Hello,
We've recently had to change our camera system from Y-Cam to ERA Protect. Unfortunately, the old cameras were POE so only ethernet cable was run through the house from the router to the cameras. The new cameras consist of an AC adaptor that runs to a connector box into which the camera is connected using its ethernet lead. Data is then taken from the connector box using another ethernet lead. We initially hoped that the power adaptor could stay near the router and the ethernet to the camera could be extended using the cable already running through the house. This would make the camera about 5m from the connector box.
When trying this out the lights on the cameras are weak and we couldn't connect to them using their own wifi (they work fine if not extending the ethernet to the camera). We then temporarily powered one of the outdoor cameras using an extension lead and it worked fine, proving that the ethernet running through the house was transmitting data from the camera to the router.
We assumed the problem might be due to voltage drop so we've taken some voltage measurements using various lengths of extending ethernet only to find there is no significant drop over the 5m run (we measured to a tenth of a volt). To add to the confusion, our voltage readings don't align to any of the POE pinout standards. We measured +5.3V across pins 5 and 4 and also 5 and 6 (it could be 4 and 5 and also 4 and 3 if counting from the other end but I think the first set of numbers is correct). The only check we haven't made is continuity along all 8 lines of the long ethernet run, as we couldn't do that easily at the time.
So, could anyone provide any advice as to how we might resolve this confusion and perhaps understand what's causing the cameras to not work over an extended ethernet?
Thanks.
We've recently had to change our camera system from Y-Cam to ERA Protect. Unfortunately, the old cameras were POE so only ethernet cable was run through the house from the router to the cameras. The new cameras consist of an AC adaptor that runs to a connector box into which the camera is connected using its ethernet lead. Data is then taken from the connector box using another ethernet lead. We initially hoped that the power adaptor could stay near the router and the ethernet to the camera could be extended using the cable already running through the house. This would make the camera about 5m from the connector box.
When trying this out the lights on the cameras are weak and we couldn't connect to them using their own wifi (they work fine if not extending the ethernet to the camera). We then temporarily powered one of the outdoor cameras using an extension lead and it worked fine, proving that the ethernet running through the house was transmitting data from the camera to the router.
We assumed the problem might be due to voltage drop so we've taken some voltage measurements using various lengths of extending ethernet only to find there is no significant drop over the 5m run (we measured to a tenth of a volt). To add to the confusion, our voltage readings don't align to any of the POE pinout standards. We measured +5.3V across pins 5 and 4 and also 5 and 6 (it could be 4 and 5 and also 4 and 3 if counting from the other end but I think the first set of numbers is correct). The only check we haven't made is continuity along all 8 lines of the long ethernet run, as we couldn't do that easily at the time.
So, could anyone provide any advice as to how we might resolve this confusion and perhaps understand what's causing the cameras to not work over an extended ethernet?
Thanks.
Last edited: