My brand new Cuddeback/Cuddelink trail camera system has arrived!
One home camera (central image collection/transmission device) and six remote cameras for out in the woods. One of the remote cameras will be set up in surveillance mode, and continuously watching the recreational property cabin/gate. So five remaining remote cameras for watching deer, turkeys, bears, and trespassers. Perhaps more remote cameras can be added next year, the system will allow up to a maximum of 23 remote cameras all using one home camera as a image collection/transmission device.
Each camera unit runs on four D size alkaline batteries, so 28 in total needed for my initial setup.
Sam's Club had the best deal for D size alkaline batteries, and had 14 batteries in a blister pack.
The perfect numerical quantity per blister pack for my needs, and I bought two.
I will wait and see about long term battery life for the home camera, before buying the 120 vac power adapter. ($20) We do have grid power in the cabin, so long term, that may be the most practical solution.
I expect the home camera will be the most battery power hungry, as it consumes battery power
while collecting images from all of the remote cameras, and sending images to the Cuddeback server
via LTE cell signal for eventual remote camera image distribution to email addresses and texting cell phone images.
Amazon had the best deals on San Disk 32 GB SD cards, with one 32 GB SD card needed for each camera.
I found three packs (three 32 GB SD cards packaged as one unit) of what I needed, so I bought three of the three packs, and will have several SD cards leftover as spares.
(10,000's of full resolution camera still images per card using the 32 GB SD cards, the maximum capacity SD card size allowed)
In my spare time, I am "digesting" perhaps fifty or more pages of detailed trail camera system documentation.
The remote cameras have two distinct separate user interfaces.
The first, the "Simple" uses mostly pre programmed settings and is quick for setup & deployment.
The second, the "Advanced" allows almost any stock pre programmed camera setting to be modified as needed. They do however, suggest starting with the "Simple" user interface and the stock pre programmed settings.
One item that really grabbed my attention, the camera system is bi-directional.
If you log into your account on the Cuddeback website, the camera system will work in a reverse direction and allows changing most (not all) remote in the woods trail camera adjustments/settings from anyplace in the world with a decent internet connection.
Also, as camera "firmware" over time is improved, or remote camera features are upgraded, the camera firmware version can be upgraded to the most recent by plugging a properly equipped SD card into each camera, and upgrading the camera firmware. The trail camera firmware updated versions as features/bugs are addressed, is available for free from the Cuddeback website.
You only need one SD card with the updated firmware on it, and it plugs into each camera one at a time, out in the field, for the remote camera firmware updating process.
Initial setup, various camera settings, both user interfaces, troubleshooting, and expected system performance information is all in the documentation available as a downloaded zip file from Cuddeback.
The Cuddeback/Cuddelink trail camera system is designed here in the USA.
It is manufactured in China (like most all consumer electronics is) and built to the USA specifications.
So far, the documentation translation from foreign language to English appears quite good.
The detailed documentation shows some real thoughtful/smart people designed the system.
For example, when you set up the system, you enable, setup/deploy the home camera first. (in the cabin)
When you go and setup/deploy the first camera in the woods, before beginning the walk or drive to the location for that first remote camera, you use the Simple user interface, and put that camera you are going to deploy into a "Signal Strength Meter Mode" and it will continuously show the level or strength of the "Mesh Wi-Fi" signal being transmitted/received from the previously setup/deployed home camera.
The first remote in the woods camera will display on the LCD Simple interface ---- if the remote camera
being set up is not receiving any transmission signal from the home camera. So now you know you have exceeded the distance the signal is capable of traveling. The signal strength meter can display from
---- No signal, and up to 99 which is the maximum interconnected camera Wi-Fi signal strength.
They recommend a signal strength of 40 or higher for good image speed transmission between the various distributed remote cameras. They do advertise quarter mile remote camera distance separation for in the woods usage, and up to several miles distance for remote camera distance separation in open/ flat terrain.
It is some Hi Tech electronics!
I will likely print out the Simple user interface documentation and the quick start guide before beginning the camera system setup/deployment task. I now have all the needed hardware, batteries and SD cards for system setup/deployment.
There are three different available flash choices for nighttime photos/video capture.
You order your cameras with the flash unit choice that you prefer.
However, you can purchase separate flash modules, and change them out if your initial preference needed to be changed. The end user can change the flash modules out in the field.
"Strobe" is white light flash, highly visible to the human eye, and the longest distance flash option.
"IR" is medium distance flash performance, and somewhat visible to the human eye.
"Black Flash" is the shortest distance flash performance, and completely invisible to the human eye.
They advertise fifty foot distance for good quality nighttime still photos using Black flash modules.
Nighttime color video capture is only available with the White light strobe option.
I ordered my Cuddeback camera system with the Black Flash option, as it is less likely to be spotted at night, and have expensive remote cameras stolen due to visible light flash being spotted by humans.