Used ROHDE & SCHWARZ CMW-Z10 #9147895 for sale

ROHDE & SCHWARZ CMW-Z10 is a world-class electronic test equipment that has been designed to assist engineers in carrying out wireless communications testing and device research. The device is suitable for electric automation technologies such as Internet of Things (IoT). This test equipment is especially suitable for labs and research facilities who need a highly reliable and accurate testing tool. ROHDE & SCHWARZ CMW Z10 is equipped with a wide range of powerful features. It offers a wide frequency coverage from 9 kHz to 20 GHz which is perfect for testing a variety of signals. It allows the user to connect up to 4 antennas meaning it can support multiple simultaneous devices and perform great scalability tests. The device includes a wide range of options that enable the user to configure and customize activities. The device contains powerful signal analysis tools which allow the user to analyse and measure data from a wide variety of sources discretely and in real time. The device is also equipped with a range of base station hardware which can be used to create virtual network scenarios for research and testing. The device also offers a wide range of different software tools that are designed to improve the testing process. With features such as automated test scripts, recording & playback capability, and the ability to run multiple tests simultaneously, CMW-Z10 offers a robust platform for testing. CMW Z10 is designed to be extensible, allowing engineers or researchers to add their own hardware or software elements to enhance the performance of the device. The device also includes a wide range of ports and connections that allow for compatible devices to be connected and controlled. ROHDE & SCHWARZ CMW-Z10 is also equipped with an internal secure storage system which allows engineers or researchers to store their data for later use. With its collection of features and options, ROHDE & SCHWARZ CMW Z10 provides a powerful and reliable testing tool that can be used to increase the accuracy of testing wirelessly connected devices, as well as to create innovative solutions in the field of automation and IoT.