Google Moves into Conerencing

Google Inc introduced a videoconferencing system for businesses on Thursday, the Internet search company’s latest attempt to generate revenue from corporate customers.

Google said it was partnering with Asus, Hewlett-Packard Co and Dell to offer a specialized version of its Chromebox PC that comes with videoconferencing gear, including a video camera and speakers.

The first Chromebox for meetings to be available is made by Asus and goes on sale in the U.S. on Thursday for $999, Google said. Customers can also pay a $250 annual service and management fee, though the first year is included in the product’s sales price.

The product uses Google’s free Hangouts video chat technology to connect up to 15 separate video streams from users in different locations.

The product will put Google in competition against Cisco Systems Inc and Polycom Inc, which make the video conferencing systems used by many corporations.

The world’s largest Internet search engine, Google makes the vast majority of its revenue from advertising. But Google also sells services to corporate customers, including special versions of its online apps such as email and word processing, as well as Chromebook laptops aimed at business users.

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Intel Developing Thunderbolt Technology

A new interconnect technology being developed by Intel could be ready for market by 2015 and will be able to move data between computers at up to five times the speed of its recently launched Thunderbolt technology, an Intel researcher said earlier this week.

The new technology uses silicon photonics, which combines silicon components with optical networking, to transfer data at up to 50 gigabits per second over distances of up to 100 meters, said Jeff Demain, strategy director of circuits and system research at Intel Labs, at a company event in New York.

Intel expects the technology to be ready for use in PCs, tablets, smartphones, televisions and other products by 2015, Demain said. As well as being faster than today’s interconnect technologies, it’s expected to lower costs because the components will be built using existing silicon manufacturing processes.

The technology could possibly be used in TVs and set-top boxes to carry video streams at much higher definition than those available today. Image resolution is likely to quadruple by the middle of the decade, when successors to 1080p have arrived, and that will mean more data has to be pushed to the TV.

It should also enable faster data transfers between smartphones, tablets, PCs and peripherals such as external storage drives.

The technology still has a way to go, but Intel showed its progress at the event in New York Wednesday. It showed what it said were working prototypes of the silicon chips used to transmit and receive the laser signals.

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