Then for mistake No 3: If the cameras are IP cameras you can use POE switch to repeat the network, thereby getting the distance required for the camera installation.
The moment you put in a POE Switch, it becomes a strategy at making sure you don't have a straight cable running through the entire 100m. What i have indicated in the video is having straight cables beyond 100m
istances of cameras to video recorder should be a key part of the CCTV Planning process. As part of the plans with respect to cable distances, you may have to do any of the following 1. Localizing your CCTV power for cameras at distances beyond 100m 2. Network segmentation can also be used to limit cable distances 3. Video transmission through radio links is also an option 4. The use of wireless cameras that use 4G Cellular SIMs and aggregate them into a Fusion cloud server Am considering a video to elaborately address the solutions i have listed here and more.
I suspect many things 1. Camera may not be compatible with the NVR or DVR 2. The screen format may not be compatible with the resolution format of the DVR or NVR
Distances of cameras to video recorder should be a key part of the CCTV Planning process. As part of the plans with respect to cable distances, you may have to do any of the following 1. Localizing your CCTV power for cameras at distances beyond 100m 2. Network segmentation can also be used to limit cable distances 3. Video transmission through radio links is also an option 4. The use of wireless cameras that use 4G Cellular SIMs and aggregate them into a Fusion cloud server Am considering a video to elaborately address the solutions i have listed here and more.
If indeed you did 750m, you might have used 2 and a half boxes of the 305m cat 6 Network cables. Is that the case? Remember 100m is just like the length of a football pitch, are you saying you have run cables whose length is equivalent to almost the length of 8 football pitches put together lengthwise? 1. How did you deal with joints? 2. What is the video quality? 3. How was your power connected? I will be glad to hear from you.
@Tech_Inside_Out For the joining, I don't allow moisture in any joining I do because within a matter of time, I will rust due to the acidic content of rainfall, I will deploy 3 by 3 adoptable box for each joining, which after joining I put the joined part in a strong water proof because it cannot be degradable.
@Tech_Inside_Out For the video quality that's why I used video balloon, this experience I got is from a military barracks where I installed cameras to a very far distances.
@Tech_Inside_Out For the power connection, let me teach a little trick, the RJ 59 cable comes with a power and video cable, for the power aspect of the cable, I will use the other end in the control room to be connected to a 230v electrical socket, then convert it back to DC using a 12v 2ahms adapter at the camera end, problem solved, the most important thing is the power, when you use your multimeter in checking the DC volt and your getting 8, 9.5v instead of 11.5, 12v thats where the problem starts. The second option is to increase the voltage ⚡ signal from the power supply to increase the voltage transmission due to the long range cable.
@@SamuelCollins-gf3hf You failed to address questions 1-3 and I really wish you did so we all learn. From the answer you gave in question 4, it seems you used coaxial cable instead of CAT5/6 Network cable. I know that using coaxial to broadcast RF TV signals over long distances reduces the picture quality unless you use a signal booster. Now the OP is asking how you managed to achieve a good picture quality (if you did) with about 3 joints of coaxial cable for your set up. I under the power supply part you explained, please give us an incite on questions 1-3 the OP asked.
Very good information.
Keep it up.❤❤❤
Thank you
Please I'm learning to fixed some thank you God bless you
God bless you too
Then for mistake No 3: If the cameras are IP cameras you can use POE switch to repeat the network, thereby getting the distance required for the camera installation.
The moment you put in a POE Switch, it becomes a strategy at making sure you don't have a straight cable running through the entire 100m. What i have indicated in the video is having straight cables beyond 100m
sir, in situations where 4G sim camera is used, can it be watch on TV screen. how the connection going to be. thanks
With that, you cannot monitor on TV directly, but you can use the TV screen as a monitor to a computer so that you receive it through a VMS
Thanks sir
Most welcome
Vital information
Am glad to hear from you
Thank you
You're welcome
What can someone do incase of running cable beyond 100m
istances of cameras to video recorder should be a key part of the CCTV Planning process. As part of the plans with respect to cable distances, you may have to do any of the following
1. Localizing your CCTV power for cameras at distances beyond 100m
2. Network segmentation can also be used to limit cable distances
3. Video transmission through radio links is also an option
4. The use of wireless cameras that use 4G Cellular SIMs and aggregate them into a Fusion cloud server
Am considering a video to elaborately address the solutions i have listed here and more.
Sir please my cameras are not responding what is the problem, this is what I found on the screen (not available HDD)
I suspect many things
1. Camera may not be compatible with the NVR or DVR
2. The screen format may not be compatible with the resolution format of the DVR or NVR
How can I connect IP camera with my mobile phone?
You can do that by using a cloud point to point app
A Very helpful video..plus hot debate on comment section 😂. If I would connect beyond 100m,what would be the the best work around
Distances of cameras to video recorder should be a key part of the CCTV Planning process. As part of the plans with respect to cable distances, you may have to do any of the following
1. Localizing your CCTV power for cameras at distances beyond 100m
2. Network segmentation can also be used to limit cable distances
3. Video transmission through radio links is also an option
4. The use of wireless cameras that use 4G Cellular SIMs and aggregate them into a Fusion cloud server
Am considering a video to elaborately address the solutions i have listed here and more.
@Tech_Inside_Out A very thank you for your valuable support. We appreciate your dedication!👏👏👏🙏🙏🙏
@Tech_Inside_Out
Thank you for your labour's sir.
Please make the video, it'll really go a long way in helping us.
Bro,make next complete tutorial how to setup zktecho manage attendance system
Well noted
For mistake No 3: I think using a video balloon is very necessary, because I have installed cameras with over 750m connected to the DVR.
If indeed you did 750m, you might have used 2 and a half boxes of the 305m cat 6 Network cables. Is that the case? Remember 100m is just like the length of a football pitch, are you saying you have run cables whose length is equivalent to almost the length of 8 football pitches put together lengthwise?
1. How did you deal with joints?
2. What is the video quality?
3. How was your power connected?
I will be glad to hear from you.
@Tech_Inside_Out
For the joining, I don't allow moisture in any joining I do because within a matter of time, I will rust due to the acidic content of rainfall, I will deploy 3 by 3 adoptable box for each joining, which after joining I put the joined part in a strong water proof because it cannot be degradable.
@Tech_Inside_Out
For the video quality that's why I used video balloon, this experience I got is from a military barracks where I installed cameras to a very far distances.
@Tech_Inside_Out
For the power connection, let me teach a little trick, the RJ 59 cable comes with a power and video cable, for the power aspect of the cable, I will use the other end in the control room to be connected to a 230v electrical socket, then convert it back to DC using a 12v 2ahms adapter at the camera end, problem solved, the most important thing is the power, when you use your multimeter in checking the DC volt and your getting 8, 9.5v instead of 11.5, 12v thats where the problem starts.
The second option is to increase the voltage ⚡ signal from the power supply to increase the voltage transmission due to the long range cable.
@@SamuelCollins-gf3hf You failed to address questions 1-3 and I really wish you did so we all learn.
From the answer you gave in question 4, it seems you used coaxial cable instead of CAT5/6 Network cable.
I know that using coaxial to broadcast RF TV signals over long distances reduces the picture quality unless you use a signal booster.
Now the OP is asking how you managed to achieve a good picture quality (if you did) with about 3 joints of coaxial cable for your set up.
I under the power supply part you explained, please give us an incite on questions 1-3 the OP asked.
You are amazing
I give God thanks
Pls, is your name Kudzo Gblogblovo?
Yes, am Kudzo
Thank you
You're welcome