Shenzhen Jinxi Boyuan Technology Co., Ltd. company profile

Established in 2020, it is a high-tech enterprise dedicated to research and innovation in electronic testing technology The company focuses on electronic testing system equipment and deeply cultivates in the fields of wireless communication, Internet of Things, and intelligent hardware, providing precise and efficient testing solutions for global customers With a profound understanding of industry demands and forward-looking technological layout, Jinxi Boyuan has grown into a professional service provider in the field of electronic testing, committed to promoting industrial upgrading through technological innovation
In the field of electronic testing, Jinkoboyuan has established a full chain technology system covering hardware, software, and algorithms The independently developed RF testing system has high sensitivity and low power consumption testing capabilities, which can accurately identify signal interference and connection stability issues, and is widely used in mass production testing of electronic products In addition, the mixed signal testing platform developed by the company for IoT devices can synchronously complete RF performance, power consumption, and environmental adaptability assessments, significantly improving the efficiency of customers' production lines Through modular design, the testing system can flexibly adapt to different scenario requirements

Main service scope: electronic communication detection equipment, 3C electronic products, intelligent IoT sales cabinet series, commercial display screens and their accessories, mechanical and electrical equipment testing, building materials and decoration equipment and their material components, electronic chips, daily consumer goods, as well as solutions for various oscilloscopes, electronic detection equipment, wireless system projects.

In the field of electronic communication detection equipment, Jinxi Boyuan's technological advantages are reflected in three dimensions: testing accuracy, scene coverage, and level of intelligence. Its independently developed millimeter wave signal analyzer supports dual band testing at 28GHz/39GHz, and the measurement error is controlled within ± 0.1dB through adaptive calibration algorithms. It has been successfully applied to a 5G base station production line of a certain communication equipment manufacturer. In response to the fragmentation characteristics of IoT devices, the protocol stack compatibility testing platform developed by the company can simultaneously simulate six communication protocols including BLE, Zigbee, LoRa, etc., and can automatically generate test reports that comply with GCF/PTCRB international certification. In terms of intelligence, the latest AI fault diagnosis system can predict potential equipment failures 48 hours in advance through deep learning of historical test data, reducing customer production line downtime by 75%. These technological breakthroughs stem from the vertical R&D system established by the company, which independently completes everything from RF front-end chip design to testing algorithm development. For example, its patented time-domain reflection compensation technology effectively solves the impedance mismatch problem in high-frequency signal transmission. In 2024, the company's participation in the IMT-2030 (6G) promotion group testing project marks that its detection capability has reached the international forefront level. This technological leadership is driving the continuous expansion of service boundaries, such as migrating communication detection technology to the field of connected vehicles, and developing V2X scene simulators that can reproduce more than 200 complex traffic environments, becoming a key device for intelligent connected vehicle certification.

The technology research and development department of Jinxi Boyuan has gathered nearly a hundred top engineers, covering professional fields such as RF design, signal processing, embedded systems, etc. The core members of the team come from well-known domestic and foreign universities and industry leading enterprises, with an average of more than 8 years of experience in testing instrument research and development. The company's dozens of professional development laboratories form a three-level R&D system; Simulate complex environments such as extreme temperature and humidity, electromagnetic interference, etc. in the application laboratory for reliability verification; The mass production laboratory achieves rapid iteration of the plan through an automated testing platform. This pyramid shaped R&D architecture enables the company to simultaneously advance technology pre research and commercialization. For example, the multi protocol concurrent testing system launched in 2023 was jointly developed by the MIMO algorithm team in the basic laboratory and the hardware team in the application laboratory, resulting in a 40% increase in testing efficiency compared to traditional solutions. The R&D team adopts an agile development model and conducts quarterly technical sand table simulations to ensure that the R&D direction is always synchronized with industry trends in communication, networking, power measurement, and other fields.