Data Radio & Image Link
Moneypro’s Data Radio & Image Link ensures secure, high-speed encrypted transmission for real-time video and telemetry. It delivers robust, long-range connectivity resistant to interference in complex environments.
Types of China Moneypro Data Radio & Image Link Wholesale
Download White Paper Of MoneyPro Mesh MANET Datalink Capabilities.
Showing 1–9 of 414 results
1.4G/2.4GHz Frequency Wireless Uav Drone Video Transmitter & Receiver Transmission Radio
Designed for seamless UAV video transmission and control, this dual-band (1.4G/2.4GHz) wireless transmitter-receiver radio delivers reliable, high-performance connectivity for drone enthusiasts and professional operators alike. Supporting stable video streaming and real-time command signals, it leverages the flexibility of two frequency bands to avoid interference in crowded RF environments—ideal for outdoor flights, aerial photography, or hobbyist FPV use. Compact, easy to integrate with most drone platforms, and engineered for consistent signal strength, this transmission system ensures clear, uninterrupted communication between air and ground, empowering smooth, precise drone operations across various scenarios.
1.4GHz 10W 50km Point to Point Multipoint Mesh Network Radio Wireless Data Transceiver
The 1.4GHz 10W Mesh Network Radio is a high-performance wireless data transceiver designed for reliable long-range connectivity, supporting both point-to-point (P2P) and point-to-multipoint (P2MP) communication modes. Boasting a 10W high-power output and operating on the 1.4GHz frequency band—ideal for minimizing interference in industrial, rural, or remote environments—it delivers stable data transmission over distances of up to 50km, even in challenging terrain. Its mesh network architecture ensures self-healing and redundant connections, enabling seamless data sharing across multiple nodes without relying on a central hub. Suitable for applications such as industrial IoT (IIoT), smart agriculture, rural broadband, and critical infrastructure monitoring, this transceiver combines robust performance, flexible deployment, and low-latency data transfer to meet the demands of mission-critical wireless communication systems.
100-150km Drone Data Link Long Range Drone Video Transmitter for HD Video and Full Duplex Data
Engineered for professional long-distance UAS missions, this 100-150km Drone Data Link & Video Transmitter redefines extended-range connectivity with seamless HD video streaming and full duplex data communication. Built to maintain stable, low-latency transmission across extreme distances, it enables simultaneous bidirectional exchange of real-time commands, telemetry, and high-definition visuals—critical for applications like remote infrastructure inspection, large-area surveillance, aerial surveying, and offshore operations. Its advanced anti-interference technology and robust signal processing ensure consistent performance in harsh or remote environments, minimizing dropouts even in challenging line-of-sight scenarios. Compact, integration-friendly, and designed for durability, this data link empowers operators to execute long-endurance missions with confidence, bridging distances without compromising communication clarity or operational control.
10W 20W IP Mesh with Vehicle Mounted Design for Nlos Long Range Video Transmitting
This 10W/20W IP Mesh Radio features a dedicated vehicle-mounted design, engineered to deliver exceptional long-range wireless video transmission in Non-Line-of-Sight (NLOS) environments. Offering flexible power options—10W for balanced range and energy efficiency, 20W for maximum long-distance coverage—it ensures reliable, low-latency connectivity even across vast or obstructed areas, such as rural landscapes, urban canyons, or disaster zones with physical barriers like buildings or foliage. Optimized for high-definition (HD) video streaming, the radio is ideal for mission-critical applications including law enforcement patrols, military convoys, emergency response vehicles, and remote infrastructure monitoring. Its rugged vehicle-mounted structure enables secure integration with various land vehicles (e.g., trucks, SUVs, emergency vans), while durable construction withstands vibration, extreme temperatures, and harsh weather conditions. Equipped with self-healing IP mesh technology, it automatically forms and adapts ad-hoc networks, maintaining uninterrupted video links as vehicles move or network nodes adjust—filling the gap where traditional radios fail in NLOS long-range scenarios.
15-20km Data Link Radio for Drone or Robot Remote Communication Controller Radio
The 15-20km Data Link Radio is a high-performance remote communication solution engineered specifically for drones and robots, delivering long-range connectivity to enable seamless control and data exchange. With an impressive effective transmission range of 15-20km (line-of-sight), it empowers operators to command unmanned systems from a safe distance—ideal for aerial surveillance, industrial inspection, search-and-rescue missions, and agricultural automation. Designed as a dedicated controller radio, it supports stable, low-latency transmission of control signals, high-definition video feeds, and sensor data, ensuring precise maneuvering and real-time situational awareness. Built with robust anti-interference technology, it maintains reliable connectivity even in complex environments, overcoming signal disruptions from terrain, weather, or electronic interference. Its compact, lightweight design integrates easily with various drone and robot platforms without compromising payload capacity, while durable construction withstands the rigors of outdoor and industrial operations. This data link radio bridges the distance gap for unmanned systems, providing a trusted communication backbone for missions requiring long-range, responsive remote control.
15-20km Drone Video Transmission Radio Tcpip/UDP 24Mbps Transmitter IP Mesh Link
This Drone Video Transmission Radio is engineered to deliver reliable, long-range connectivity—covering 15 to 20 kilometers—specifically optimized for unmanned aerial vehicle (UAV) operations. Supporting both TCP/IP and UDP protocols alongside a high 24Mbps data rate, it ensures smooth, low-latency transmission of high-definition (HD) video footage, critical for real-time drone monitoring, aerial surveillance, industrial inspections, and tactical UAV missions. Built with robust IP Mesh link technology, the radio forms self-healing, ad-hoc networks, maintaining stable connectivity even in dynamic flight environments or Non-Line-of-Sight (NLOS) scenarios (e.g., near buildings, foliage, or remote terrain). Its compact, drone-friendly design enables seamless integration with various UAV models without compromising flight efficiency, while anti-interference capabilities safeguard video transmission against signal disruptions. Whether deployed for commercial, public safety, or industrial use, this transmitter empowers drones with consistent, long-distance video connectivity to support mission-critical decision-making.
150-300km 24Mbps Data Rate Support Video & Telemetry Data Link Radio for Drone & Robot
The 150-300km 24Mbps Data Rate Data Link Radio is a cutting-edge long-range communication solution engineered specifically for drones and robots, delivering exceptional reach and high-speed data transmission to power extended-range, mission-critical operations. With an impressive air-to-ground/ground-to-ground transmission distance of 150-300km, it eliminates range barriers for unmanned systems operating in remote, vast terrains—from deserts and mountainous regions to offshore areas—while its 24Mbps high data rate ensures seamless streaming of high-definition (HD) video, real-time telemetry, and control signals.
China MoneyPro Mesh/MANET Radio Data Link Technical Capabilities
China MoneyPro is a leading enterprise in China's tactical ad-hoc networking sector. Integrating self-developed MN-MIMO+COFDM core waveforms and AI intelligent networking algorithms, the company’s Mesh/MANET radio data link system delivers world-leading military-grade performance across five core dimensions: networking scale, transmission capability, anti-jamming performance, environmental adaptability and service convergence. It supports ultra-reliable communication for air-ground integrated operations, unmanned swarm systems, and mission-critical scenarios under complex electromagnetic environments.
I. Core Networking Capabilities (Decentralized Distributed MANET)
Network Scale: A single network stably supports concurrent access of up to 256 nodes. Hierarchical clustered networking enables expansion to thousand-level node clusters, fully meeting the communication demands of battalion-level and large-scale combat groups. Network Architecture: Adopts fully decentralized centerless MANET architecture with a maximum of 32+ multi-hop relays. It features dynamic topology self-healing and reconstruction, completing link switching within 50ms with no single point of failure and superior network anti-destruction performance. Network Access & Handover Speed: Cold start time ＜ 30 seconds with zero-configuration automatic network establishment; node access/exit response time ≤ 80ms; seamless cross-band and cross-waveform switching within 30ms. High-Speed Mobility Adaptation: Compatible with supersonic airborne and missile-borne platforms up to Mach 1.5. It maintains continuous and stable links for ground vehicles traveling at 150km/h and UAVs at 250km/h under high-speed maneuvering conditions.II. Ultimate Transmission Performance (Bandwidth · Range · Latency)
1. Throughput (Peak & Payload Rate)
Single Node Peak Rate: 120Mbps @ 20MHz bandwidth, 96Mbps @ 40MHz bandwidth, equipped with 256QAM adaptive modulation and dual-transmit dual-receive MN-MIMO technology. Effective Payload Rate: 90Mbps @ 20MHz with minimized air interface overhead; aggregated multi-node bandwidth ≥ 1.2Gbps, enabling real-time 8K ultra-high-definition video transmission.2. Transmission Range (LOS / NLOS)
Line-of-Sight (LOS): Air-to-air and air-to-ground communication range of 200–500km with 80W high-power amplification and high-gain directional antennas in the 1.4GHz dedicated military frequency band; over 20km for vehicle-mounted terminals and over 12km for handheld terminals. Non-Line-of-Sight (NLOS): Stable transmission beyond 120km via 1–2 relay hops in mountainous and urban complex terrains; 5–8km stable coverage in densely blocked urban areas with 4T4R MIMO and spatial diversity technology.3. Latency & Time Synchronization
Single-hop Latency: ≤ 8ms end-to-end including routing and forwarding. Multi-hop Latency: ≤ 180ms for 32-hop transmission, satisfying low-latency requirements for real-time control, high-definition video and voice collaboration. Time Synchronization: Tri-mode fusion of GPS, BeiDou and Galileo with synchronization accuracy ≤ 0.5μs, supporting precise TDMA time slot scheduling and swarm collaborative operations.III. Anti-Jamming & Information Security (Military-Grade EW Environment)
1. Electronic Counter-Countermeasures (ECCM)
Waveform Anti-Jamming: Adopts broadband FHSS frequency hopping technology with a hopping rate of 2000 hops/s, effective hopping bandwidth ≥ 300MHz and 256 optional frequency points. Equipped with adaptive modulation and coding (QPSK to 256QAM), it automatically degrades modulation schemes to guarantee continuous communication under degraded link conditions. Spectrum Sensing: Full-band spectrum scanning at 1200 times per second to intelligently identify and avoid interference sources. It supports asymmetric frequency and bandwidth concurrent transmission, and multi-band concurrent operation covering L/S/C/UHF with 2T2R/4T4R MIMO. LPI & Anti-Deception: Low Probability of Intercept (LPI) waveform design with adjustable transmit power ranging from 1mW to 80W. Combined FHSS and DSSS hybrid modulation technology reduces reconnaissance distance to less than 8% of the effective communication range, and complies with MIL-STD-461G electromagnetic compatibility standards.2. Encryption & Security
Encryption Standards: Dual encryption algorithms of AES-256 (FIPS 140-3 certified) and national commercial SM4; triple-layer encryption at link, network and application layers to prevent data cracking, tampering and leakage. Key Management: Dynamic Key Encapsulation (DKE) with key update latency ≤ 80ms. Isolated group key management is adopted, and keys will be automatically destroyed once nodes go offline to eliminate confidential information risks.