It all depends what grade of one you want. You can try seeking advice from an electronic store to see what kind you want.
You can purchase a gps receiver chip whereever you can purchase a gps system. you can go to walmart, target, best buy, outdoor world, or online as well.
It depends on what brand of gps you own, and the model fo the gps system which you have to purchase the receiver antenna for; each model will have different costs.
Many smartphones support GPS apps including the iPhone and tHe Blackberry. If your current phone does not support GPS apps, you can purchase a GPS receiver chip.
An American penny is round while GPS receiver chips are not circular in shape. They come in different sizes. There is actually a very small GPS receiver chip that is the size of a baby's fingernail. In comparison, that is smaller than a US penny.
The 5530 does not appear to have an integrated gps chip. This means to use the gps function, you will have to purchase an external bluetooth gps receiver such as the Nokia LD-4w or other alternatives you will find on sites such as expansys.com, play.com or even eBay.
No. You would need a separate GPS receiver and GPS software (i.e. TomTom) on your palm device to decipher the GPS receiver's signal into information you can use.
There are several GPS receiver modules available on Amazon.com. The Globalsat BT-359 - GPS receiver module has excellent reviews and cheapest price for the quality. You can find a link here: http://www.amazon.com/Globalsat-BT-359-GPS-receiver-module/dp/B000GWGHOK
Yes, a GPS receiver will work in Jamaica.
For a Garmin Etrex GPS system, a receiver is not required. You can simply just buy a Garmin Etrex GPS and use it without having to buy any other accessories such as the receiver.
I believe nowadays that would be done with a GPS receiver. In other words, just go there with a GPS receiver, and read the coordinates the GPS receiver shows you.
No, the AmbiCom GPS receiver requires a Windows PC to be operational. It is not compatible with other GPS devices.
-- latitude of the receiver -- longitude of the receiver -- elevation of the receiver -- the time