Used LITEPOINT IQ NxN #9241488 for sale

LITEPOINT IQ NxN is an advanced electronic test equipment designed to help engineers accurately measure the performance of wireless components and systems. This powerful and versatile tool is capable of making high-precision measurements on multiple signal paths simultaneously. It operates with a variety of communication standards, including 5G, LTE, Wi-Fi, Bluetooth, and ZigBee. IQ NxN provides voltage control, bandwidth control, power monitoring, and much more to help engineers accurately characterise their components' performance. The device contains multiple switches and independent transceivers and has the ability to support up to 8 ports simultaneously. Its flexible architecture is designed to enable simultaneous testing of components in both controlled and live environments. LITEPOINT IQ NxN's high accuracy makes it a useful tool for automated design verification, regulatory testing, and design characterisation. The device's modular design allows users to customise it to fit their exact requirements. It also includes measurement algorithms that allow it to quickly identify and diagnose manufacturing process problems. IQ NxN's powerful software-defined architecture allows for easy integration and flexibility, allowing users to monitor and control their test environment from a single platform. It includes an intuitive user interface that ensures quick setup and intuitive operation. Additionally, its calibration verification features make it easy to check that the device is functioning correctly. LITEPOINT IQ NxN offers a wide range of features, including time-domain and frequency-domain measurements, protocol analysis, power measurements, spectral analysis, modulation analysis, and more. Additionally, its wide operating temperature range (-40°C to +85°C) makes it ideal for testing in a wide variety of extreme environmental conditions. Overall, IQ NxN is an advanced, versatile, and powerful electronic test equipment that provides users with a comprehensive solution for measuring the performance of wireless components and systems. It is ideal for engineers needing to quickly and accurately characterise the performance of their components within both controlled and live environments.