![]() Is it a known fact that issues with cheap cameras can be seen also in not being stable at higher bitrates? Did I happen to find the sweet spot for mine running at 15fps H2kbps? So I can't see bottlenecks on the network or BI components. On the BI side, CPU usage at around 15% with many other cameras running, and network at around 80-90Mbps (it is a gigabit connection) While testing (a) (b) and (c) above I was monitoring the Ubiquiti link and the usage was still at the same 15-20Mbps, so it seemed like the camera was not really outputting that much more data. (c) keep VBR and increase rate to 6144kbpx or 8192kbps (b) change VBR to CBR and increase rate to 6144kbps or 8192kbps Instability in the framerate in BI, varying wildly between 5-6fps to 15-16fps under these conditions when: Cameras running at 15fps, H2kbps -> stableģ. 2x 5mp cameras running over a Ubiquiti radio link (only 20 meters, signal is very good, link is being used at around 15-20Mbps, so nowhere near capacity and latency is low on such a short link)Ģ. This test I ran on some cheap cameras, I have not tried the same on my Dahua/Hikvision cameras, so if you consider this could be the root cause, then it would also be good to know.ġ. I would assume that a higher bitrate setting on a camera implies less compression and therefore less processor load on the camera side. Here are some affiliate links to the camera and bracket I used.I submit this to the collective wisdom here, as it doesn't make much sense to me. If it saves me from running into a picnic table or fire pit it is well worth the money. Especially because I travel alone sometimes and do not always have a spotter. I have been backing up trailers for a long time and pretty good at it but for less than $200 I really like having the camera. It is nice to know if someone is behind or coming up to pass. traveling down the highway there is a little bit of “skipping” from the motions of the road as it passes by, but it still works great. I have had the camera for a few trips and it works excellent for backing up. ( if you have a GM vehicle you may need to override the auto driving lights) The monitor plugs into a round power port ( cigarette lighter if you are old school like me) The power for the camera comes off the marker lights so you have to have your headlights on for the camera to activate. The monitor is a nice large 7″ color display and looks great with the 1080p high definition. ![]() I could have pushed them into the wall of the trailer but I figured it would be easier if I need to service it. ![]() I am sure it would not have been an issue if I had gotten an Haloview backup camera but I am cheap and I saved about $25 bucks. I had to drill a few holes in the adapter to mount the brackets together. The only hiccup was the fact that the bracket was for a halo view camera mount and I had a different brand of camera. Amtifo FHD 1080P Digital Wireless Backup Camera and monitor To go along with the bracket I got an Amtifo FHD 1080P Digital Wireless Backup Camera and monitor for less than $150. I have been thinking about getting one but then I came across a bracket on Amazon for $9.99 that adapts the holes for the furrion camera to a different camera and includes a wiring adapter. The “shark fin” mount is for a Furrion camera system but if you have checked into getting one you know they can be rather pricy. ![]() If you have a newer trailer you probably have a pre-wired backup camera mount on the rear of your trailer.
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