![]() If you set ingress/egress rules for the VLAN in order to access the NVR, you've basically eliminated any point in making a VLAN in the first place (though you could still do some rate-limiting and possibly get better reporting, if that's what you're after). You can configure the AP to be on a tagless VLAN, but then ALL devices connected to that AP will be on the VLAN. Of course, if it's all on the UDMP, then that's taken care of.ĭo the cameras support VLAN tagging? If not, then all is not lost. To do this, your DNS server needs to be accessible from the DHCP server for auto-updates. It would be simpler and more robust for the NVR to access the cameras by hostname rather than IP address. ![]() Also, I second the other commenters who mentioned that this will not improve performance or reduce bandwidth use in any way.Īssuming you want your cameras to autoconfigure their network settings, your DHCP server needs to be on the same VLAN with the cameras. So I'll cover a few of the kinds of issues you're likely to encounter implementing a VLAN. I don't mean this to come across as pandering, but you mentioned being new to network administration. My SSID for the wireless cameras is also on the same vlan and also not broadcasted. Also, I want to know what my cameras connect to on the internet (which they shouldn't) and I should know what and how they connect to internal assets. My whole house is automated, this would be easy to do, generally because IoT devices like MyQ are not always built with security in mind. Last thing I want is someone to get into my network and disable things when I am on vacation or something. Why did I put my Camera's on a different vlan? Some of my cameras are 'easily' accessible on the outside of my house. So TOTAL usage with everything opened is 2%. I have since switched to a Fortigate 800C with 2 10gig links aggregated to a USW Pro, for other reasons, but looking at my usage right now to the Controller, overall usage is 2% of a 1 gig link, this is with me accessing it from a separate vlan to view, and cameras sending data to it on a separate vlan, and my management vlan sending traffic to it. With all of these hitting max upload I never really saw issues on a 1 gig interface on the USG PRO. I maxed out the frame rate, and bandwidth settings on the cameras to get the best quality. The primary application is 24/7 recording, with occasional manual review of suspicious motion events.I currently run 12 cameras, with a mix of g4 doorbell, G3 Flex, G3, G3 Pros, and G3 Micros, all on a dedicated VLAN separate from my MGMT VLAN. I live in an urban neighborhood with lots of prowlers who test doors and riffle through unlocked cars. ![]() trigger event on Z-Wave sensor or contact closure). Automatic time setting over network (NNTP), or via Atomic Clock (WWV). ![]() I'd rather thread through just the bare cat5 cable and terminate it inside the camera housing).
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