Self-organizing wireless network
ZYRO Mesh
Mesh Wireless Video Transmission System
ZYRO Mesh is a bidirectional wireless video transmission product for unmanned vehicles, drones, emergency robots, and complex ground environments. It is positioned for multi-node networking, low-latency real-time transmission, and stable operation under challenging interference conditions. In Mesh mode, nodes join the network automatically without master-slave distinction, and any online node can access video streams from cameras connected elsewhere in the network.

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A closer look.
Self-Organizing Mesh
Nodes join automatically without a master/slave relationship, simplifying deployment in dynamic field conditions.
Real-Time Bidirectional Links
Supports real-time video and data transmission for moving platforms and coordination tasks.
Complex Environment Optimized
Designed for stable transmission, interference resistance, and better coverage in challenging ground scenarios.
Multi-Node Collaborative Access
Any connected online node can view all networked video streams from throughout the Mesh network.
Visual Web Configuration
Supports parameter setup, topology view, and spectrum scan through a browser-based web interface.
Multi-Hop Relay
Current multi-hop capability supports up to 2 hops for extended wireless range through relay nodes.
Technical Data
Technical Specifications
| Parameter | Value |
|---|---|
| Networking mode | Mesh self-organizing network |
| Deployment logic | Automatic network joining, no master/slave distinction |
| Bandwidth options | 1.25 M, 2.5 M, 5 M, 10 M, 20 M, 10/20/40 M |
| Compression options | Uncompressed or full compression |
| Encryption modes | None, AES256, DES |
| Network modes | IP mode (default); MAC mode for carrier-customized transparent transmission |
| Video playback | VLC recommended; RTSP stream format: rtsp://camera_ip |
| Multi-hop support | Up to 2 hops (relay mode) |
| RF channel control | Independent on/off control per RF channel |
| Transmit power control | Per-port configuration, effective immediately |
| Operating mode | Roaming, intelligent frequency selection, single-frequency |
| Frequency list | Up to 256 center frequencies configurable |
| Encryption | No encryption, AES256, or DES selectable |
| Serial networking | UDP for 1-to-1; TCP server/client for 1-to-many |
Hardware Interface
Hardware Interface Summary
| Interface | Description |
|---|---|
| Antenna interfaces | Antenna 1 / Antenna 2 (dual) |
| Ethernet activity indicator | Lights when port connected; flashes with data traffic |
| Power input | 24 V input, GND and VCC |
| Ethernet port | 10/100M — RX1-, RX1+, TX1-, TX1+ |
| Power indicator | Steady on after power-up |
| Signal strength indicator | Strong to weak: green → yellow → red → off |
| Link indicator | Green = linked; Red = not linked |
Applications
Application Scenarios
Multi-node video backhaul for unmanned vehicles and drones
Emergency robots and rapid deployment in complex sites
Remote viewing for multiple cameras over a shared Mesh network
Wireless links requiring relay expansion and multi-hop coverage
Distributed sensor networks requiring self-healing topology
Tactical field operations with dynamic node deployment
Product resources
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