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Major Players To Test WiMAX Interoperability |
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Written by Adam Gosling
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Thursday, 27 September 2007 |
Announced at WiMAX World in Chicago, Intel, Nokia and Nokia's spin off
carrier equipment company Siemens have said the three will collaborate
to get WiMAX interoperability sorted between their respective products.
The move is an interesting one and demonstrates the commitment major
technology companies have for the upcoming high-speed wireless
broadband system. Intel and Nokia had once planned to collaborate to
bring 3G into Intel's notebook wireless platform Centrino, but the idea
was abandoned with little explanation. Now it appears that 3G was seen
as something OEMs could take care of and the two plan to go after the
WiMAX market.
Intel is a long time supporter of the standard and has made major
investments, including in Australian Wireless Broadband carrier,
Unwired, in order to ensure the standard gets a start in the market.
The interoperability effort announced by the three companies will see
testing across Intel's forthcoming WiMAX silicon for laptops and mobile
Internet devices, Nokia WiMAX devices and Nokia Siemens Networks WiMAX
infrastructure equipment.
Nokia also said it will use Intel's WiMAX silicon product, which is
codenamed "Baxter Peak" and designed specifically for mobile Internet
and consumer electronic devices, in its forthcoming Nokia Nseries
Internet Tablets. The Internet tablets will be among the very first
WiMAX-enabled open Internet devices expected to ship in 2008, according to a company statement.
"WiMAX enables the mobile Internet and makes it possible to get
content on a variety of new mobile devices at broadband speed, and our
Baxter Peak solution is designed specifically for these exciting new
devices," said Raviv Melamed, general manager of Intel's Mobile
Wireless Group. "Intel, Nokia and Nokia Siemens Networks all recognize
our collective responsibility in ensuring that people can take full
advantage of WiMAX. Simply put, the infrastructure behind the networks
and the devices that access those networks must work together
seamlessly."
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