Point to Point Wireless Bridge Recomendations

900's would have better vegetation penetration as long as its not extremely dense, as higher frequency has better bandwidth but lower vegetation penetration and lower the frequency, lower bandwidth but better penetration....but they'd likely be older, removed-from-service radios.

I'd perform a site survey and see what the noise floor is, if not a lot of ambient 2.4 GHz I'd try that using a higher power/higher sensitivity radio like the Nanostation M2 which is rated 23 dB minimum. BTW, just saw them in stock at Ubiquiti for $89 which will NOT last long if it is, in fact, in stock and at that price.

From experience what kind of distance would you expect out of the Nanostation M2? And do you need to pay for a monthly subscription with Ubiquity for those as well?
 
A non-802.3AF POE device, in the case you cited is called the "PD", cannot communicate with a "PSE" device, which is this case is a 802.3af POE switch.
Therefore, the 802.3af POE switch will not supply power to the passively-powered 24VDC radio.

What do you mean by a "straight" POE switch?


BTW, good reading (yawn..) here ==>> Power Over Ethernet Wikipedia
By stright I meant right from the switch into the device. Without a need for an adapter of any kind. Like how a camera can be plugged in directly from a POE switch...
 
From experience what kind of distance would you expect out of the Nanostation M2?
With good LOS, low background noise and great alignment and setup? A mile or more.
And do you need to pay for a monthly subscription with Ubiquity for those as well?
There is no cloud, no subscription. You would own them, they're on your LAN.
 
By stright I meant right from the switch into the device. Without a need for an adapter of any kind. Like how a camera can be plugged in directly from a POE switch...
So the answer to "...Isn't it similar to how a 802.3AF camera can work from a straight POE switch?"...is "Yes."
In particular, the device he mentioned can also, but not at the same time, be powered by a passive 24VDC POE injector which is not a 802.3af spec....
 
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Plug the motherfucker in on the inside at the fucking switch and run the cable outside, you dont need no outdoor version.
 
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google for outdoor version
 
I have been using Mikrotik radios for point to point links for years. I have one on our farm that is around 2km away and has no LOS. Its LOS passes through about 10 metres of a hilltop. I was very surprised when I first set it up that it worked at all. The remote site is a solar powered system with a Dahua DH-SD29204UE-GN and also an OpenWRT wifi AP, just in case the cattle, kangaroos, feral pigs, crows, parrots, etc need wifi access. Do get some great captures from there. Line of sight is about where the red dot in the red circle is. When I first started to use Mikrotik around 12 years ago, they were much cheaper than anything else. Ubiquity work just as well, I believe.

My experience with Ubiquiti's and Mikrotik:
Ubiquiti's "used" to be our goto point to point. Nothing fancy, they just worked and affordable.
Until we had to shoot over a marina. Ubiquiti's wouldn't cut it. Tried 5 or 6 models. We tried Mikrotik, 100% worked. We now use Mikrotik for everything. I believe the reason is higher Hz signal which big time matters when going over water. Another really neat thing is that the Mikrotik's do not rely on your router IP scheme since they use their own between the two devices. I have yet to progam one but previous bossman said it was sooooo much easier to config than Ubiquiti's just for this reason alone.
 
Another really neat thing is that the Mikrotik's do not rely on your router IP scheme since they use their own between the two devices.
Glad you got the positive results you wanted / needed and I don't fault anyone for sticking with what works.

FWIW, Ubiquiti's do NOT care about any subnet used as long as they are static and on the same subnet as each other...no router needed. Perhaps someone didn't configure them properly...just sayin'. I've set up at least a dozen links in 10 years, never an issue. :cool:
 
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I know, I know...don't use wireless for a camera setup. However I've got a 45m gap where running a cable is just impossible, so I will need to run a Point to Point Wireless bridge. Both Bridges will have POE capability fed from an NVR and a 110v POE adapter. Just looking for recommendations and any persona experieinces. I need to put up a camera at a far corner of the property..

FYI - Powering a wireless bridge Transciever from a the NVR Camera (PoE) Input Port is not recommended or possible. Most Transcievers are 24v Passive PoE which an NVR Camera Port does not provide.

If it is a single camera you are connecting via the Wireless Bridge, You can still connect the NVR end Transciever to the Camera Port but you will need the specified PoE Adapter recommended for the Transciever connected inbetween [Managed by the NVR NIC]
If multiple Cameras are connected to the Wireless Bridge may require you to connect the Bridge to the LAN & manually add the Cameras to the NVR Channel [Managed by the Network Router]
I know Hikvision NVR's will allow Multiple Cameras Connected through a Camera Input Port in this manner, and configured to the NVR Channels [NVR NIC], however i can not confirm the same with other manufacturer NVR's.

Hope this helps
 
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I know, I know...don't use wireless for a camera setup. However I've got a 45m gap where running a cable is just impossible, so I will need to run a Point to Point Wireless bridge. Both Bridges will have POE capability fed from an NVR and a 110v POE adapter. Just looking for recommendations and any persona experieinces. I need to put up a camera at a far corner of the property..
I have 2 large apartment complexes with 4K cameras on a wireless Ubiquity bridge. Distance is 825 feet for 1 place and 600 feet at the other. The receiving end I have a 8 port POE switch with uplink and the uplink goes another 200 feet to another POE 8 port switch and there are 11 4K cameras on the far end using this and works fine
 
While looking for outdoor POE switches I found some Chinese wireless bridges which do claim to be 802.3af/at PoE powered, so you could power them from any POE switch.

They aren't Ubiquiti or Mikrotik quality but might be good solution for short range use cases?
Any have experience with them?

Wi-Tek WI-CPE513P-KIT

EDIT: Could also use them as a POE pass through device, which would eliminate the need for a second POE adapter in single cam configurations:
1686907645091.png
Could be interesting if they work as advertised.
 
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While looking for outdoor POE switches I found some Chinese wireless bridges which do claim to be 802.3af/at PoE powered, so you could power them from any POE switch.

They aren't Ubiquiti or Mikrotik quality but might be good solution for short range use cases?
Any have experience with them?

Wi-Tek WI-CPE513P-KIT

EDIT: Could also use them as a POE pass through device, which would eliminate the need for a second POE adapter in single cam configurations:
View attachment 165591
Could be interesting if they work as advertised.
Whoa! Their latest diagram shows 802.3af/at switches powering both bridge units:

1717048455890.png

That POE pass-through feature could be gold.

Now I just need to find a U.S. retailer that carries them.
 
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Whoa! Their latest diagram shows 802.3af/at switches powering both bridge units:

View attachment 195490

That POE pass-through feature could be gold.

Now I just need to find a U.S. retailer that carries them.
FWIW, the image in the previous post of June 2023 showed a "POE adapter" feeding the radio and passing through to feed an "IP Camera" so it was likely already 802.3af/at compliant back then and is the same "V3" version then and is still sold....where in the U.S. I have no idea, their web site has a contact form.

I just wish Ubiquiti and TP-LINK were more into providing 802.3af/at-compliant POE pass-thru's on their outdoor radios; they do pass-thru their passive 24VDC on some Nanostations and the NanoStation AC (NS-5AC) can use 802.3af/at POE but offers no pass-thru. :confused:

I cannot offer any insight, good or bad, regarding the Wi-Tek radios as I've installed a dozen Ubiquiti bridges and 2 TP-LINK bridges.
 
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FWIW, the image in the previous post of June 2023 showed a "POE adapter" feeding the radio and passing through to feed an "IP Camera" so it was likely already 802.3af/at compliant back then and is the same "V3" version then and is still sold....where in the U.S. I have no idea, their web site has a contact form.

I just wish Ubiquiti and TP-LINK were more into providing 802.3af/at-compliant POE pass-thru's on their outdoor radios; they do pass-thru their passive 24VDC on some Nanostations and the NanoStation AC (NS-5AC) can use 802.3af/at POE but offers no pass-thru. :confused:

I cannot offer any insight, good or bad, regarding the Wi-Tek radios as I've installed a dozen Ubiquiti bridges and 2 TP-LINK bridges.
Actually the PDF you linked shows this!

1717079555649.png

Are NS-5AC and NS-5AC-US the same, except for frequencies used? The Q&A and reviews for the NS-5AC-US on amazon are all over the place wrt to POE. Some say passive only; other say 802.3xx.
 
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And the documentation is silent both on what type of POE comes out the passthrough port, and what the maximum passthrough power is. One guy on the Ubiquiti forums says:

In other words, if you power the device with 24V passive, you get 24V passive out the secondary. Power it with 802.3af, you get 802.3af out the secondary.

You can turn the PoE on or off only. Not manage the output.

I did some testing on it a few months back and posted the results in here. Don't have a link to it, but this summarizes it. It just passes whatever it gets.
 
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A number of these point to point connections have a pretty good range with LOS. What about short distances (probably under 50ft) with no LOS? I need to extend a network from the front of a house to the back of the house. Running a cable through the attic is not an option. The only other feasible option is to go out to the side of the house and run the cable down the side of the house then along the back of the house to the back porch area and hook it up to a poe switch. I'm trying to avoid the last option.
 
A number of these point to point connections have a pretty good range with LOS. What about short distances (probably under 50ft) with no LOS?
When I test a configured Ubiquiti bridge for a client, I have the AP unit in my bench area and take the Station (client) unit to the kitchen. This is about 45 ft. away and around 2 corners and 1 closed door. The units connect immediately and I see no speed degradation, only 1 bar weaker and I have made no changes to the power output. However, if the signal is too strong due to the short distance and LOS is adequate or only partially obstructed, the power output can be turned down to actually improve speed and throughput. The AirOS has great built-in tools that allow you to optimize the radios' settings and make those necessary adjustments.

TL;DR: Go for it. :cool: