Product Introduction
The BodaCOM MESH131 PO drone Mesh Communication System utilizes SDR (Software-Defined Radio) architecture with distributed multi-hop high-performance ad-hoc networking technology, enabling direct device-to-device communication without central nodes. Featuring easy installation and intuitive operation, it adapts seamlessly to various deployment scenarios including drone onboard modules, ground stations, and relay systems.
The BodaCOM MESH131 PO drone mesh communication system establishes wireless multi-hop networks within seconds, supporting dynamic routing and relay forwarding. It transmits voice, data, video, and location information to meet diverse operational requirements. In complex terrain environments, individual devices can rapidly deploy on-site networks to ensure uninterrupted communication between personnel and drones. During emergency communications and disaster relief operations, it efficiently handles voice, data, and video transmission while maintaining continuous connectivity. Its anti-jamming capabilities and dynamic networking features meet the demands for mobility, concealment, and high bandwidth.
The scheme is widely used in disaster rescue, emergency support, daily patrol and close-range reconnaissance, providing efficient and reliable communication support for complex environments.
Product images
Product Parameter
Flexible networking: Supports decentralized self-organization with dynamic carrier bandwidth allocation. Capable of establishing diverse network topologies including point-to-multipoint, chain relays, mesh, and hybrid configurations to meet complex and evolving communication demands.
Full IP interconnection: Featuring a fully IP-based architecture, it supports diverse data transmission protocols, seamlessly integrates with heterogeneous communication systems, facilitates multi-network service convergence, and delivers expanded coverage.
High anti-jamming capability: Supports optional broadband carrier frequency hopping technology to significantly enhance interference resistance. The intelligent frequency selection mode dynamically avoids jamming frequencies in real time, ensuring network stability. Combined with ARQ error control transmission mechanism, it effectively reduces data packet loss rate and guarantees reliable data transmission.
High reliability: The innovative integrated amplifier and core board design delivers superior vibration resistance, ensuring stable operation in harsh environments.
Dedicated Waveform (Optional): Provides specially designed waveforms for drone applications, optimizing transmission latency, prioritizing flight control data transmission, and enhancing drone operational efficiency.
Custom development: Supports customized development based on the client's specific working frequency bands to meet personalized needs.
Efficient Maintenance: Features a built-in dynamic routing mechanism for simplified configuration. The intuitive interface enables real-time monitoring and management, along with remote software updates, configurations, and hot restarts, significantly improving operational efficiency.
Product Parameter
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system parameter |
networking frequency |
1350~1450MHz, 350MHz-6G (frequency customizable, with optional frequency hopping) |
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transmitting power |
2W*2 |
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channel bandwidth |
1.25/2.5/5/10/20/40MHz (adjustable) |
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modulation mode |
BPSK/QPSK/16QAM/64QAM/256QAM |
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system bandwidth |
50Mbps@20MHz |
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self-organizing network node count |
≤64 |
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effective range |
60-120KM |
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modulation sensitivity |
-103dBm@5MHz |
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maximum power dissipation |
15W |
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equipment joggle |
antenna interface |
TNC×2 |
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Power interface |
aviation plug |
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network interface |
2 x 100M aviation plugs |
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physics environment |
size |
222×72×40 mm (excluding the antenna) |
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weight |
1200g (excluding the antenna) |
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working temperature |
-40℃～+55℃ |
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storage temperature |
-40℃～+85℃ |
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working humidity |
5%～95% |
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supply electricity |
battery capacity |
12.6V/7Ah |
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operate time |
6 hours (extended battery life: 8-12 hours) |
Product Composition
Networking Methods
Topologies Supported by MESH ad-hoc Networks
① Decentralized self-organizing network ② Powerful non-line-of-sight transmission, multi-hop relay and self-healing capability
Application Scenarios
Robot
Warehousing and Logistics
Electricity
drone
Emergency communication mesh
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