Targeting laboratory research and education, production quality control and validation, certification and compliance testing, and other testing scenarios.
The XWS-6G/8G vector signal generator is a mid to high end electronic testing tool launched by Xinertel. It can accurately generate and control the amplitude, phase, and frequency of complex electrical signals, and is particularly suitable for simulating digital modulation signals such as QAM. By independently controlling the I/Q components of the signal, it can comprehensively describe the signal vector characteristics and is used in equipment research and development, production, and fault detection in wireless communication, radar, and other fields. Its main uses include simulating real wireless environments, testing receiver and transmitter performance, etc.The XWS series vector signal generator adopts a unique low phase noise frequency synthesis and vector modulation algorithm to ensure accurate measurement and analysis of 3G/4G/5G signals, and is at the forefront of 5G modulation technology in the industry.
Key Feature
■ Vector Modulation Capability
• Adopting advanced vector modulation algorithms and fully supporting multiple communication standards such as 3G/4G/5G, it can accurately simulate and generate various complex wireless communication signals. Its level and frequency stability performance are industry-leading, meeting the strict requirements for various communication systems and terminal devices in the research and development, testing, and verification processes.
■ Multi-Standard Compatibility
• Implementing support for different communication standards such as 3G, 4G LTE, and 5G NR on the same device greatly improves testing efficiency and saves costs.
■ High Precision Simulation
• Through precise signal processing and real-time synchronization technology, various scenarios under actual network conditions can be accurately simulated and dynamically displayed in real time, such as multipath propagation, power control, MIMO, etc., to verify the performance of the tested equipment in complex environments.
■ Flexibility and Programmability
• Users can easily configure and control signal parameters based on their actual needs through intuitive graphical interfaces or remote programming interfaces, achieving highly customized signal generation and greatly improving testing efficiency.
■ Core Technology
• Equipped with a unique and independently developed low phase noise frequency synthesizer, it can provide high stability and pure output signals, which is conducive to accurately evaluating key performance indicators such as receiver sensitivity, bit error rate, and system capacity.
