USBTiny USBtinyISP AVR ISP Programmer Bootloader For Arduino R3 Meag2560 With 6/10pin Programming Cable

Product Description

The USBTinyISP AVR Programmer is a compact and reliable USB-based In-System Programmer (ISP) designed for programming and bootloading AVR microcontrollers, including Arduino UNO, MEGA2560, ATmega, and ATtiny series chips.

Built around the USBTiny protocol, this programmer provides a simple and affordable way to upload firmware, burn bootloaders, or flash code directly to your AVR boards without needing a serial interface.

It connects via USB and includes both 6-pin and 10-pin IDC connectors, making it compatible with a wide range of Arduino and AVR development boards. It’s fully supported by AVRDUDE and the Arduino IDE, making it a popular choice among hobbyists, educators, and embedded developers.

Key Features

• Model: USBTinyISP AVR Programmer

• Supported MCUs: ATmega328, ATmega2560, ATmega8, ATtiny series, and other AVR microcontrollers

• Programming Interface: ISP (In-System Programming)

• USB Interface: USB Type-A or USB-B (depending on version)

• Connectors: 10-pin IDC and 6-pin adapter included

• Supported Software: AVRDUDE, Arduino IDE, WinAVR, Atmel Studio

• Compatible Boards: Arduino UNO, MEGA2560, Nano, Pro Mini, ATtiny85/13/2313

• Operating Voltage: 5V (3.3V supported via jumper)

• Indicators: Power and programming activity LEDs

• Driver Support: Windows, macOS, Linux

• Cable Included: 6-pin and 10-pin ISP programming cables

Advantages

• Easy and affordable AVR bootloader and firmware programmer.

• Compatible with Arduino IDE for direct bootloader burning.

• Dual connector support (6-pin & 10-pin) for flexible use.

• Plug-and-play design with open-source driver support.

• Works seamlessly with ATmega and ATtiny microcontrollers.

• Ideal for Arduino, robotics, and embedded system projects.

Applications

• Burning bootloaders to Arduino boards (UNO, MEGA2560, Nano, etc.)

• Flashing firmware to ATtiny and ATmega chips

• Learning and experimenting with AVR programming

• Building and debugging embedded systems

• IoT device firmware development