SmashingPCs
IS-IT--Management
An idea! Would this work?
Using amateur radio antenna formulas, calculate the length
of coax needed. (most likely RG58) to the 2.4 Mhz frequency (for signal loss). Terminate with RP-TNC connectors. Run the coax in oppisite directions above ceiling tile of school taking care to stear clear of lighting (noise). At each end use an RP-TNC barrel connector and fashion a mounting plate of plastic with the barrel connector through a hole in the plastic plate and ceiling tile. Connect the ends of the coax to the barrel connectors and the original antenna's of the Linksys router on the exposed side of the ceiling tile.
Concerns! Signal or db loss (this could be taken care of with the Linksys WSB24 Wireless Signal Booster)
We only want to extend the range of 3 to 4 laptops.
Question? Has anyone tried this? Or does anyone have any better ideas. Or know of any premanufactured packages that would do the same thing.
Using amateur radio antenna formulas, calculate the length
of coax needed. (most likely RG58) to the 2.4 Mhz frequency (for signal loss). Terminate with RP-TNC connectors. Run the coax in oppisite directions above ceiling tile of school taking care to stear clear of lighting (noise). At each end use an RP-TNC barrel connector and fashion a mounting plate of plastic with the barrel connector through a hole in the plastic plate and ceiling tile. Connect the ends of the coax to the barrel connectors and the original antenna's of the Linksys router on the exposed side of the ceiling tile.
Concerns! Signal or db loss (this could be taken care of with the Linksys WSB24 Wireless Signal Booster)
We only want to extend the range of 3 to 4 laptops.
Question? Has anyone tried this? Or does anyone have any better ideas. Or know of any premanufactured packages that would do the same thing.