LitePoint IQxstream-5G is a high-performance testing solution specifically designed for 5G wireless device testing, widely used in the R&D and production testing of 5G terminals, modules, and chips. It integrates comprehensive RF testing capabilities and flexible protocol testing functions, covering key 5G frequency bands such as Sub-6 GHz and millimeter wave (mmWave), and supports various NR (New Radio) frequency band combinations and dual connectivity modes. Through the design of efficient testing processes, the device can quickly complete the testing of key indicators such as signal quality, throughput, and connection stability, providing reliable support for performance verification and quality control of 5G devices.
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Wide frequency band coverage: Supports Sub-6 GHz (FR1) and millimeter wave (FR2) frequency bands, covering major 5G NR operating frequency bands, meeting the testing needs of different 5G devices.
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High test throughput: Equipped with high-speed signal processing capabilities, it can achieve test of data transmission rate close to the theoretical peak in throughput testing, accurately reflecting the data transmission performance of the device.
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Multi-mode support: Compatible with 5G NR standalone (SA) and non-standalone (NSA) networking modes, supporting multi-standard dual connectivity testing such as NR and LTE, covering complex network scenarios.
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Accurate RF measurement: High accuracy in RF indicator measurement, with small errors in the testing of key parameters such as power, EVM (Error Vector Magnitude), and frequency error, ensuring the accuracy of test data.
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Rapid test calibration: Equipped with efficient calibration and testing processes, the testing cycle of a single device is short, which can adapt to the high-throughput testing needs in mass production scenarios.
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Flexible protocol simulation: Can simulate the protocol behavior of 5G core network and base station side, support the simulation of various channel conditions, and realize comprehensive testing of the device's protocol stack compatibility and anti-interference ability.
