Targeting testing scenarios such as scientific research education and technology, communication network construction and optimization, product design and production verification, etc.
The XWF-50G millimeter wave signal analyzer is an experimental and research tool launched by Xinertel for deep analysis of electrical signals. It provides spectrum, time domain, and modulation analysis and is widely used in wireless communication, scientific research and teaching fields. It can accurately measure signal frequency, power, modulation quality and other parameters, and assist in system optimization and debugging. The XWF-50G analyzer covers a measurement range of 10MHz~50GHz, with a maximum analysis bandwidth of 800M, and supports 5G FR1 \ FR2 frequency bands. Flexible configuration and comprehensive functionality in the field of vector signal demodulation, capable of meeting the needs of research and development, production, maintenance, science and education, and other related fields.
Key Feature
■ Comprehensive Functionality
• High precision measurement: Supports multi-mode and multi frequency bands, providing accurate signal strength, frequency, phase, and modulation quality measurements to verify the performance of base station and terminal equipment transmitters, ensuring the quality and stability of millimeter wave communication links.
• Real time spectrum analysis: Implement fast and real-time spectrum sweeping and monitoring functions, capture transient signals, and perform complex spectrum analysis, including finding interference sources, decoding modulation formats, etc.
• 5G NR protocol consistency testing: supports comprehensive protocol consistency testing of 5G NR physical layer parameters to ensure that devices comply with 3GPP standard requirements.
• MIMO and beamforming analysis: The ability to analyze multiple input multiple output (MIMO) systems and beamforming techniques is crucial for evaluating and optimizing the performance of millimeter wave antenna array systems.
■ Easy to Use
• Portability and remote control: Compact design with remote control and data synchronization functions, supporting automated testing script writing and execution, facilitating joint testing and data analysis inside and outside the laboratory.
• Scalability of functions: Modular hardware architecture, which can expand functional modules according to different testing needs, enabling users to analyze millimeter wave signals in different frequency bands more widely and deeply, which is conducive to adapting to the development of 5G millimeter wave technology.
■ Reliable Service
• Full technical support: from pre-sales consultation, scheme design, equipment installation and debugging, operation training to after-sales maintenance, system upgrades, etc., one-stop comprehensive technical support, providing a stable, durable and trustworthy service experience.
■ Diverse Scenarios
• Research Education and Technology Exploration: In higher education and research laboratory environments, XWF-50G can be used to guide students in understanding the principles of millimeter wave communication, support teachers and researchers in conducting research on various cutting-edge topics such as next-generation wireless communication technology, new material electromagnetic performance testing, and millimeter wave radar system development.
• Communication network construction and optimization: In the process of wireless base station deployment, network planning, and fault diagnosis, especially for 5G FR2 and microwave products, XWF-50G can be used to accurately measure and analyze signal characteristics in frequency bands such as millimeter waves, helping engineers determine the optimal base station settings, link estimation, and optimize the performance of wireless access networks.
• Product design and production verification: It can be used for RF performance testing of communication related products such as millimeter wave transceiver modules, front-end components, and overall systems to ensure the stability and consistency of product transmission and reception signals.
