An excellent low-cost experiment board based on the ATmega128 microcontroller that is ideal for conducting a wide range of AVR control-oriented experiments. Includes LCD display and 32K RAM/32K EEPROM memory expansion. Use with supplied USB bootloader or optional AVR programmer.

A sturdy experiment system based on the 40-pin ATmega16 microcontroller and featuring I/O devices including LEDs, 7-segment displays, LCD display, pushbutton switches, potentiometers, piezo sounder, RS-232 interface, real-time clock, D/A converter and useful solderless breadboard. Supplied with AVR programmer.

An easy-to-use Arduino-compatible module based on the Atmel ATmega168 with 16K program memory, 1K RAM and 512 byte EEPROM. Features 16MHz crystal and 24-pin BASIC Stamp compatible pin-out, operates at 5V DC and supports programming by bootloader or optional AVR programmer. Can be used with Arduino software or AVR development packages such as AVR Studio.

Easily construct your own POP-168 Stamp based circuits with this project kit. Supplied with POP-168 Stamp, prototyping base board with power supply, RS-232 interface and handy expansion connectors. Also includes small solderless breadboard and components such as LEDs, switches, piezo sounder, capacitor, resistors and jump wire. Everything needed to start experimenting with AVR microcontrollers.
 

A low-cost experiment package comprising POP-168 Stamp and versatile base board with power supply, RS-232 interface and I/O connectors compatible with Inex's interface add-on boards. Also includes 2 x ZX-LED boards, 2 x ZX-SWITCH boards, a ZX-SPEAKER piezo sounder board and a ZX-POTH potentiometer board with connecting cables. A great way to learn about AVR microcontrollers.
 

A full-featured experiment package similar to the POP-168 Builder Kit but additionally supplied with a ZX-DSM2 DC motor control board, ZX-TILT tilt sensor board, ZX-SOUND sound detector board, ZX-LDR light sensor board, GP2YA021 infrared distance sensor, 2 x DC motor, 2 x BO2 DC motor with 48:1 gearbox and battery holder. Everything needed to carry out a wide range of AVR microcontroller experiments.

A handy ATmega128 AVR based interface board providing 51 I/O lines, USB communications, LCD display and power supply. Programmable by bootloader or optional AVR programmer and compatible with Wiring software as well as any other AVR software development tools.

Designed specifically as a platform for teaching/learning about the 8051 microcontroller, the NX-51 V2 is based on an in-system programmable NXP P89C51RD2 microcontroller and features LEDs, 7-segment displays, LCD display, pushbutton switches, matrix keypad, piezo sounder, relay and stepper motor driver, RS-232 interface, DS1820 temperature sensor, DS1307 real-time clock, PCF8574A I/O expander, 24C16 serial EEPROM and I2C-based A/D and D/A.

A versatile experiment system based on an in-system programmable NXP P89C51RD2 microcontroller and featuring solderless breadboard and useful built-in I/O devices including LEDs, 7-segment displays, LCD display, pushbutton and DIP switches, matrix keypad, piezo sounder, relay and stepper motor driver, RS-232 interface, iButton 1-wire interface and R-2R D/A converter. Supplied with stepper motor and jump wire.

The AX-11 is a modified version of the popular Handy board from MIT and is based on a 68HC11 microcontroller with interactive C programming language. Features include 32K non-volatile RAM, 9 digital inputs, 21-channel 8-bit A/D channels, 4 DC motor driver outputs, 6 servo motor driver outputs, LCD display, infrared LED and receiver module and RS-232 interface. Also incorporates a 9.6V battery with built-in charger circuit.

The PSoC Express is a small educational experiment board ideal for anyone wanting to learn about Cypress's versatile PSoC (Programmable System on a Chip) mixed signal arrays. Based on the CY8C27443 PSoC and supplied with ZX-SWITCH16 matrix keypad, LCD display, small solderless breadboard, component kit and jump wire. Programmed and powered over USB.