Ideally, use Ubiquiti's software (or others) to perform a field survey of the frequencies in the proposed install area to see what the ambient background looks like.
Ideally, use Ubiquiti's software (or others) to perform a field survey of the frequencies in the proposed install area to see what the ambient background looks like.
Make sure you get height above the fresnel zone as talked about before and above all obstructions (including glass). He may be more “needier” than you as far as speeds go. I tend to do things better for friends and family than myself so I don’t have to deal with call backs and tech support.
Ha. That's why I'm hesitant to do work for friends!That is what worries me, i don't want to deal with issues lol
His will be mounted up on a pole at the peaks of his roof 12 feet +
And why my phone automatically switches to "Do not disturb" at 9 PM, as I've had people in a absolute panic call at 11 PM with "...my PC, network <insert electronic/electrical device here> is down and I can't get on Facebook "Ha. That's why I'm hesitant to do work for friends!
Those are controller-based UniFi radios.i think UI has a way to do this.
No, they're not...it's the Unifi gear that is.I don't think the Nanobeams are controller based are they?
If that bundled 2-pack comes with the passive 24V injectors, why not use those for the radios and save some money? Buy a 802.3af injector for the POE cam, like this.Hello, questions about Ubiquiti LocoM2. I only need to go 50' to a garage to install one camera (concrete between house and garage, not burying cable). It was recommended that I use the Ubiquiti LocoM2. Seems straightforward except the difference in POE power standard. The camera (IPC-T5442T-ZE) is 48volt POE, the M2 is 24 volt POE. What is best practice, install a POE switch in the garage attached to the M2? Or perhaps find a small POE injector?
If that bundled 2-pack comes with the passive 24V injectors, why not use those for the radios and save some money? Buy a 302.3af injector for the POE cam, like this.
BTW, if you've got good LOS and it's only 50 ft., I'd consider the 5 GHz AC Loco's. If you're in a densely populated area you may get less interference from other 2.4GHz signals. Also, you'll likely have to run either 2.4 or 5GHz at less than 100% signal strength/sensitivity also for that short distance.
The 24VDC is for those Ubiquiti radios (other Ubiquiti models are 802.3af).Okay, so the 24-volt POE is for the radios and lower voltage cameras I suppose.
Yes, if the camera is POE, 802.3af spec.. But ultimately I would have to have 48 volt POE injectors or POE switch for my Dahua camera.