Nanometer

(redirected from Nanometers)
Also found in: Dictionary, Thesaurus, Medical, Encyclopedia, Wikipedia.

Nanometer

A measure of length equal to one one-billionth of a meter. In other words, a nanometer is .000000001 meters. Nanometers are important in the semiconductor industry.
References in periodicals archive ?
The electron-beam diameter of our system is only 1 nanometer.
While the standard myosin model proposes a step of about 10 nanometers per molecule of ATE Yanagida's studies indicate that a myosin motor can leap up to several hundred nanometers per ATP molecule and suggest that the exact distance can vary, depending on how hard the muscle works.
As customers create highly integrated devices for processes at 65 nanometers and beyond, they must design for low power to extend the battery life of hand-held devices, and to reduce system power and package costs in wired devices.
Yield analysis and optimization during implementation is critical for maximizing design yield, especially at 65 nanometers and beyond," said Satoshi Andou, general manager, Design Platform Development Division, Electronic Devices Business Unit of Fujitsu Limited.
Taiwan Semiconductor Manufacturing Company (TSE:2330)(NYSE:TSM) has successfully completed the first of three CyberShuttle prototype production runs for the company's industry leading 65 nanometer Nexsys(SM) Technology for SoC.
To help implement this and other 65-nanometer test-chip and sub-block designs, S3 leveraged the complete Encounter RTL-to-GDSII flow, and applied its proven methodologies and approaches to solve the complex challenges of nanometer process design.
In their experiments, Sheetz and his group mixed kinesin with a suspension of tiny plastic beads, each about 190 nanometers in diameter.
The Cadence Physical Verification System is the leading solution that addresses Fujitsu's needs for advanced sub-90-nanometer designs and that also delivers the performance scalability we require to reach 65 nanometers and below," said Shoji Ichino, general manager, LSI Technology Development at Fujitsu.
However, ferritin is large and unpredictable in the way it binds to the molecules, making it difficult to measure structure smaller than about 20 nanometers.
It delivers a comprehensive methodology to address complex design issues at 90 and 65 nanometers, such as tight manufacturing parameters, an exponential increase in leakage power, and new extraction requirements.
Wires account for 5x more power consumption than transistors at the 90 nanometer node, and 30x more power consumption than transistors at 35 nanometers.
As a long-term partner of Cadence and library provider for UMC, we are very excited with this collaboration because it allows Faraday to handle signal integrity issues for our common clients at 130 nanometers and below.