The kit’s included cameras run on L2 Color Boost® Technology that captures full-color video even in the middle of the night.
IC8-16124-B-Expandable 16-channel system with 12 included cameras.IC8-16144-B-Expandable 16-channel system with 14 included cameras.These are the six available Night Owl NVR security kits: The cameras are weather-resistant and can be viewed on your computer, smartphone, or tablet for no monthly fee.
#NIGHT OWL SECURITY CAMERA FORUM 1080P#
XHD301-84P-B-With patented smart motion detection and enhanced night vision, this system offers customers four 1080p cameras that send you heat and motion detection alerts.The included cameras use human detection technology to alert you if an intruder is in the home. The kit offers an expandable 16-channel system, so customers can add up to eight more devices if necessary. C5XFR2L-168-B-This system comes with eight 5MP wired spotlight cameras and stores up to 2TB of video storage on its hard drive.Customers can add up to four more devices to the system if necessary. The cameras come with built-in, motion-activated spotlights and utilize facial recognition to send you customized alerts. The system’s night vision provides clear video up to 100 feet away and is compatible with smart devices and computers. CAN-C80XFR-82-4L-This expandable eight-channel 4K wired system comes with two terabytes of storage and four spotlight cameras.Of course the single AC coax power supply needs to have a power rating high enough to power all the cameras you intend to connect (plus, the losses in the cable runs and the stepdown converters).Ī 12V 1A supply (=12 watts) might power 4 or 5 V2s, assuming that all of them will have the IR illumination enabled.Here are three of Night Owl’s most popular DVR wired security kits: Your notion of using a single AC coax power supply to feed multiple runs of coax (and thus power many Wyze cameras) is viable in theory. Note that the Wyze pancam consumes more power than the V2, especially when the motors are running. Note that the V2 camera consumes more power if it has the sensor bridge add-on plugged into the back. So that 2.4W power supply is pretty close to the edge to power a even a single V2 (though it might work just fine if your coax run is short). Depending on the design, they might be 80-90% efficient. There will be some power loss in the run of coax cable (the longer the cable, the greater the loss), and the DC-DC stepdown converter will also have loss. The 2.4W that is theoretically available from the AC coax adapter won’t reach the camera. I’ve measured my Wyzecams - they draw around 1.6W in day mode, and 2.2W in night mode with the IR illuminators turned on. The issue with your proposed gear is that the Wallmount AC Coax adapter is under-powered. If I understand your post, this is what you’re trying to do:ĪC → AC to Coax adapter → -long run of coax carrying 12VDC - → DC/DC stepdown to 5V → USB female connector using 2 random wires → Wyze USB/microUSB cable → Wyzecam. What you’re suggesting is approximately right. The latter has much lower resistance hence less voltage loss, and is preferred for supplying DC power. Other ‘better’ cable uses solid copper for the centre conductor (BC). The centre conductor of some cable is copper-coated steel (CCS). NB - the construction of the coax has a significant impact on DC performance. In fact, CATV systems power some distribution amps and other cable plant with power supplied over their coax trunks. While coax cable is designed to conduct RF signals (2 GHz or even more), it’s quite capable of carrying DC. A higher voltage supply is better, as the IR drop will be lower. The resistance of a 100’ run of quality** RG6 coax is around 1.6 ohms.įor really long runs, it’s best to feed the coax with 24VDC, and use a dashcam kit capable of running with either 12 or 24 VDC. If the feed is 12V, the current draw will be less than half that hence less IR drop due to the resistance of the coax. A single V2 with the night-mode LEDs on draws less than 500 mA from a 5V supply. So if you feed a long run with 12VDC, the voltage at the far end will be somewhat less. There will certainly be some voltage drop across a long run of coax, which is determined by Ohm’s Law. A few months back, I linked to a dashcam kit on Amazon that I’ve used, but there are lots on the (Amazon) market. Then use a dashcam kit at the camera end to convert the 12V into 5VDC.
You’re feeding 12VDC into coax, you could easily get 100+ feet.
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