Re: NV5232e-16p unusable with IP4M-1051w
Posted: Thu Nov 25, 2021 9:56 pm
Yeah I don't know really. It is hard to say. Personally I don't know what chip is in the 5232E-16p I am going to guess that it has to be better then my AI NVR that only has a Dual Core CPU running at 1.5 GHz. I mean to tell the truth the 4116E-8p -HS and my 2116-HS both have Quad Core Cpus one is running 1.5 and the other runs at 1.6. Legacy CPU's seeing they are from 2014 and 15.
I wouldn't say they are under powered.. What people don't understand when it comes to NVR's is that they are only a small piece of the puzzle. Here is why All cameras connected normally to a NVR is already a MINI NVR with CPU, Ram and Software running and that is why my NVR AI 16ch with 16ch POE ports has a slower CPU then my 8ch AI DVR.. The DVR has to do more Computing then the NVR does because the NVR is taking an already Digital format and just storing it where on the AI dvr in general the cameras connected (Not many of mine) are Dumb cameras and all the info is sent in pure format and turned into a Digital format for storage. However a lot of my Analog cameras have CPU's and ram an do a lot more then the traditionally analog camera..
So when it comes to the 32ch NVR I would guess that it will for sure have more Ram but it could be using the same CPU as my AI NVR because again as I said before there is most of the data coming to an NVR in pure digital format from camera and so I could as I said see more ram being needed and maybe even a Dual CPU being used.
If this was my NVR I would set some testing for the Network. I think it is related to the Digital path way from Router to NVR..
First thing I would do is Replace any cable connected from the NVR to The Router. If it was one that came with NVR it isn't a very good cable. I hate to say it will be CCA. IF you were on a Switch that is managed I would look for errors in Tx or Rx I would also change out port of Router to make sure that it wasn't a port related issue.
Just looked up the Specs
It has a Incoming 320Mbps bandwidth There is nothing that should make the NVR not work with 4mp IP cameras unless there is a Network issue over Wifi or over the incoming Digital data from router to NVR.
Model NV5232E-16P
System
Main Processor Quad-core embedded processor
I wouldn't say they are under powered.. What people don't understand when it comes to NVR's is that they are only a small piece of the puzzle. Here is why All cameras connected normally to a NVR is already a MINI NVR with CPU, Ram and Software running and that is why my NVR AI 16ch with 16ch POE ports has a slower CPU then my 8ch AI DVR.. The DVR has to do more Computing then the NVR does because the NVR is taking an already Digital format and just storing it where on the AI dvr in general the cameras connected (Not many of mine) are Dumb cameras and all the info is sent in pure format and turned into a Digital format for storage. However a lot of my Analog cameras have CPU's and ram an do a lot more then the traditionally analog camera..
So when it comes to the 32ch NVR I would guess that it will for sure have more Ram but it could be using the same CPU as my AI NVR because again as I said before there is most of the data coming to an NVR in pure digital format from camera and so I could as I said see more ram being needed and maybe even a Dual CPU being used.
If this was my NVR I would set some testing for the Network. I think it is related to the Digital path way from Router to NVR..
First thing I would do is Replace any cable connected from the NVR to The Router. If it was one that came with NVR it isn't a very good cable. I hate to say it will be CCA. IF you were on a Switch that is managed I would look for errors in Tx or Rx I would also change out port of Router to make sure that it wasn't a port related issue.
Just looked up the Specs
It has a Incoming 320Mbps bandwidth There is nothing that should make the NVR not work with 4mp IP cameras unless there is a Network issue over Wifi or over the incoming Digital data from router to NVR.
Model NV5232E-16P
System
Main Processor Quad-core embedded processor