|
Below, you'll find extensive information on leading
Bluetooth Wireless Networking articles and products to help you on your way
to success.
Bluetooth Wireless Networking
By Andrew Kelly
Bluetooth technology offers three different types
of defined ranges, based on output ranges. Class
1 devices are the most powerful, as they can have
up to 100 mW of power, with a regular antenna
giving them a range of around 130 - 330 feet.
The class 2 devices are lower power, offering up
to 2.5 mW of power. A regular antenna will give
them a range of around 50 - 100 feet. Class 3
devices use even less power, up to 1 mW of power
to be exact. With a regular antenna, they will
have a range of around 16 - 33 feet.
Even though you may not realize it, Bluetooth
wireless technology has never been intended for
anything other than short distance types of
communication. With Bluetooth wireless, the short
range is actually a benefit.
For one, the short range will reduce the change of
interference between your devices and those that
belong to others who are nearby. Overall, this
is a basic type of security, designed to protect
you and your devices.
Secondly, the lower power used for short range
means a longer battery life. Most Bluetooth
devices will get their power from a battery,
meaning that anything you can do to lengthen the
battery life is very important.
The wireless networking offered by Bluetooth is
actually among the best, even though it uses
short range communication. Bluetooth is used
with wireless controllers, the internet, and
even wireless headsets.
For the best in short range technology, Bluetooth
is extremely hard to beat. If you've never tried
Bluetooth before, now is the time. It's the best
with wireless networking, especially for those
who enjoy hands free talking on their cell phone.
Author Details:
Andrew Kelly, copywriter for various websites including, Bluetooth Info a subsection of Tartan Gems a growing information portal, The A to Z of, an ambitious project to cover various subjects
plus a great many other sites.
NOTE: This article may be reproduced ONLY if the author details and links remain
in place.
|
