Made With KiCad

These are some KiCad designed projects that have been made by users. If you want to be featured along the other showcases on this page please submit a pull request on GitHub if you meet the contributing guidelines for requirements on adding a project!


A64-OLinuXino

Olimex

A64-OLinuXino is a single-board computer running Linux & Android. The design based on a 64-bit ARM CPU and includes 1 or 2 GB DDR3 RAM, 4 GB flash memory, microSD card socket, WiFi & BLE4.0, Ethernet, HDMI & audio output.

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ANAVI Flex HAT

Leon Anavi

ANAVI Flex is an open source Raspberry Pi HAT for IoT prototyping and home automation applications. It has infrared receiver and transmitter, relay, buzzer, button, RGB LED and UART pins for debugging. The board also supports 1602 LCD display module and up to 5 I2C sensors.

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ANAVI Infrared pHAT

Leon Anavi

ANAVI Infrared pHAT is an add-on board that converts Raspberry Pi in a powerful remote control. It features two IR transmitters, IR receiver, three slots for I2C sensor modules, UART pins for debugging and EEPROM with board manufacturer information.

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ANAVI Light pHAT

Leon Anavi

ANAVI Light pHAT is a Raspberry Pi add-on board for controlling 12V RGB LED strip. Furthermore, it has three slots for I2C sensor modules, slot for PIR motion sensor, UART pins for debugging and EEPROM with board manufacturer information.

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ATMEGA328 Motor Board

Antonio Morales

A general purpose motor controller designed with kicad around the ATmega328 micro controller and L298P motor driver. It can drive four motors with various input options.

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Blixten a 6LoWPAN Gateway

Jonas Persson

An open source "ehernet – to – 6lowpan" gateway intended for use for some LED lighting control. It is four layer single load board with DRAM running with a linux kernel.

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CIAA-ACC (HPC)

The CIAA Project

The CIAA Project is an open hardware and software project started to lever the argentinean industrial environment. The CIAA-ACC is a 12 layer PCB design for High Performance Computing. It has a Xilinx Zynq-7000 SoC with an ARM 2x Cortex A9 CPU and a Kintex-7 FPGA. The form factor is the expandable PCIe-104. Peripherals: 1GB DDR3 memory, Quad SPI Flash, Gbit Ethernet, Micro SDHC, USB 2.0, dual role HDMI, PCIe 1x.

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CIAA-EDU-NXP

The CIAA Project

The CIAA Project is an open hardware and software project started to lever the argentinean industrial environment. The EDU-CIAA-NXP was created specifically to be used in education, as an introductory board for the CIAA-NXP (also cheaper). It has the same processor as the CIAA-NXP, an ARM Cortex-M4F/Cortex-M0 32-bit dual core, push buttons, several LEDs, ADC and DAC, many digital inputs and outputs, and is powered via USB.

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CIAA-FSL

The CIAA Project

The CIAA Project is an open hardware and software project started to lever the argentinean industrial environment. The CIAA-FSL is a four layer PCB designed to be used for industrial applications, and includes high quality terminals, beside of several protections and safety considerations. It has a 32-bit processor K60 Kinetis (ARM Cortex-M4) with several communication ports, including USB OTG, Ethernet, RS485, RS232, CAN, SPI, I2C, SD, A/D, D/A and support for connection of LCD display and GPIO input/output.

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CIAA-NXP

The CIAA Project

The CIAA Project is an open hardware and software project started to lever the argentinean industrial environment. The CIAA-NXP was designed to be used for industrial applications, and includes high quality terminals, beside of several protections and safety considerations. It has a 32-bit dual-core processor (ARM Cortex-M4F/M0 @204MHz) with several communication ports, including USB, Ethernet, RS485, RS232, CAN, SPI, I2C, and support for connection of LCD display and GPIO input/output.

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