Showing 235–243 of 251 results

SwiftLink MYD1400-P33-Dual Band 30KM+ Dual Band Video and Data Link Module

The MYD1400-P33-Dual Band is a self-developed TDD bidirectional dual-band wireless transmission device, integrated for both video and data. It incorporates real-time interference detection, adaptive frequency selection, adaptive stream adjustment, automatic retransmission, and power control, significantly enhancing its anti-multipath and anti-interference capabilities. Characterized by high reliability, excellent stability, and low latency, it is ideal for firefighting, inspection, and surveillance scenarios, achieving a transmission distance of over 30 km under favorable conditions.

SwiftLink MYD1400-P33-MINI 30KM Video and Data Link Module

The MYD1400-P33-MINI is a self-developed, miniaturized TDD bidirectional video-integrated wireless transmission device. It features real-time interference detection, adaptive frequency selection, adaptive stream adjustment, automatic retransmission, and power control, significantly enhancing its anti-multipath and anti-interference capabilities. The product is characterized by high reliability, excellent stability, and low latency. It is suitable for applications such as firefighting, inspection, and surveillance, achieving a transmission distance of over 30 km under favorable environmental conditions.

SwiftLink MYD1400-P37 100KM Video and Data Link Module

MYD1400-P37 is a self-developed TDD wireless transceiver device built on industrial-grade FPGA and RF transceiver technology. It incorporates real-time interference detection, adaptive channel selection, adaptive channel coding rate, automatic retransmission, and automatic power control, significantly enhancing its anti-multipath and anti-interference capabilities. The product is characterized by high reliability, excellent stability, and low latency, making it suitable for applications such as firefighting, inspection, surveillance, and drones.

SwiftLink MYD1400-P39 100KM Video and Data Link Module

MYD1400-P39 is a self-developed TDD wireless transceiver device based on industrial-grade FPGA and RF technology. It features real-time interference detection, adaptive channel selection, adaptive coding rate, automatic retransmission, and power control, significantly improving anti-multipath and anti-interference performance. Known for its high reliability, stable operation, and low latency, this product is ideal for applications in firefighting, inspection, surveillance, and drone systems.

SwiftLink MYD1400-P40 150KM Video and Data Link Module

MYD1400-P40 is a self-developed TDD wireless transceiver built on an industrial-grade FPGA and RF transceiver platform. It integrates multiple advanced functions, including real-time interference detection, adaptive channel selection, adaptive channel coding rate, automatic retransmission, and automatic power control. These features collectively significantly enhance its anti-multipath and anti-interference capabilities. The product is characterized by high reliability, excellent stability, and low latency, making it suitable for critical applications in firefighting, inspection, surveillance, and drones.

SwiftLink MYD1400-P43 200KM Video and Data Link Module

MYD1400-P43 is a self-developed TDD wireless transceiver built on an industrial-grade FPGA and RF transceiver platform. It incorporates key functions such as real-time interference detection, adaptive channel selection, adaptive coding rate, automatic retransmission, and power control, which collectively enhance its anti-multipath and anti-interference performance. The device is characterized by high reliability, stable operation, and low latency, making it well-suited for applications in firefighting, inspection, surveillance, and drones.

SwiftLink MYD1400-P46 300KM Video and Data Link Module

The MYD1400-P46 is a self-developed TDD wireless transceiver based on industrial-grade FPGA and RF technology. It incorporates real-time interference detection, adaptive channel selection, adaptive coding rate, automatic retransmission, and power control, significantly enhancing its anti-multipath and anti-interference capabilities. Known for high reliability, excellent stability, and low latency, it is ideal for applications in firefighting, inspection, surveillance, and drones.

Tactical GPS Tracking Communication Device Wireless Transmitter Manpack Mesh Video Link Radio

The Tactical GPS Tracking Communication Device Wireless Transmitter Manpack Mesh Video Link Radio is an all-in-one tactical solution engineered to meet the rigorous demands of field operations. At its core, it combines high-precision GPS tracking with robust communication capabilities—delivering real-time location data of teams and assets, while enabling seamless voice and data exchange to enhance situational awareness. Powered by mesh radio technology, it creates a self-organizing, self-healing network that maintains connectivity even in remote, obstructed areas or when nodes are disrupted, ensuring uninterrupted collaboration. Its integrated wireless video link supports low-latency, high-definition video transmission, allowing operators to share critical visual intelligence instantly—vital for military missions, law enforcement surveillance, and emergency rescue operations. Designed as a durable manpack, it balances portability with ruggedness, withstanding extreme temperatures, dust, moisture, and physical impacts. This device unifies essential tactical functions into a single, reliable tool, empowering teams to operate efficiently and safely in high-pressure, dynamic environments.

Tactical Mesh Ad Hoc Network Transmitter and Receiver Wireless Vehicle Broadband Communication IP Radio

This Tactical Mesh Ad Hoc Network IP Radio is a ruggedized wireless broadband communication solution, engineered as an integrated transmitter and receiver for vehicle-mounted mission-critical operations. Built to thrive in mobile, infrastructure-free environments, it leverages self-forming, self-healing Ad Hoc mesh technology to enable seamless connectivity between tactical vehicles, command centers, and field units. Supporting high-speed broadband IP communication, it delivers low-latency transmission of real-time data, video feeds, and command-and-control signals—even during rapid movement or in contested radio environments. Ruggedized for vehicle deployment, the radio is optimized for reliability in harsh tactical scenarios, making it an essential asset for military convoys, public safety response vehicles, and industrial fleet operations that demand secure, uninterrupted wireless connectivity on the move.