Arduino Mega with Case

ATmega2560P – 8-Bit AVR Family Microcontroller, Equivalent or Better

The microcontroller development board shall be based on the ATmega2560P 8-bit AVR family microcontroller, or an equivalent or better microcontroller, designed for advanced electronics prototyping, robotics, automation, IoT, embedded systems and educational applications. The board shall operate at 5V and provide a large number of digital and analog I/O interfaces for connecting multiple sensors, modules, actuators and peripheral devices simultaneously.

Key Specifications:

• Microcontroller: ATmega2560P, 8-bit AVR family, equivalent or better.
• Operating Voltage: 5V.
• Digital I/O Pins: 54.
• PWM-capable Digital I/O Pins: 15 or equivalent.
• Analog Input Pins: 16 or equivalent.
• Clock Frequency: 16 MHz or equivalent.
• Flash Memory: 256 KB or better.
• SRAM: 8 KB or better.
• EEPROM: 4 KB or better.
• Multiple hardware serial communication interfaces for connecting external modules and communication devices.
• Supports commonly used communication protocols such as UART, SPI and I²C.
• USB interface for programming, debugging and serial communication.
• 10-bit ADC or better for analog signal measurement and sensor interfacing.
• Suitable for simultaneous interfacing of multiple sensors, displays, motors, relays, communication modules and other electronic components.
• Compatible with standard Arduino Mega-type shields, modules and accessories, wherever applicable.
• Suitable for robotics, automation, IoT projects, embedded-system development, control applications and electronics training.
• Supports programming through commonly used Arduino-compatible development environments.
• Provides convenient power and reset interfaces for reliable operation.
• Designed for laboratory, classroom, engineering, ITI and maker-space applications.
• Supplied with a MEGA-compatible acrylic protective case for protecting the development board against accidental physical damage.
• Acrylic case should provide easy access to the USB port, power connector, I/O pins and other essential interfaces.
• The board should be new, unused, reliable and suitable for repeated educational and prototyping applications.