AT86RF211SDB915LT

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

RF Evaluation and Development Kits, Boards are essential tools that engineers use when evaluating and designing radio frequency circuits. The Atmel AT86RF211SDB915LT is a Bluetooth Low Energy RF Evaluation and Development Board designed to enable engineers to quickly and easily evaluate the Atmel AT86RF211S low power sub-GHz transceiver chips. The AT86RF211SDB915LT is a low-cost evaluation and development board in the AT86RF211S product line that makes it easy to evaluate and develop applications using the AT86RF211S transceiver chip.The AT86RF211SDB915LT is equipped with a low power sub-GHz transceiver and small package RF core and is optimised to provide a low power, low bit rate and robust wireless connection. The Atmel AT86RF211SDB915LT supports 915MHz frequency in the US and 868MHz frequency in Europe and features a maximum receiver sensitivity of -117dBm-96dBm. The board also supports Point-to-Point communication range of up to 300 metres in line of sight.

The AT86RF211SDB915LT evaluation and development board incorporates a range of RF components, such as a low power Atmel AT86RF211S transceiver with an integrated ADF7023 space-time adaptive processing modem, a MAXIM MAX11300A single chip radio controller, an Atmel AT86(TM) Microcontroller, a low-noise amplifier, a power amplifier, matching components, and an embedded high-resolution antenna. The Atmel AT86RF211S transceiver is designed to support a wide range of applications, such as Wireless M-Bus, ISM 915MHz/868MHz, and a variety of higher-level communication protocols, like ZigBee.

The board is suitable for a range of applications, including industrial automation, agricultural technology, asset tracking, healthcare, transportation, and consumer electronics. It offers flexibility and reliability for a variety of low power radio frequency applications. The AT86RF211SDB915LT also supports the Atmel/Microchip ZigBee protocol with an embedded 802.15.4-compliant media access controller (MAC) and full support for the IEEE 802.15.4-2015 standards, as well as Atmel’s high-level protocol. With the Atmel/Microchip ZigBee protocol, the AT86RF211SDB915LT can be used to create a variety of ZigBee network solutions.

The AT86RF211SDB915LT evaluation and development board is equipped with an ESP32-based control chip and several embedded sensors, as well as modules for connecting sensors and external peripherals for a range of applications. The embedded control chip is used to control the AT86RF211S transceiver and provide communication support between the radio communication and the module. The embedded sensors can be used to detect environmental conditions, such as temperature, air humidity, pressure, vibration, and other parameters. The onboard power amplifier is used to boost the radio signal and increase the maximum transmission range.

The AT86RF211SDB915LT evaluation and development board provides an easy-to-use platform for developers to evaluate the Atmel/Microchip ZigBee protocol and the AT86RF211S transceiver. Developers can use the board to quickly and easily evaluate the RF performance and functions, and develop low power wireless applications with minimal development time. The board also has software support to enable over-the-air software updates and development of firmware applications. The board also supports the Atmel Studio Software Suite, which allows developers to develop applications with drag and drop configuration.

Overall, the Atmel AT86RF211SDB915LT evaluation and development board is an ideal choice for evaluating and developing RF applications using the AT86RF211S transceiver. It is designed to enable engineers and developers to quickly evaluate, test, and integrate the Atmel/Microchip ZigBee protocol and AT86RF211S transceiver into their applications. This board provides a powerful, low-cost solution for a variety of embedded wireless applications.

The specific data is subject to PDF, and the above content is for reference