them to quickly and efficiently implement their projects. One response to the increasingly high demands of users embedded systems minikomputer Sparky – circuit Board the size of a credit card, which can play the role as independent of the computer base for projects, electronic games, and many other applications. The Sparky project is an open-source, supported by a large community of users embedded systems and is a very good solution for IoT technologies. In offer we also have additions in the form of extension modules for Sparky.


UC - Microkontroler
UC - freq:
UC - core
UC - External memory
UC - Digital pins:
UC - Connector:
UC - Ethernet:
UC - WiFi:
UC - Bluetooth
UC - Camera interface
UC - Linux
UC - Android
UC - Windows

Sparky – effective minikomputer with good hardware

From the hardware Sparky is based on a Quad-core ARM Cortex A9 CPU frequency of 1.1 GHz. DDR3L onboard memory is 1 GB. Responsible for the graphics module PowerVR SGX544. Connecting an external monitor allows HDMI-MIPI. Built-in Ethernet port provides data transfer speeds of 10/100 Mbps. Furthermore, the design of Sparky offers popular in other systems built-in interfaces such as 40-pin GPIO connector, a card reader microSD, 24-pin connector for camera with 5 MP resolution, 34-pin connector for the LCD display, a USB 3.0 port and two USB 2.0 OTG. Aboard Sparky, you will also find the IR receiver, a slot for memory cards and eMMC 50-pin Telecom.

A wide field of application

Minikomputer Sparky characterizes great flexibility – the same modules and accessories designed for the Raspberry Pi can also connect to Sparky. The store Botland available extensions, is designed specifically for Sparky (also compatible with Raspberry Pi). Among them you will find plates, audio amplifiers, sound cards and other external devices. Sparky is not inferior to its contemporary functionality, the main computers of the PC class. It can run on Linux and Android. This is one of the best choices for prototypowaniu new projects, including IoT.