Digital Still Camera DSC-HX60/HX60V

GPS (DSC-HX60V)

As the positions of GPS satellites vary constantly, it may take longer to determine the location or the receiver may not be able to determine the location at all, depending on the location and time you use this product.
GPS is a system for determining geographic location by triangulating radio signals from GPS satellites. Avoid using the camera in places where radio signals are blocked or reflected, such as a shadowy place surrounded by buildings or trees, etc. Use the camera in open sky environments.
You may not be able to record location information at locations or in situations where radio signals from the GPS satellites do not reach the product as follows.
- In tunnels, indoors or under the shade of buildings.
- Between tall buildings or at narrow streets surrounded by buildings.
- In underground locations, locations surrounded by dense trees, under an elevated bridge, or in locations where magnetic fields are generated, such as near high voltage cables.
- Near devices that generate radio signals of the same frequency band as the camera: near 1.5 GHz band mobile telephones, etc.
If you upload and share the images which are recorded with the setting [GPS On/Off] is [On], the record location may be exposed on the internet even if you do not intend to do so. If you do not want to record location information, select [Off] for [GPS On/Off].

If you move to another location right after turning on the camera, it may take a longer time for the product to start triangulating, compared to when you stay in the same place.
Error caused by the position of GPS satellites
The product automatically triangulates your current location when the product receives radio signals from 3 or more GPS satellites. The triangulating error allowed by the GPS satellites is about 10 m (32.81 feet). Depending on the environment of the location, the triangulating error can be greater. In this case, your actual location may not match the location on the map based on the GPS information. Meanwhile, the GPS satellites are controlled by the United States Department of Defense, and the degree of accuracy may be changed intentionally.
Error during the triangulating process
The camera acquires location information periodically. There is a slight time difference between when the location information is acquired and when the location information is recorded on an image, therefore, the actual recording location may not match exactly the location on the map based on the GPS information.