CuddeLinkManual
Version 2.20.2017 Page 18 of 24
connected. For example, you may think camera 3 is connected to camera 2 while the map may
show you that camera 2 is actually closer to camera 1.
Note – Google My Maps is an excellent tool to manage camera location. My Maps uses aerial
photos and allows you to place pins where cameras are located and measure the distance
between cameras. Use your web browser and search for Google My Maps for more information.
We have tested transmission to nearly ½ mile in heavy forest and to over 2 miles in open terrain.
Trees, foliage, elevation, terrain, hills, etc. all effect transmission range. You will need to
experiment and use your GPS, maps, and the CL LEVEL to determine optimum deployment.
Generally, the higher the camera is off the ground the better it will receive and transmit images.
Using Genius mounts to place the camera high and aim it down is a good way to increase
transmission range.
SD CARD – HOME
The HOME node will save the CuddeLink images in the folder 400CUDDY. Within the
400CUDDY folder the images will be sorted into subfolders for each remote camera by the
camera’s CL LOC number (this is the second reason we suggest you set unique CL LOCs for each
remote).
100CUDDY – the home node will save the images it records in this folder
400CUDDY – this is the folder where CuddeLink remote images are saved. Within this
folder are subfolders for each remote camera.
LOC__000 – this is where images will reside for REMOTES that do not have a CL
LOC set.
LOC__001 – images from remote with CL LOC 001
LOC__002 – images from remote with CL LOC 002
And so on for each camera on your CuddeLink network.
Status.html – All remote camera sends status data to the home camera. These reports
are displayed in the Status.html file. Click this file to view it with your web browser.
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