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NEED TO GET WIFI INTO METAL BUILDING
I have a working AC3000 system with a 2nd satellite. House as the router and one satellite. My shop is a metal building with the 2nd satellite about 80 feet away. I’m tired of having the rollup door open for the 2nd satellite to work. So I’m thinking of adding a point to point to the shop. I don’t want to run a cable underground do to granite rocks. I have seen some posts that you can’t have an Orbi system with a point to point and a satellite on the end. So my question can I use a 2nd Orbi router in AP mode at the end of the point to point or will I need a different AP just for the shop.
It worked with no problems, I used a
QWNET CPE5450 Wireless Bridge Kit, worked with no problems. Aimed them with a laser. hooked up the master to the Orbi router through a Netgear gigabit switch, verified wired internet with lap top at the satellite 2, verified Orbi satellite 2 is now showing a wired back haul. And now we have wireless in the metal building with the doors closed. I didnt even need to change there addresses.
8 Replies
Run a buried CAT6A LAN cable from the house to the metal building then connect the RBS as follows:
Grumpy1040 wrote:I have a working AC3000 system with a 2nd satellite. House as the router and one satellite. My shop is a metal building with the 2nd satellite about 80 feet away. I’m tired of having the rollup door open for the 2nd satellite to work. So I’m thinking of adding a point to point to the shop. I don’t want to run a cable underground due to granite rocks. I have seen some posts that you can’t have an Orbi system with a point to point and a satellite on the end. So my question can I use a 2nd Orbi router in AP mode at the end of the point to point or will I need a different AP just for the shop.
Because WiFi does not penetrate metal walls, what is needed is the equivalent of an ethernet cable from one of the Orbi units inside the house to the Orbi satellite inside the metal building. As FURRYe38 pointed out, the most common solution is to bury an actual ethernet cable (usually inside a PVC conduit so it can be replaced easily in the future). The second most common solution would be to place an ethernet cable aerially. People often object to this on esthetic grounds (ugly) or because it is difficult.
An alternative is to use a point-to-point radio link which appears to both ends to be an ethernet cable.
Some posts have mentioned using a pair of Ubiquiti Nano Stations: one mounted at the house (either indoors or outdoors) and the other mounted on the outside wall of the shop. Take a look at the user reviews on this model:
https://www.amazon.com/Ubiquiti-NanoStation-loco-M2-Wireless/dp/B00HXT8FFI/ref=sr_1_4?dchild=1&keywords=ubiquiti+nanostation&sr=8-4 Costing under $125 for two units, two PoE injectors, and one outdoor mounting mast (on the shop. Why penetrate the house wall if the radio will blast through easily?)
There must be a dozen companies making similar products (Netgear has one, but the cost is substantially higher than other brands).
I checked out that link. https://www.amazon.com/Ubiquiti-NanoStation-loco-M2-Wireless/dp/B00HXT8FFI/ref=sr_1_4?dchild=1&keywo...
its a 2.4 GHz Radio Frequency. Would I not be better off with a 5GHz radio like this ??? https://www.amazon.com/gp/product/B072Y5S8YX/ref=ox_sc_act_title_2?smid=A1OHD547O9KZHH&psc=1
5Ghz is more suseptible by building materials than 2.4Ghz is.
