About Your Device; Assisted Global Positioning System - Nokia 2605 Manual

■ About Your Device

The wireless device (RM-339) described in this guide is approved for use on
the following Verizon Wireless networks: CDMA 800 and 1900 MHz, and
CDMA2000 1xRTT. Contact Verizon Wireless for more information about
networks.
When using the features in this device, obey all laws and respect local
customs, privacy and legitimate rights of others, including copyrights.
Copyright protection may prevent some images, music, and other content
from being copied, modified, or transferred.
Your device may have preinstalled bookmarks and links for third-party
internet sites. You may also access other third-party sites through your
device. Third-party sites are not affiliated with Nokia, and Nokia does not
endorse or assume liability for them. If you choose to access such sites, you
should take precautions for security or content.
Warning: To use any features in this device, the device must be
switched on. Do not switch the device on when wireless device use
may cause interference or danger.
Remember to make back-up copies or keep a written record of all
important information stored in your device.
When connecting to any other device, read its user guide for detailed
safety instructions. Do not connect incompatible products.

■ Assisted Global Positioning System

Assisted GPS (AGPS) is used to retrieve assistance data over a packet data
connection, which assists in calculating the coordinates of your current
location when your device is receiving signals from satellites.
The Global Positioning System (GPS), used by AGPS, is operated by the
government of the United States, which is solely responsible for its
accuracy and maintenance. The accuracy of location data can be affected
by adjustments to GPS satellites made by the United States government
and is subject to change with the United States Department of Defense
civil GPS policy and the Federal Radionavigation Plan. Accuracy can also be
affected by poor satellite geometry. Availability and quality of GPS signals
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