AC164134-3

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RF evaluation and development kits, boards come in a variety of shapes and sizes. AC164134-3 is a high-performance, low-power, 4-channel RF board targeting high-speed wireless communications. It combines four channels of 802.11ac waveforms with GPS/Galileo/BeiDou, Bluetooth®, and LTE/LTE-Advanced/5G NR technologies in a single board.

The AC164134-3 board’s flexible architecture allows users to choose either a PCIe or USB2 connection for their RF development. It is designed to easily and reliably connect to any test system, with built-in options for both coaxial and RF connectors. Powered by an FPGA, the board delivers unprecedented flexibility and scalability in RF development, evaluation, and verification.

AC164134-3 is ideal for development and evaluation of the entire range of RF standards, including 802.11ax, MU-MIMO, multi-mode LTE, and 5G NR. It is an excellent choice for testing and verifying RF applications such as avionics, RFID, telemetry, and imaging.

The board supports multiple transmitter modes with a variety of algorithms, enabling sophisticated modulation schemes to be implemented. This feature greatly simplifies verification of complex communication designs. The board also provides a rich set of measurements and trace capabilities to facilitate debugging and diagnostics.

AC164134-3’s error correction capabilities lessen the effects of signal-induced noise on the received signal, improving signal-to-noise ratio and increasing data throughput speed. In addition, the board also supports system synchronization, allowing a single unit to provide synchronous data transmission for a variety of systems.

The AC164134-3 board features an integrated RF test port, which can be used to control the RF parameters during the development process. Highly-integrated Avnet LogicStep solutions provide a hands-on, real-time development environment for developers to quickly develop and test their ideas.

Finally, the board’s superior efficiency and power consumption makes it an ideal choice for both high-performance and energy-efficient wireless applications. It also supports advanced performance-level calibration techniques, allowing developers to optimize performance based on their specific requirements.

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