Set up a recycling rule on the NVR so that the oldest footage is overwritten automatically once the hard drive reaches capacity. Phase 5: Testing and Optimization
A network camera is only as good as the network behind it. Verify your switch, cabling, and VLAN isolation for security.
. It should be accessible for connecting a monitor via HDMI and a router via Ethernet. 2. Physical Installation
If you are using PoE, run a Cat5e or Cat6 cable from your central network switch or NVR location to each designated camera site. Set up a recycling rule on the NVR
Before purchasing hardware or drilling holes, designing the system layout prevents costly mistakes and ensures total coverage. 1. Map Out Camera Locations
RJ45 crimping tool, wire strippers, impact drill, masonry/wood drill bits, fish tape, and a network cable tester.
A drill with appropriate bits (masonry bits for brick or concrete) Screwdrivers, anchors, and silicone caulk Physical Installation If you are using PoE, run
Use ONVIF Device Manager (free tool) to auto-discover all network cameras on your LAN.
Never leave the factory-set admin password. Create a strong, complex password for each camera.
Set up motion detection grids within your NVR or camera software. Block out moving trees, public sidewalks, or flags to prevent your system from flooding you with false alerts. If your router reboots
Plug the camera's Ethernet cable directly into the PoE ports on the back of the NVR or PoE switch.
By default, most network cameras look for a DHCP (Dynamic Host Configuration Protocol) server to automatically assign them an IP address. However, relying on DHCP for security hardware is dangerous. If your router reboots, your cameras may receive new IP addresses, breaking your NVR connections and remote viewing links.
Use H.265+ compression to maximize storage efficiency.
Pull the network cable through the wall mounting hole and connect it to the camera's RJ45 pigtail lead.