Feeds:
Posts
Comments

Posts Tagged ‘Infineon’

Article from SF Gate.

“Intel Corp., the world’s biggest chipmaker, said it will spend between $6 billion and $8 billion on U.S. factory upgrades, spurring the creation of 800 to 1,000 manufacturing jobs.

Two plants in Chandler, Ariz., and two in Hillsboro, Ore., will be renovated, and a new research and development facility will be built, Intel said Tuesday in a statement. The plans will also create as many as 8,000 construction jobs, the company said. The initiative will be carried out over “several years,” Intel spokesman Tom Beermann said in an e-mail. The Oregon plant is to open in 2013.

Intel, based in Santa Clara, has manufacturing facilities at three sites in the United States, including New Mexico, as well as in Ireland and Israel. The company is also building its first production facility in China. Intel, which is vying with Samsung Electronics Co. to be the industry’s biggest spender on production, budgeted $5.2 billion for plants and equipment in 2010.

“Today’s announcement reflects the next tranche of the continued advancement of Moore’s Law and a further commitment to invest in the future of Intel and America,” Intel President and CEO Paul Otellini said.

Moore’s Law is Intel co-founder Gordon Moore‘s famous prediction in 1965 that computer chips’ performance will roughly double every two years as manufacturing technology improves and more transistors, or tiny on/off switches, can be crammed onto the chips. The other side of that prediction is that prices will also fall.

Semiconductor companies are locked in a race to shrink the line widths on the circuits that give computer chips their function. Intel’s budget will be spent on so-called 22-nanometer production. A nanometer is one billionth of a meter. Reducing line widths lowers costs and makes products more capable. Modern semiconductor plants cost hundreds of millions of dollars to construct and billions to equip with machinery. They run 24 hours a day, year-round.

Intel rose 2 cents to $19.21 in Nasdaq Stock Market trading. The shares have declined 5.8 percent this year.

The company’s microprocessors run more than 80 percent of the world’s personal computers. Rival Samsung is the biggest maker of memory chips. The two companies compete in the market for memory used in mobile products such as Apple’s iPad and iPhone.

Intel ended the third quarter with more than $20 billion in cash and short-term investments after generating $3.5 billion in cash flow from operations. That cash total doesn’t include the two pending acquisitions it announced in the period – the $7.68 billion purchase of McAfee Inc. and the $1.4 billion deal for Infineon Technologies AG‘s wireless-chip unit.”

Read more here

Read Full Post »

Here is an excellent article from the VC dispatch at Wall Street Journal.

“Though demand for mobile phones is at an all-time high, Sequoia Communications Inc., a developer of components for the devices, has found itself unable to raise additional venture capital and is closing its doors, according to an investor.

The San Diego company had raised about $64 million from nine venture firms over several rounds beginning in 2001, VentureWire records show.

Luis Arzubi, a general partner with Tallwood Venture Capital, which participated in three funding rounds for Sequoia, said the company felt the pinch from the world’s economic slowdown, competition from name-brand tech companies and the difficulty of keeping the company’s components in compliance with the rules and protocols of numerous overseas markets.

“The company was running behind its original schedule,” Arzubi said. “Venture capitalists are very cautious, and afraid of throwing good money after bad.”

The company developed a transceiver for mobile phones that worked well, he said, and had signed up customers. Sequoia was about a year away from breaking even when investors pulled the plug, he said.

Transceivers are one of many electronic components that enable wireless communication. They are capable of tuning in, modulating and broadcasting standard cell signals. Transceivers also exist in other electronics and are used to pick up and broadcast other types of signals.

Semiconductor giants such as Qualcomm Inc. and Infineon Technologies AG also build transceivers, and they have more resources to bring to bear on the process, Arzubi said. They also have a diversified line of products, which Sequoia did not.”

Read the fulla article here.

Read Full Post »