Geolook Repeater Nodes
Network range extender designed to bridge wireless gaps in tunnels, mines, and expansive monitoring sites.
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Overview
Network range extender designed to bridge wireless gaps in tunnels, mines, and expansive monitoring sites.
The Geolook Repeater Node (BEAM-RN) is a dedicated network expander designed to eliminate wireless "dead zones." While our standard nodes offer impressive range, physical obstructions like mountain ridges, dense high-rise clusters, or the winding curves of underground tunnels can block radio signals. The BEAM-RN acts as an intelligent bridge. It listens for data packets from disconnected or distant sensor nodes and re-transmits them at full power to the central gateway. By strategically placing repeaters, engineers can "bend" the wireless signal around tunnel corners or daisy-chain data out of deep underground mines where communication was previously impossible.
★ Benefits & Features
- Extends LoRa network range significantly (doubles coverage)
- Enables communication around obstacles (non-line-of-sight)
- Automatic signal routing and network healing
- Solar panel input for permanent maintenance-free operation
- IP67 Ruggedized enclosure for harsh environments
- Simple plug-and-play deployment
- Supports high-traffic networks with low latency
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Detailed Description
Conquering Underground Curves
Radio waves travel in straight lines. In a curved tunnel, the gateway at the portal might lose contact with a TBM (Tunnel Boring Machine) as soon as it rounds a bend.
The BEAM-RN is the solution. By mounting a repeater at the bend, the signal is caught and re-thrown down the next straight section. Multiple repeaters can be daisy-chained to carry data from kilometers underground all the way to the surface in real-time.
Solar-Ready for Remote Sites
Repeaters are often placed in high, exposed locations to maximize line-of-sight (like the top of a hill or a tall pole). Changing batteries in these spots is difficult.
The BEAM-RN comes with a built-in solar regulator port. Connect a small 10W solar panel, and the repeater becomes a permanent, 'install-and-forget' piece of infrastructure.
Smart Mesh Networking
The Repeater Node is part of a smart ecosystem. You don't need to manually program sensor nodes to talk to a specific repeater. The network automatically optimizes the routing path.
If a direct path to the Gateway is blocked, a node will automatically search for the strongest Repeater signal and route its data through there, ensuring zero data loss.
Conquering Underground Curves
Radio waves travel in straight lines. In a curved tunnel, the gateway at the portal might lose contact with a TBM (Tunnel Boring Machine) as soon as it rounds a bend.
The BEAM-RN is the solution. By mounting a repeater at the bend, the signal is caught and re-thrown down the next straight section. Multiple repeaters can be daisy-chained to carry data from kilometers underground all the way to the surface in real-time.
Smart Mesh Networking
The Repeater Node is part of a smart ecosystem. You don't need to manually program sensor nodes to talk to a specific repeater. The network automatically optimizes the routing path.
If a direct path to the Gateway is blocked, a node will automatically search for the strongest Repeater signal and route its data through there, ensuring zero data loss.
Solar-Ready for Remote Sites
Repeaters are often placed in high, exposed locations to maximize line-of-sight (like the top of a hill or a tall pole). Changing batteries in these spots is difficult.
The BEAM-RN comes with a built-in solar regulator port. Connect a small 10W solar panel, and the repeater becomes a permanent, 'install-and-forget' piece of infrastructure.
Available Models
