The @ANY900 is an ultra-low power 802.15.4/ZigBee RF module for Sub-1-GHz ISM band. The tiny module features an exceptional sensitivity of -110 dBm that results in the line-of-sight range of up to 500m. Featuring the built-in chip antenna, the @ANY900 module presents a fully integrated solution for the system integrators and OEMs. The module eliminates the need for costly and time-consuming RF development, and shortens time to market for a wide range of standards based wireless products. Learn more

@ANY900 Dongle is the convenient USB extension for easy access to mobile & portable devices for the monitoring & control of wireless network systems. @ANY Dongle make the integration easy, while the built-in chip antennas enable rapid design-in, with no RF knowledge and the added benefit of the ubiquitous USB interface. Learn more

The BRICK Development Board is based on @ANY 900/2400 RF modules. Each board contains JTAG connector for on-board programming, status LED’s for indicating different function stages, switches for reset and individual programming, as well as integrated temperature sensor. The BRICK development board provides ultimate flexibility throughout the evaluation & development process, up to final product design. The board can be powered by batteries or mains power. Learn more

@ANY DESIGN Development Kit is is a comprehensive toolset enabling easy design, prototyping and deployment of wireless IEEE802.15.4/ZigBee solutions, using Adaptive Network Solutions’ @ANY product platform. The development kit provides the developers with everything they need to create market-ready wireless systems and applications, while mastering the intricacies of WSN technology. The kit features support of third party applications, convenient reference drivers, as well as APIs for UART, I2C, ADC, and 1-wire peripherals. @ANY DESIGN kit supports the intuitive development environment from Atmel, including embedded debugging feature using Atmel JTAG in-circuit debugger. The JTAG programming interfaces facilitate design of custom applications. Learn more