Targeting testing scenarios in network deployment and optimization, device testing and certification, network troubleshooting and maintenance, academic research and education, etc.
XWP-6G/8G is a handheld multifunctional tester launched by Xinertel, which innovatively integrates functions such as vector spectrum analysis, vector signal source, and standing wave position detection. It is highly integrated and portable, designed for on-site engineers and mobile laboratories, and can provide performance comparable to desktop instruments. It plays a key role in multiple fields such as communication, electronics, scientific research, and education, meeting diverse needs in different fields. Its signal generator function can generate diverse electronic signals to assist in performance testing and network optimization of communication equipment, and is widely applicable to the research and development, production, and maintenance processes of electronic devices; The spectrum analysis function can accurately analyze the frequency components of signals, providing strong support for signal debugging in fields such as radio communication, radar, and satellite communication, and ensuring effective monitoring and management of radio spectrum resources; The standing wave position detection function provides extremely convenient testing conditions in the field of wireless signal standing wave detection, greatly facilitating standing wave interference and positioning testing in road testing scenarios.
Key Feature
• Comprehensive functions: It can achieve all-round RF testing from signal reception, analysis to generation, integrating signal analyzer, vector signal generator, standing wave position detection, expandable vector network function, with good universality, meeting the needs of diversified application scenarios. The XWP series products support up to 8GHz.
• Support 5G: adopting advanced sensing technology and precise data processing algorithms, supporting 200M analysis bandwidth, measurement results with high accuracy and stability, ensuring high-quality testing performance in multiple aspects such as field, science and education, production, and maintenance.
• Technical support: Possessing independent property rights of core technologies, able to quickly iterate and update according to market demand and industry development trends, maintaining technological leadership and unique competitive advantages.
• Battery life guarantee: Equipped with high-performance batteries and low-power operation mechanisms to ensure that the instrument still has sufficient battery life under high-intensity working conditions, reducing the risk of work interruption caused by insufficient battery life.
• High quality service: Provide a comprehensive after-sales service system, including but not limited to professional technical support, rapid response maintenance, regular software updates, and user training, to ensure that users receive comprehensive, efficient, and thoughtful support and protection during use.
• Support for secondary development: Based on X86 architecture, supporting Windows operating system, universal SCPI instructions, convenient for secondary development applications, such as XW+NQI interference precise positioning, XW+IPS interference precise positioning.
• Convenient to use: Designed to be compact and lightweight, with a small size and light weight, it can be used handheld and has flexible configurations. The user interface is intuitive, and the operation mode is intelligent. It supports FDD+TDD interference frequency sweeping and time-domain gate control analysis functions, as well as remote control and data export, making it easy for users to quickly and efficiently conduct on-site testing and diagnosis.
• Rich Application Scenarios：
1. Network deployment and optimization. In the process of network construction, the XWP series multifunctional tester can be used for the planning and installation of base station sites. By scanning the surrounding spectrum environment, available spectrum resources and interference sources can be determined to ensure the spectrum utilization and compatibility of new base stations. The standing wave point detection function helps with the installation and debugging of base station antenna systems (such as antennas, feeders, jumpers) to achieve optimal RF performance and power transmission efficiency.
2. Equipment testing and certification: On the wireless communication equipment production line, the XWP series multifunctional tester can perform RF performance testing on UE, CPE, etc., to confirm whether the transmission power, spectrum purity, and reception sensitivity meet the 4G/5G standard requirements. The use of standing wave point detection function can calibrate and verify the S-parameters of RF components (such as filters, power dividers, couplers), ensuring that these components perform well in complex multi carrier and MIMO systems.
3. Network troubleshooting and maintenance: In the existing network operation process, technicians can carry the XWP series multifunctional tester with them for on-site maintenance, quickly identifying and locating problems such as signal quality issues, intermodulation interference, antenna faults, etc.
4. Academic research and education: In academic research and laboratory teaching, communication technology principles can be demonstrated through the XWP series multifunctional tester, such as spectrum analysis, 4/5G demodulation analysis, signal source single tone, signal source 4/5G modulation signal, as well as the development and verification of new wireless communication technologies.
