Peripherals/xMax: Difference between revisions

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(New page: {{lowercase|title=xMax}} '''xMax''' developed by xG Technology, Inc. is a proposed radio frequency (RF) modulation and encoding technology that will use individual or "integer" sin...)
 
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'''xMax''' developed by [http://en.wikipedia.org/wiki/XG_Technology%2C_Inc. xG Technology, Inc.] is a proposed radio frequency ([[RF]]) modulation and encoding technology that will use individual or "integer" sinusoidal waves to convey information. While supposedly applicable to wired mediums such as copper and coaxial lines, the technology will apparently be introduced first as a [[wireless]] communications technology, whereby its developers claim that it is capable of extending the range and reducing the transmit power compared to conventional approaches, including cellular technologies and fixed wireless approaches such as WiMAX.
{{lowercase|title=xMax}}
'''xMax''' developed by [[xG Technology, Inc.]] is a proposed radio frequency ([[RF]]) modulation and encoding technology that will use individual or "integer" sinusoidal waves to convey information. While supposedly applicable to wired mediums such as copper and coaxial lines, the technology will apparently be introduced first as a [[wireless]] communications technology, whereby its developers claim that it is capable of extending the range and reducing the transmit power compared to conventional approaches, including cellular technologies and fixed wireless approaches such as WiMAX.

Revision as of 21:35, 11 October 2007

xMax developed by xG Technology, Inc. is a proposed radio frequency (RF) modulation and encoding technology that will use individual or "integer" sinusoidal waves to convey information. While supposedly applicable to wired mediums such as copper and coaxial lines, the technology will apparently be introduced first as a wireless communications technology, whereby its developers claim that it is capable of extending the range and reducing the transmit power compared to conventional approaches, including cellular technologies and fixed wireless approaches such as WiMAX.