Used ROHDE & SCHWARZ CMW-S600B #9147861 for sale

ROHDE & SCHWARZ CMW-S600B generation of electronic test equipment is designed for advanced wireless communication testing. It is the fastest, most accurate, and capable testing equipment for its range. CMW-S600B operates as both a tester and advanced protocol analyzer, offering operators the flexibility to create measurements based on multiple scenarios for a wide array of wireless communication standards. This equipment captures physical layer information as well as detailed Layer 1 protocol information included in the waveform. Using ROHDE & SCHWARZ CMW-S600B, users can simulate an entire wireless communication ecosystem through a variety of means. The test set can validate any combination of wireless protocols and signals, including Cellular, WLAN, CDMA2K/EV-DO, and 5G NR. It also provides a wide range of measurement functions, such as signal analysis, real-time demodulation, interference analysis, and over the air (OTA) testing. CMW-S600B has an extensive bandwidth up to 3GHz, offering superior load and signal loss that ensures accurate results. Its agile signal generator is complemented by a feature-rich signal analyser. With adjustable settings to ensure the testing process is of the highest accuracy, ROHDE & SCHWARZ CMW-S600B offers operators the flexibility to customise their test procedures. CMW-S600B can be used in a variety of settings, with its operation as a stand-alone benchtop instrument or in a distributed network. This allows multiple users to access, control, and monitor their tests remotely from any Web-enabled location. Its versatility, high speed, and accuracy makes it well suited for testing new wireless technologies, such as LTE-Advanced, 5G and IoT. This test equipment is ideal for any research and development institutions as well as industrial end-users performing state of the art wireless communication testing. In conclusion, ROHDE & SCHWARZ CMW-S600B represents the latest in the electronic test equipment industry, providing users with an unparalleled ability to simulate a wide range of wireless communication protocols across a variety of settings.