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This system integrates radar detection, electro-optical locking, tracking, and high-energy laser strike functions (referred to as the "Trinity Linked System" for short). It serves as core equipment in scenarios such as modern precise positioning, close-in air defense against drones, and protection of key units. Through a collaborative working mode—featuring long-range radar search and early warning, accurate detection, locking and tracking by electro-optical equipment, and efficient strike and destruction by lasers—it realizes a fully automated closed loop of the "detection - inspection - locking - strike" process. The system boasts prominent advantages including fast response speed, high strike accuracy, strong anti-interference capability, and low strike cost.

This system integrates radar detection, electro-optical locking, tracking, and high-energy laser strike functions (referred to as the "Trinity Linked System" for short). It serves as core equipment in scenarios such as modern precise positioning, close-in air defense against drones, and protection of key units. Through a collaborative working mode—featuring long-range radar search and early warning, accurate detection, locking and tracking by electro-optical equipment, and efficient strike and destruction by lasers—it realizes a fully automated closed loop of the "detection - inspection - locking - strike" process. The system boasts prominent advantages including fast response speed, high strike accuracy, strong anti-interference capability, and low strike cost.

This system integrates radar detection, electro-optical locking, tracking, and high-energy laser strike functions (referred to as the "Trinity Linked System" for short). It serves as core equipment in scenarios such as modern precise positioning, close-in air defense against drones, and protection of key units. Through a collaborative working mode—featuring long-range radar search and early warning, accurate detection, locking and tracking by electro-optical equipment, and efficient strike and destruction by lasers—it realizes a fully automated closed loop of the "detection - inspection - locking - strike" process. The system boasts prominent advantages including fast response speed, high strike accuracy, strong anti-interference capability, and low strike cost.

This system integrates radar detection, electro-optical locking, tracking, and high-energy laser strike functions (referred to as the "Trinity Linked System" for short). It serves as core equipment in scenarios such as modern precise positioning, close-in air defense against drones, and protection of key units. Through a collaborative working mode—featuring long-range radar search and early warning, accurate detection, locking and tracking by electro-optical equipment, and efficient strike and destruction by lasers—it realizes a fully automated closed loop of the "detection - inspection - locking - strike" process. The system boasts prominent advantages including fast response speed, high strike accuracy, strong anti-interference capability, and low strike cost.

Develop an integrated portable station with domestic chips as the core, optimize the design for emergency communication scenarios, and provide convenient and reliable solutions for operators and industry users.
The standalone station provides a fully functional 5G network, ideal for emergency communication and command scenarios.

This portable, individual drone reconnaissance and strike device utilizes digital ultra-high-frequency broadband seamless jamming technology. Through dual-layer detection techniques: 1. it detects the image transmission and remote control signals of the suicide FPV drone. 2. it transmits a jamming signal in the same frequency band to the suicide FPV drone, suppressing the signal and automatically initiates countermeasures without human intervention.

Ultra-Low Cost

Built-in PX4 AI Flight Controller

CVBS Camera Support

Simple Installation – Direct Replacement for Standard Flight Controllers

Advanced Algorithms for Tracking and Precision Engagement

Ultra-Lightweight Design

User-Friendly – No Additional Training Required

This document is used to describe the BS5514 5G Integrated Base Station, including BS5514 S3500 and BS5514 S4900. It can support 5G NR 3.5/4.9GHz and WIFI6 5.6GHz systems and bands at the same time. BS5514 adopts baseband and RF integrated design, with the characteristics of small volume, high integration, superior performance and stable operation, which can meet the functional requirements and harsh deployment scenarios of industry customers.

The 2G+4G+5G portable cell phone signal detection device is designed for mobile terminal search and identification. Utilizing dedicated mobile communication physical layer and protocol stack technology, it transmits constructed wireless signals to establish communication with nearby mobile communication terminals, obtaining their relevant parameter information to enable detection and screening of mobile terminals. The device supports existing LTE and NR frequency bands deployed or reserved for re-farming.

This device is designed for mobile terminal search and troubleshooting. It utilizes a dedicatedmobilecommunication physical layer and protocol stack. It transmits constructed wireless signals tocommunicate with nearby mobile communication terminals, acquiring relevant parameter
information and enabling detection and screening of mobile terminals. The device supports existingLTE and NR frequency bands deployed or reserved for re-farming. Utilizing virtual base station technology, the device can detect and locate 2G/4G/5G(NSA) mobilecommunication terminals from the four major operators, China Mobile, China Unicom, ChinaTelecom, and China Broadcasting Corporation, within a specific area and accurately locate them. This device is primarily used in confidential departments such as government, the military, prisons, aerospace, and aviation. It provides an effective solution to the problems of "off-account devices"and "off-card cards," and serves as a technical support for communications and informationsecurityinspections by relevant departments.