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Private Line covers what has occurred, is occurring, and will ocurr in telecommunications. Since communication technology constantly changes, you can expect new content posted regularly.

Consider this site an authoritative resource. Its moderators have successful careers in the telecommunications industry. Utilize the content and send comments. As a site about communicating, conversation is encouraged.

Writers

Thomas Farely

Tom has produced privateline.com since 1995. He is now a freelance technology writer who contributes regularly to the site.

His knowledge of telecommunications has served, most notably, the American Heritage Invention and Technology Magazine and The History Channel.
His interview on Alexander Graham Bell will air on the History Channel the end of 2006.

Ken Schmidt

Ken is a licensed attorney who has worked in the tower industry for seven years. He has managed the development of broadcast towers nationwide and developed and built cell towers.

He has been quoted in newspapers and magazines on issues regarding cell towers and has spoke at industry and non-industry conferences on cell tower related issues.

He is recognized as an expert on cell tower leases and due diligence processes for tower acquisitions.

« Hello! from Pioneer 10 | | Jade Clayton's telecom dictionary »

May 17, 2001

Posted by Tom Farley & Mark van der Hoek at 12:17 AM

Welcome to the Future

SAN FRANCISCO, May 16 (AFP) -

Computer chip giant Intel said Thursday it has succeeded in creating a computer chip that includes the core circuitry of a cell phone and a hand-held computer etched into its surface.

The components are embedded onto a single silicon wafer using a single manufacturing process, the company said.

Traditionally, these different components are incorporated separately in a cell phone or hand-held device, and manufactured and assembled in different plants.

The company said the cell phone circuits will be five times more powerful than existing, stand-alone cell phone circuits, while consuming a fraction of the battery power required for today's devices.

The company hopes the chip will power next-generation ultraportable hand-held computers and cell phones with fast Internet connections, a market the depressed computing industry has been rushing to capture.

"Within the next five to 10 years, we should not be surprised to see devices such as wearable computers or even video watch phones become widely available," said Ron Smith, senior vice president of Intel's wireless division. "We believe Intel's new process technology will extend this trend."

Intel, based in Santa Clara, California, was to unveil the chip at its developers forum in Amsterdam Thursday.

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