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Total Power-Optimal Pipelining And Parallel Processing Under Process Variations In Nanometer Technology
White Papers This paper explores the effectiveness of the simultaneous application of pipelining and parallel processing as a total power (static plus dynamic) reduction technique in digital systems. Previous studies have been limited to either pipelining or...
[January 1, 1970, 0:59]
Simulated Engineering Of Nanostructures
White Papers New techniques for patterning and engineering materials at the nanometer-scale using scanning-probe microscopes (SPM) are beginning to make possible the long-standing goal of nanometer-scale mechanical and electronic devices.
[January 1, 1970, 0:59]
Assembler Construction By Proximal Probe
White Papers This paper looks at a company whose goal is to develop an assembler, a nanometer scale machine capable of manufacturing a wide variety of atomically precise structures via mechanochemistry. This paper addresses the construction of covalently bonded...
[January 1, 1970, 0:59]
Intel Ships Dual-core Presler
News Intel has begun to produce chips made on the 65-nanometer process, adding an optimistic note to what has been a somewhat tough month for the chip giant. It disproves all those who thought 65-nanometer would never make it as recently as early this...
[October 28, 2005, 8:30]
Pentium 4 Delay Gives AMD Top Spot
News Northwood," a 2.2GHz Pentium 4 based on the 130-nanometer (0.13-micron) manufacturing process, will come out commercially in the first part of 2002, sources said Thursday. Current Pentium 4 processors are made on the 180-nanometer process.
[October 12, 2001, 16:52]
Sun UltraSparc Chips Reach 1.2GHz
News The processor, to be announced at the SunNetwork 2002 conference in San Francisco, is built by Texas Instruments with a manufacturing process that permits 130-nanometer features, a smaller size than the current 150-nanometer process.
[September 18, 2002, 7:54]
Intel: One Step Closer To 10GHz
News The technology is designed to allow chipmakers to embed ever smaller features on silicon, beginning with chips at the 70-nanometer level. Current processors are manufactured on a 180 nanometer micron process.
[March 9, 2001, 8:38]
Intel Shrinks Flash Memory For Phones
News Rival AMD manufactures flash memory on the 250-nanometer process and will next move to 180-nanometer manufacturing. The chipmaker will announce that it will begin to ship flash memory -- which is used in cell phones, handheld computers, music...
[October 24, 2001, 7:31]
Transmeta's Woes Continue
News It will discontinue making 130-nanometer Efficeon chips and only make Crusoe and 90-nanometer Efficeon processors to meet demand for critical products. Ailing chip designer Transmeta on Friday said it is looking for a strategic partner to help it...
[January 24, 2005, 11:10]
IBM To Hit 1GHz With PowerPC Chip
News Intel recently began moving to a 130-nanometer manufacturing process. Samples of AMD's chip created with the 130-nanometer process are expected later this year. This combines recent chipmaking innovations -- including copper wires, silicon-on...
[October 15, 2001, 10:35]
Intel Cuts Montecito's Power Consumption
News The major reason for the lower power is the shift to a new manufacturing process employing 90-nanometer features, which means the circuitry can be made smaller compared with the 130-nanometer size used by the current Itanium, McLaughlin said.
[January 30, 2006, 8:55]
Intel To Create New Mobile Chips
News The new Celeron is being manufactured using Intel's newer 130-nanometer (0.13 micron) process rather than with the older 180- nanometer process, sources said. Intel will launch a line of new chips for mobile PCs next week that includes a low- cost...
[January 21, 2002, 9:00]
Intel Delays Next-generation Notebook Chip
News We expect no significant impact to [first-quarter] revenue or our 90-nanometer [manufacturing] ramp for the year. Dothan is Intel's first notebook chip to be manufactured on a 90-nanometer process. The chip, Intel's first 90-nanometer desktop...
[January 15, 2004, 7:50]
New Pentium 4s To Alter Competitive Map
News The 130-nanometer designation refers to the average size of the features on the chip. The Northwood Pentium 4s differ from the current versions of the chip in that they are made on the 130-nanometer (0.13-micron) manufacturing process, rather than...
[January 3, 2002, 14:54]
Intel's Roadmap Quickly Reworked
News It is also unclear whether the chips will be made using the 90-nanometer manufacturing process or the newer 65-nanometer process. Intel has redrawn its product plans for 2005, shelving two chips and announcing vague plans about the processors that...
[May 10, 2004, 9:15]
Intel Uplifted By New Chip Plans
News The move from 180-nanometer chips to 130-nanometer chips will allow the company to increase chip clock speed and reduce power consumption. Intel now plans to open the plant in 2004 to support a 90-nanometer chip manufacturing line that uses 300...
[April 26, 2002, 8:34]
Applied Materials Polishes Black Diamond
News The 130- and 90-nanometer processes refer to the average feature size on the chips. A number of 90-nanometer chips will contain low-k layers, "but once you get to 65 nanometres it becomes a necessity," MacWilliams said.
[February 5, 2004, 8:00]
Intel Beefs Up Xeon Chip To 2GHz
News Prestonia is built with 130-nanometer (0.13-micron) features and 512K of high-speed secondary cache memory, aspects that make the chip faster than the earlier model with 180-nanometer features and 256K of secondary cache, Poulin said.
[September 25, 2001, 9:08]
Intel Scraps 2GHz Xeon In Favour Of Prestonia
News The slightly accelerated release of Prestonia -- and its accompanying Plumas chipset -- also indicates that Intel appears to be succeeding in its conversion to the 130-nanometer (0.13-micron) manufacturing process.
[September 20, 2001, 11:34]
Intel Scraps One Xeon, Speeds Another
News The slightly accelerated release of Prestonia--and its accompanying Plumas chipset--also indicates that Intel appears to be succeeding in its conversion to the 130-nanometer (0.13-micron) manufacturing process.
[September 20, 2001, 8:38]
