The Jin Zhi Ling Xuan LX-ADCU1000 embedded intelligent all-in-one product is a core basic hardware product developed in response to the national requirement for independent control, using domestic chips to create a product with high industry recognition. It adopts an integrated business architecture, supporting high-performance streaming media services, national standard gateway services, comprehensive AI data perception services, and data automatic cleaning services.

LX-VIG1000 series products adopt professional embedded ARM processor, professional integrated business processing engine, set video access, video streaming, point label management and other multi-functions as one of the gateway products, can realize fast access to small places monitoring video, help customers quickly build wide area network video applications based on B/S architecture.

The LX-AG1600 Edge Intelligent Gateway is equipped with the Algorithm 3rd generation TPU chip BM1684, featuring high performance, low power consumption, and strong environmental adaptability. By incorporating a variety of deep learning algorithms, it can flexibly address scenarios such as smart cities, smart commerce, and smart energy, enabling AI empowerment at the edge.

Jin Zhiling Xuan's LX-AG1200 series of integrated products feature high-performance embedded processors, professional comprehensive business processing engines, fanless low-power design, and can be equipped with a variety of optional intelligent fusion algorithms, such as face capture, license plate recognition, object recognition, safety helmet/reflective clothing detection, etc.

The LX-SG1000 series products are equipped with industrial-grade embedded processors and professional comprehensive business processing engines. They feature fanless, low-power design that allows for the integration of various monitoring resources without altering the original monitoring resource planning. These products address issues such as address conflicts in private network segments of different monitoring resources, protection of resource information, security after access, and access policies. They can also be integrated into network management platforms for unified management, real-time monitoring of port and specific device work states, proactive reporting of faults and exceptions, and rapid integration of multiple resources. They provide strong support for major projects such as the "Shining Project" (public security initiative), smart communities, smart fire protection, characteristic towns, smart education, smart healthcare, smart water management, and smart street lighting construction.