XK2-Z7SBJ0

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

The XK2-Z7SBJ0 is a RF evaluation and development kit, developed the State Market. It is a high-performance multi-channel RFLink-protocol transceiver and reference design kit. XK2-Z7SBJ0 is used for evaluation and development of radio frequency (RF) elements, including frequency hopping spread spectrum (FHSS), radio wave interference (RFI) and co-channel interference (CCI).The XK2-Z7SBJ0 is designed to provide a cost-effective solution for evaluation and development of radio frequency (RF) communication systems. It allows the user to quickly test different RF scenarios, evaluate different network topologies, and implement new RF products on the market. Furthermore, its modularity makes it suitable for rapid prototyping of new RF systems.The XK2-Z7SBJ0 is equipped with an advanced RFLink-protocol transceiver, enabling users to utilize a wide range of frequencies for transmission and reception. This highly sensitive transceiver is capable of supporting communication systems up to 6dB gain, and can operate over a wide frequency range, including 2.4GHz and 5GHz.To ensure robust communication, the XK2-Z7SBJ0 includes multiple receivers and a single-antenna system for interference-free communication. Furthermore, its advanced circuitry provides users with a wide variety of modulation techniques, such as FHSS, frequency hopping, and spread spectrum.In addition, the XK2-Z7SBJ0 is equipped with an advanced radio frequency interference (RFI) monitoring system. This system uses an advanced demodulation algorithm to detect and isolate interfering signals, and alert users to any detected interference. Furthermore, the XK2-Z7SBJ0 system also features a co-channel interference (CCI) detector, which allows users to detect and identify potential sources of signal interference.Overall, the XK2-Z7SBJ0 is an advanced RF evaluation and development kit. It can be used to evaluate a wide variety of RF circumstances and conditions, and can be used to rapidly prototype new communication systems. Furthermore, its advanced circuitry, RFI monitoring system, and CCI detector make it an ideal choice for evaluation and development of RF elements.

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