BR262CPP01GEVK

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Evaluation and Demonstration Boards and Kits have been designed to aid engineers in the development, testing, and implementation of their projects. The BR262CPP01GEVK, a versatile prototyping and evaluation board, is no exception. The board was created to help reduce the user’s development time and provide a cost-effective solution for OS alterations, I/O switching, and processor loading.

The BR262CPP01GEVK is a prototyping and evaluation board that is powered by an Atmel SAM4L microcontroller. It is designed to be easily expanded with peripheral components that include an Ethernet PHY, resistors, crystals, potentiometers, and even switches. The board includes a BASIC interpreter and uses the SAM4L microcontroller for 16KB of RAM, 8KB of flash memory, a 10/100Mbs Ethernet MAC, a UART, a USB controller, and several timers.

The board is capable of supporting various types of applications, from real-time control systems to embedded system designs. The microcontroller features a wide range of peripherals to interface with all types of devices, which makes it an ideal choice for prototyping and evaluating user designs. Furthermore, the board can be programmed through the USB port using either Atmel Studio or Atmel standard software development kit (SDK) IDE, making it a great platform for programming and debugging.

The BR262CPP01GEVK is also equipped with a software stack, which consists of the Atmel SAM4L microcontroller, Cortex-M3 CoreSight debugging system, Atmel State-of-the-Art Embedded system development kit (EDK), Atmel Embedded Code Studio (ECS), and the Atmel System Stack (SYSStack). This suite of technologies allows users to create their own applications more easily and efficiently. Additionally, the board includes a comprehensive suite of example programs and example code that allow users to quickly test and debug their designs.

The BR262CPP01GEVK provides an excellent platform for development and testing of a range of applications. The board is designed to enable easy prototyping of a wide range of designs. In addition, the microcontroller’s peripheral selection and software stack provides a great foundation for engineers developing their projects. Furthermore, the board’s flexibility and support of a broad range of development tools make it an excellent choice for engineering teams looking for an efficient and cost-effective prototyping and evaluation solution.

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