Unshielded Twisted Pair (UTP) cables do not typically require grounding since they don’t have a metallic shield. When using shielded Ethernet cables, connect them to a grounded patch panel or network switch. These devices often have built-in grounding points. In cases where you need to run cables over long distances or between buildings, consider using a grounding block or bar where the shield of the Ethernet cables can be connected to a local ground. You can also install POE surge protectors, especially on cables running outdoors or between buildings. These devices are grounded and will protect your equipment by diverting any surges to the ground.
Hello , do you have a video or a tip for this problem : ( I have a nvr wireless kit 8 cameras , when i plug them to the power supply all camera work but not all of them get connected to the nvr . There ip adress isn't similar to the ones connected . I will highly appreciate your help
You might place all 8 cameras close to the NVR. Usually, it has integration between the wireless NVR system. The NVR will assign the IP address to each camera automatically. It is the different subnet between those cameras and the NVR. I suspect the Wi-Fi connectivity is the issue, not the IP address. Some of the cameras just don’t have good WiFi connectivity because of the obstructions.
Thanks for your interesting, we are working on the free video training courses about the computer network and IP camera. It might take some times to get it ready.
Using fiber is my first choice, no matter the distance. I've seen wired outdoor installations blow expensive electronics due to lightning hitting near the wire. Plus, fiber is faster.
Indeed, fiber optic cables offer substantially higher speeds and bandwidth compared to traditional wired solutions. They're difficult to tap and can easily handle future data speeds. It's an investment you'll never regret.
What about grounding with Ethernet cables?
Unshielded Twisted Pair (UTP) cables do not typically require grounding since they don’t have a metallic shield. When using shielded Ethernet cables, connect them to a grounded patch panel or network switch. These devices often have built-in grounding points. In cases where you need to run cables over long distances or between buildings, consider using a grounding block or bar where the shield of the Ethernet cables can be connected to a local ground.
You can also install POE surge protectors, especially on cables running outdoors or between buildings. These devices are grounded and will protect your equipment by diverting any surges to the ground.
Good video, good explanation. Keep them coming.
Thanks, will do!
You're good! Thank you.
Welcome!
Usually for long distance I use 5ghz transmitter antenna and receiver antenna.
Thanks for sharing.
That works when you have good line of sight.
@@csmith8503 Yes, right. And also depending on the situation and local regulations.
Hello , do you have a video or a tip for this problem :
( I have a nvr wireless kit 8 cameras , when i plug them to the power supply all camera work but not all of them get connected to the nvr . There ip adress isn't similar to the ones connected .
I will highly appreciate your help
You might place all 8 cameras close to the NVR. Usually, it has integration between the wireless NVR system. The NVR will assign the IP address to each camera automatically. It is the different subnet between those cameras and the NVR. I suspect the Wi-Fi connectivity is the issue, not the IP address. Some of the cameras just don’t have good WiFi connectivity because of the obstructions.
Awesome 🔥
Glad you like it
Hi. I whould like to get a training of cumputer networks... How may I do to get.? Please some help
Thanks for your interesting, we are working on the free video training courses about the computer network and IP camera. It might take some times to get it ready.
Using fiber is my first choice, no matter the distance. I've seen wired outdoor installations blow expensive electronics due to lightning hitting near the wire. Plus, fiber is faster.
Indeed, fiber optic cables offer substantially higher speeds and bandwidth compared to traditional wired solutions. They're difficult to tap and can easily handle future data speeds. It's an investment you'll never regret.