ATRF4CE-EK

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The ATRF4CE-EK is a RF evaluation and development kit, boards, manufactured by Atmel. It is a versatile and compact device designed to help evaluate and create applications with Atmel\'s efficient integration of the AT86RF4CE radio controller and the ATmega256RFR2 microcontroller. The ATRF4CE-EK works in both the 2.4 GHz frequency band and the 868 MHz - 915 MHz range for the US. This makes the device very applicable in a wide array of applications on a global scale.

The ATRF4CE-EK allows a user to rapidly develop, debug, and evaluate Atmel radio solutions that use embedded systems. It contains a separate ATmega256RFR2 microcontroller and AT86RF4CE radio chip. There is a pre-programmed ATmega256RFR2 microcontroller that can be connected to the baseboard via an SPI port. The AT86RF4CE radio chip can be used as a gateway for communicating with a wide variety of devices.

The device is designed with an efficient power management system that weighs energy savings versus performance. The ATRF4CE-EK is powered by an external 3.3V power supply. The RF performance of the ATRF4CE-EK is ensured by an on-board 50MHz TCXO temperature compensated crystal oscillator. This allows for accurate and consistent signal stability, which is essential for reliable radio performance.

The ATRF4CE-EK offers a range of development environment options, including Atmel Studio, Atmel Software Framework, IAR EWARM, or one of the several 3rd party development environment supported for AVR and ARM microcontrollers. All software development supporting the AT86RF4CE radio controller can be done with the Atmel Software Framework, which provides easy access to the radio controller’s features and settings. The Atmel Studio integrated development environment (IDE) supports programming of the AVR microcontroller and debugging of applications.

The ATRF4CE-EK supports the development and evaluation of applications for Atmel’s AT86RF4CE radio families. It contains a peripheral section that features general purpose input/output (GPIO) pins and physical interfaces, such as USB, UART, as well as an antenna interface connector. The AT86RF4CE radio controller can communicate with other devices using the AT86RF4CE radio protocol.

There are a number of features that make the ATRF4CE-EK convenient to use for both evaluation and development purposes. For example, the pre-programmed firmware on the kit contains a demonstration application that has an extendable API, allowing easy integration of the user’s software solutions. It also contains a Network Analyzer application that allows for quick verification of radio performance and troubleshooting of RF applications.

The ATRF4CE-EK also supports low-power and sleep modes. This allows the user to conserve energy, and also run the device in extremely low power consumption modes. The device can be set up to enter different low-power or sleep modes, depending on the user’s preference. This is a very useful feature if the user needs to control power consumption.

In conclusion, the ATRF4CE-EK is an ideal solution for evaluation and development of applications that require low-power, short-range, or extended range RF connectivity. It is an ideal choice for Atmel’s radio solutions, as it is a comprehensive development kit that supports easy integration with the user’s own applications. It is a highly versatile and easily adaptable device that makes RF development and evaluation simpler than ever before.

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