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TECHNOLOGY OVERVIEW
Advancing communications at the most elemental level, xG Flash
Signal is a superior physical layer (PHY) technology for wired
and wireless RF communications. xG Flash Signal handles the
transmission, reception, modulation, and encoding of data.
xG Flash Signal uses breakthrough single cycle modulation
to deliver longer range and lower power RF communications.
Single cycle modulation is implemented when individual
sinusoidal cycles of RF energy are modulated to represent one
or more bits of data.
This proprietary modulation method differs from
conventional approaches where tens to hundreds of thousands of
RF cycles are required to convey a single bit of information.
With each additional cycle representing more RF power, getting
the job done with fewer cycles translates into more power
efficient RF transmissions.
This advancement in RF power output efficiency is
especially important for mobile devices that rely on batteries
to operate.
By increasing the range and power efficiency of wireless
signals, xG Flash Signal offers a low cost method of deploying
competitive broadband services. Because xG Flash Signal
delivers greater range, it requires far less network
infrastructure to wirelessly cover a given area.
Suitable for use on both unlicensed and licensed spectrum,
xG Flash Signal makes the economical deployment of wireless
broadband networks possible. xG Technology believes that more
affordable broadband networks combined with xG Flash Signal's
battery-saving features will result in 4G communications years
ahead of schedule.
To view additional information
regarding Flash Signal's features and benefits, click on the
following links.
Single Cycle Modulation: A Breakthrough Concept
The Power of
Physical Layer
Flash Signal: The
Wireless Solution
Mobile VoIP: The First
Application
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