EV-ADUCRF101QSP1Z

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RF Evaluation and Development kits, boards, typically include hardware tools such as signal generators, spectrum analyzers and receivers for assessing the performance of radio frequency (RF) transceivers and signal processors. The EV-ADUCRF101QSP1Z is a powerful system-on-module designed for evaluating and developing wideband RF transceivers via Bluetooth Low Energy (BLE), 802.11 Wi-Fi, Zigbee, and NB-IOT/LTE-M protocols. The EV-ADUCRF101QSP1Z packs a 70-pin device that supports on-board storage of up to 128Mb of RAM and ROM memory, a system-in-package (SIP) processor, and numerous additional features such as Sensor Flag and Force Flag. The system also provides support for both the UHF and VHF bands, with a package width of 8-pins and a package length of 5-mm.

The EV-ADUCRF101QSP1Z is ideal for developing and testing wireless connectivity for various applications including health, medical, automotive, consumer, industrial and other applications. The powerful processor combined with the signal processor, sensor, and other integrated features provide a complete system-on-package (SOP) platform for developing applications with local radio communications. As a system-on-module, the EV-ADUCRF101QSP1Z is able to process low amounts of power while achieving long distances and high data throughputs thanks to its dedicated on-board signal processors.

The EV-ADUCRF101QSP1Z’s working principle is similar to most RF evaluation and development kits, boards. The system contains a main SOC (System-on-Chip) that contains a combination of various modules each dedicated to their respective tasks e.g. signal processor, dedicated on-board sensor, etc. One of the key differences between the EV-ADUCRF101QSP1Z and other RF evaluation and development kits and boards is the presence of a built-in broadcast power amplifier unit (PAU) in the system which increases the reach of the signals, as well as extends the range of the data transmission. The powerful processor also aids in the design and debugging process, providing information on current signals being used as well as errors that occur during the development process.

The EV-ADUCRF101QSP1Z is a powerful system-on-module designed to aid in developing and testing highly integrated wireless network applications, from audio and video streaming to digital surveillance and smart home applications. It is suitable for a range of applications, including medical, automotive, consumer, industrial, and other applications that require long distance communications. With its support for UHF and VHF bands, onboard proven signal processor, and broadcast power amplifier unit for extended reach, it provides an easy-to-use and powerful platform for developing robust wireless applications that require long distances and high data throughput.

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