Filbur Manufacturing
Filbur Manufacturing NanoStation loco M5 Wireless Range Extender LOCOM5US
A cost-effective wireless range extender with an integrated antenna and airMax MIMO TDMA technology for broadband CPE deployments
- Cost-effective broadband CPE for efficient deployment
- High-performance AirMax MIMO TDMA protocol integrated
- Compact sleek form factor enables versatile mounting
- Low-cost hardware reduces overall network expenses
- Small design allows economical large-scale rollout
Compact Wireless Range Extender
The Filbur Manufacturing NanoStation loco M5 is a wireless range extender and media bridge designed for cost-effective broadband customer premises equipment deployments. Its compact form factor integrates airMax MIMO TDMA protocol technology for efficient point-to-point or point-to-multipoint links. The device suits installers who need a versatile, low-cost outdoor wireless solution.
Installers needing integrated antenna simplicity
This unit suits network builders who want a single device with a powerful integrated antenna and sleek housing for quick mounting. It is not for buyers who require modular antenna systems or separate radio and antenna components. Users needing advanced management features beyond the integrated airMax protocol should evaluate other platforms.
Integrated antenna reduces external parts
The built-in antenna eliminates the need for separate antenna purchases, cabling and alignment hardware, lowering total deployment cost and installation time. The compact, all-in-one design simplifies weatherproofing and reduces potential failure points at connector junctions. No additional software bundles or accessories are described in the supplier data.
Highlights
- Cost-effective broadband CPE for efficient deployment
- High-performance AirMax MIMO TDMA protocol integrated
- Compact sleek form factor enables versatile mounting
- Low-cost hardware reduces overall network expenses
- Small design allows economical large-scale rollout
Specifications
No published specifications for this item yet.
Questions about this item
What type of power injector does the NanoStation loco M5 require to operate?
The unit is powered through a passive PoE injector that supplies DC voltage on the Ethernet cable, so a compatible injector or PoE switch must be present.
Can the NanoStation loco M5 link with older AirMax 2X devices already on my tower?
It runs the AirMax MIMO TDMA protocol, which is backward compatible with legacy AirMax equipment, allowing mixed networks to function together.
How do I confirm the NanoStation loco M5 is passing traffic after aiming the integrated antenna?
Check the LED signal-strength indicators on the housing and log into the airOS web interface to verify link quality, throughput and connected clients.
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