Welcome!
You need to worry about getting the right camera for the right location.
You would be shocked how close someone needs to be to a 2.8 lens in order to ID them. And how much additional light is needed at night (when it matters most).
Take a look at this chart - to identify someone with the 2.8mm lens that is popular, someone would have to be within 13 feet of the camera, but realistically within 10 feet after you dial it in to your settings.
My neighbor was bragging to me how he only needed his 4 2.8mm fixed lens cams to see his entire property and the street and his whole backyard. His car was sitting in the driveway practically touching the garage door and his video quality was useless to ID the perp not even 10 feet away.
When we had a thief come thru here and get into a lot of cars, the police couldn't use one video or photo from anyone's system that had fixed 2.8mm or 3.6mm cams - those cams sure looks nice and gives a great wide angle view, but you cannot identify anyone at 15 feet out. At night you cannot even ID someone from 10 feet. Meanwhile, the perp didn't come to my house but walked past on the sidewalk at 80 feet from my house and my 2MP varifocal zoomed in to a point at the sidewalk was the money shot for the police that got my neighbors all there stolen stuff back. Reolinks are even worse at night - he tried those first and sent back to get Arlos....and a year later he is regretting that choice too.
In fact my system was the only one that gave them useful information. Not even my other neighbors $1,300 4k Lorex system from Costco provided useful info - the cams just didn't cut it at night. His system wasn't even a year old and after that event has started replacing with cameras purchased from
@EMPIRETECANDY on this site based on my recommendation and seeing my results - fortunately those cams work with the Lorex NVR. He is still shocked a 2MP camera performs better than his 4k cameras... It is all about the amount of light needed and getting the right camera for the right location.
My first few systems were the box units that were all 2.8mm lens and while the picture looked great in daytime, to identify someone you didn't know is impossible unless they are within 10 feet of the camera, and even then it is tough. You are getting the benefit coming to this site of hearing thoughts from people that have been there/done that.
We all hate to be that guy with a system and something happens and the event demonstrates how poor our system was and then we start the update process. My neighbor with his expensive arlos and monthly fees is that guy right now and is still fuming his system failed him.
Here are my general distance recommendations, but switch out the 5442 camera to the equivalent 2MP on the 1/2.8" sensor works as well.
- 5442 fixed lens 2.8mm - anything within 10 feet of camera OR as an overview camera
- 5442 ZE - varifocal - distances up to 40-50 feet (personally I wouldn't go past the 30 foot range but I like things closer)
- 5442 Z4E - anything up to 80-100 feet (personally I wouldn't go past 60 feet but I like things closer)
- 5241-Z12E - anything from 80 feet to almost 200 feet (personally I wouldn't go past 150 feet because I like things closer)
- 5241-Z12E - for a license plate cam that you would angle up the street to get plates up to about 175 feet away, or up to 220 with additional IR.
- 49225 PTZ - great PTZ and in conjunction with an NVR or Blue Iris and the cameras above that you can use as spotter cams to point the PTZ to the correct location to compliment the fixed cams.
You need to get the correct camera for the area trying to be covered. A 2.8mm to IDENTIFY someone 40 feet away is the wrong camera regardless of how good the camera is. A 2.8mm camera to IDENTIFY someone within 10 feet is a good choice OR it is an overview camera to see something happened but not be able to identify who.
Main keys are you can't locate the camera too high (not on the 2nd story or above 7 feet high unless it is for overview and not Identification purposes) or chase MP and you need to get the correct camera for the area trying to be covered. A 2.8mm to IDENTIFY someone 40 feet away is the wrong camera regardless of how good the camera is. A 2.8mm camera to IDENTIFY someone within 10 feet is a good choice OR it is an overview camera to see something happened but not be able to identify who. Also, do not chase marketing phrases like ColorVu and Full Color and the like - all cameras need light - simple physics...
Consider a
Blue Iris/computer combo as an NVR. Keep in mind an NVR is a stripped down computer after all....and isn't true plug-n-play like people believe. You still have to dial the cameras into your setting. Once you do that, might as well go with something that has the best chance of working with many different camera brands. And I have found
Blue Iris to be more robust and easier than an NVR. As always, YMMV...
When I was looking at NVRs, once I realized that not all NVRs are created equal, and once I priced out a good one, it was cheaper to buy a refurbished computer than an NVR. You don't need to buy components and build one.
Many of these refurbished computers are business class computers that have come off lease. The one I bought I kid you not I could not tell that it was a refurbished unit - not a speck of dust or dents or scratches on it. It appeared to me like everything was replaced and I would assume just the motherboard with the intel processor is what was from the original unit. I went with the lowest end processor on the
WIKI list as it was the cheapest and it runs my system fine. Could probably get going for $200 or so. A real NVR will cost more than that.
NVRs from the box units like a Amcrest and Lorex cap out incoming bandwidth (which impacts the resolution and FPS of the cameras). The Lorex and Amcrest NVR maxes out at 80Mbps and truly only one or a couple cameras that will display 4K. My neighbors was limited to that and he is all upset it isn't 4K for all eight channels and he was capped out at 4096 bitrate on each camera so it was a pixelated mess.
The best advice we give is purchase one varifocal camera and test it at each location you want to install a camera and confirm the lens you need and do not install higher than 7-8 feet unless it is for an overview camera - otherwise you get top of heads and hoodies.
