5.8G Mesh networking video data transceiver
Table of Contents
Introduction
- This cutting-edge development platform boasts high-performance capabilities and incorporates advanced non-line-of-sight wireless transmission technology, resulting in a truly innovative system.
- This device is built using Qualcomm’s chip design and incorporates a 30dBm 5G 11AN onboard.
- Because of its wide range of applications, it is frequently used in emergency communications for firefighters, armed police officers, and military personnel.
Advantage
- Frequency 802.11AN, 5.180G~5.825GHz
- The maximum rate of this connection is up to 96 megabits per second.
- High-rise buildings can be equipped with barrier-free systems boasting long transmission distances, wide coverage, and strong anti-interference capabilities, extending operational ranges to 10-20 kilometers.
- Self-organizing network scale is not less than 50 units, and the relay capacity exceeds 10 hops
- Long transmission distance/wide coverage/strong anti-interference
- Simple installation/safe and stable/good diffraction
Specification
| Network frequency | 802.11AN,5.180G~5.825GHz |
| Modulation | DSSS/CCK/BPSK/QPSK/OFDM/16-QAM/256-QAM |
| Transmit power | 30dBm |
| Receiving sensitivity | -97dBm |
| Antenna interface | 5GHz U.FL*2 |
| Channel Bandwidth | 5M/10M/20M/40MHz (adjustable) |
| Wireless rate | 300Mbps、MIMO 2*2 |
| Wi-Fi hotspot | 5.8G |
| Effective distance | 10 – 20 km or more |
| Number of nodes in the ad hoc network | No less than 50 units |
| Configuration | WEB |
| System | SDK open support |
| Operating temperature | -40℃ ~ +65℃ |
| Operating humidity | 5% ~ 95%（non-condensing） |
| Storage temperature | -45ºC ~ +85ºC |
| weight | Motherboard: 18g, with heat sink: 60g |
| size | Motherboard: 65 x 45 x 8mm, with heat sink: 65 x 51 x 13mm |
| Power supply | DC: 7-12V |
| Power consumption | Average power consumption 6W |
| interface | 10/100M network port*2
USB*2 TTL*2 11AN 5G U.FL*2 LED interface*1 Encryption chip interface*1 |
Interface Port
Networking Type
Using wireless transmission, a communication bridge is established between two or more networks to transmit network data and connect different network segments to achieve the transmission purpose. Supports network topologies such as point-to-point, relay networking, multi-hop relay, point-to-multipoint networking, and MESH networking.
FAQ
Q: Can the module transmit both data and video simultaneously? Do I need separate modules for different frequencies, such as 2.4 GHz for data and 5.8 GHz for video? Is there a dual-band version available?
A: No, separate modules are not required. Both video and data are transmitted over the same frequency.
As shown in the product image, the two Ethernet ports are typically used for video data transmission, for example when connecting a network camera.
The data link is usually handled via the TTL or USB interface, which is dedicated to command and telemetry data.
The module supports simultaneous uplink and downlink communication on the same frequency band (full-duplex operation).
Teodor –
This 5.8G Mesh transceiver is a genuine game-changer! Setup was surprisingly intuitive, and the performance blew me away. The mesh networking creates an incredibly robust and self-healing connection – flying drones or moving cameras around obstacles feels liberating with zero lag or dropouts. The range extension capability is phenomenal, far exceeding my old point-to-point systems. Video quality remains crystal clear, stable, and reliably low-latency, even in moderately crowded RF environments. Finally, a wireless HD solution I can truly trust for professional, interference-free video feeds during critical shoots and live streaming. Highly recommended for anyone needing rock-solid, long-range video transmission!