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MIT: New germanium laser better for computing

Lasers with indirect-band-gap technology could ease integration with computer chips and therefore help optical computing, researchers say.

By February 5, 2010


IBM doubles speed of silicon germanium chips

New generation of processors can help cell phone operators handle higher bandwidth speeds.

By August 4, 2005


IBM hits a chip milestone

Big Blue says its semiconductor division has shipped 100 million chips made with silicon germanium technology, which powers the processors that go into many wireless devices.

By May 21, 2002


T-Networks zips up $30.6 million round

Chipmaker T-Networks completed its second round with $30.6 million in funding, the company announced Monday. Past investors Greylock, Intel Capital, Sequoia Capital, US Venture Partners and Vitesse Semiconductor contributed to the round, along with newcomer TL Ventures. The Allentown, Penn.-based T-Networks will use the financing to beef up its engineering team and to continue developing its products and sales efforts. The company makes indium phosphide chips for optical telecom equipment that can transmit data at 10gbps (gigabits per second) and 40gbps. T-Networks expects to make sales revenue and reach volume production of its chips by the second half of this year. Indium phosphide and silicon germanium chips are less common than silicon dioxide-based chips but have speed advantages for specialized uses such as communications gear.

April 23, 2002


IBM advances chip speeds

Microchips could become much more powerful thanks to Big Blue's new silicon germanium technology.

By October 12, 1998