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1. GPS device listens to GPS frequencies.
2. Satellite frequencies detected, attempting to get an interrupted data package from each satellite containing their almanac, location, precise time, etc. This takes around 30 SECONDS TO ONE MINUTE, of 100% uninterrupted data.
3. Satellite location detected, able to know precisely where the satellites from which the device receives random code strings. Based on the lag of the random code (the device compares its own identical code to the satellites, and calculates the latency -> using the physical constant c: the distance from the satellite) and by knowing the satellites’ locations in space, it can calculate your location.

That whole process can take from 30 seconds to 3 minutes depending on where you are and how good satellite coverage you’re getting. I have a Nokia 5800XM and the satellite works wonders.. INSIDE! Yes, it works goddamn good inside, let alone outside. Sometimes it might go off by 5 meters off the road but that’s only initially when it hasn’t locked on that many satellites. Just turn on your device, preferably “GPS locatro” instead of Nokia Maps and go into Satellite View and just wait patiently.

1. GPS device listens to GPS frequencies.
2. Satellite frequencies detected, attempting to get an interrupted data package from each satellite containing their almanac, location, precise time, etc. This takes around 30 SECONDS TO ONE MINUTE, of 100% uninterrupted data.
3. Satellite location detected, able to know precisely where the satellites from which the device receives random code strings. Based on the lag of the random code (the device compares its own identical code to the satellites, and calculates the latency -> using the physical constant c: the distance from the satellite) and by knowing the satellites’ locations in space, it can calculate your location.

That whole process can take from 30 seconds to 3 minutes depending on where you are and how good satellite coverage you’re getting. I have a Nokia 5800XM and the satellite works wonders.. INSIDE! Yes, it works goddamn good inside, let alone outside. Sometimes it might go off by 5 meters off the road but that’s only initially when it hasn’t locked on that many satellites. Just turn on your device, preferably “GPS locatro” instead of Nokia Maps and go into Satellite View and just wait patiently.

Same in EU/UK.   Traffic updates worked well and redirected me off rather than keep me in the blocked motorways. 

So I can’t see what all the fuss is about.   Did you RTFM?

Same in EU/UK.   Traffic updates worked well and redirected me off rather than keep me in the blocked motorways. 

So I can’t see what all the fuss is about.   Did you RTFM?

The problem was that I found the assisted GPS was fine if you were in the city, but once you got into the countryside, rural areas then it became a problem once again.

Assisted GPS is their work-around to poor GPS satnav eqipment.
Assisted GPS is NOT “true” satnav. Rather than getting the signal directly from the satellite (as in your cars satnav system), assisted GPS gets its positioning by using ground base stations (Nokia says that it gets it’s initial positioning by using these base station and then connects to satellite, I am skeptical of that, I’d love to see their proof of this).

I’ll tell you what happened to me & my Nokia N95 (maybe it was just MY phone that was faulty??),

Without assisted GPS the satnav capabilities of my phone was zero.

With Assisted GPS, the satnav at last started to work quite well.

But it was a false dawn, because although in the city all worked well, I wanted to see what happened when I was in more remote areas (country lanes & on a mountain). what i found was that the GPS satnav was useless. It would not find the satellite and location. I ran it alongside my cars satnav. Whereby the cars satnav pinpointed my position wherever i was in the countryside, the N95 failed dismally. After all that hope i was back to square 1.

There equipment must be flawed? Look at the evidence? Why would they come up with assisted GPS?