A large population means more hospitals and more potential travel nursing jobs.

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They do an excellent job at handling weak signal and dynamic environments, enabling maximum GPS performance when you need it most.

Their chips work indoor and outdoors, under tree canopies or in canyons, on country roads or beneath sky scrappers.

You could use it in a dog, but you could also tag all warm blooded animals with this type of GPS tracking chip and cell phone device combination in order to get huge amounts of position information for use in scientific research.

Our ability to understand the movements of our companions here on this earth would grow at an incredibly pace.

I can only see this technology getting smaller and smaller too until one day it fits within a 2.5 mm x 2 mm space.

The next technology that would be needed will be some sort of power supply that is renewable and persistent.

The second solution is much better but much harder as far as I know – it is to harness the heat produced by the dog and use it to power the two devices.

This would be an incredible solution and would allow for tracking of all sorts of animal life.

And the best part about these chips is that they are really small.

One GPS chip comes in at 2.5 mm x 2.0 mm – yeah, that is right, millimeters.

The fact that these chips are so small is important for all those in the GPS tracking community for several different reasons, the least of which is that small GPS chips are freakin’ cool.