Google Awarded Patent To Make Data Move Faster to Wireless Phones and Devices


News from Alexadria, Virginia (home of the U.S. Patent and Trademark Office) today that Google has been awarded a new patent in the wireless arena. It’s far from search related but we still thought it was worth a mention since it’s Google is a company many of you watch closely (understatement). From the way the patent reads (I’m far from an expert), it seems that Google has developed technology to make more data accessible at faster speeds on CDMA (Code Division Multiple Access) systems.

Source: Search Engine Watch

Could licensing this technology to various wireless providers be a new revenue stream for Google?

Title: Baseband direct sequence spread spectrum transceiver
Application Filed: January 26, 2001
Application Awarded: January 3, 2006


Abstract:
A baseband direct sequence spread spectrum CDMA transceiver. The data signal is modulated with a Hadamard function having pseudorandomly scrambled rows. This data signal is then broadcast baseband, absent a carrier, by a relatively short, mismatched antenna. The baseband signal is spread out across the DC to 30 MHz spectrum. A low noise, high gainbandwidth product amplifier boosts the baseband RF signal. A correlator/servo system is used to actively cancel the transmit signal from the received signal. Consequently, the same antenna can be used to receive incoming baseband RF signals as well as transmit baseband RF signals, thereby providing full duplex operation.

From the Background of Invention:
The advantages of CDMA carry over into high-speed wireless digital access. Increasingly, wireless digital applications are being used to access digital data (e.g., the Internet, intranet, multimedia, business data, etc.) at high speeds. With high speed wireless access, mobile users can obtain instant access to the Internet, business data (e.g., stock market quotes, sales reports, inventory information, price checks, customer data, emails, pages, etc.), and other real time data (e.g., traffic updates, weather information, sports news, etc.). The goal is to provide cellular handsets, personal digital assistants, portable communications devices, etc. the ability to transmit and receive digital data as well as make conventional telephone calls. The trend is towards ever faster mobile data speeds to meet customer demands. With greater data speeds, it is possible to provide even more data to more users. Recent CDMA based standards such as IS-95 and 3G are proposing increased data rates and capabilities.

Eze Vidra
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Eze Vidra

Chief Innovation Officer at Antidote
Eze is the Chief Innovation Officer at Antidote, a startup helping patients search and match to clinical trial, to accelerate medical breakthroughs. Previously, Ezewas a General Partner at Google Ventures Europe. Before GV, Eze founded and led Campus London, Google's first physical hub for startups, and was the Head Google for Entrepreneurs in Europe. He's an experienced product manager and startup mentor. In 2012 Eze founded Techbikers, a non-for profit supporting children education in developing countries.
Eze Vidra
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Eze Vidra

Eze is the Chief Innovation Officer at Antidote, a startup helping patients search and match to clinical trial, to accelerate medical breakthroughs. Previously, Eze was a General Partner at Google Ventures Europe. Before GV, Eze founded and led Campus London, Google’s first physical hub for startups, and was the Head Google for Entrepreneurs in Europe. He’s an experienced product manager and startup mentor. In 2012 Eze founded Techbikers, a non-for profit supporting children education in developing countries.