AmberWave Systems Corporation - Woburn business directory - we help you find USA suppliers, products and business services

 

Category: Semiconductors  [Woburn company guide]


Company: AmberWave Systems Corporation

City: Woburn
Country: USA
url: http://www.amberwave.com

In recent years, the industry has recognized the increasing challenges associated with following Moore's Law. As a result, today's semiconductor manufacturers are looking for new methods to achieve performance improvements as a complement to traditional scaling techniques. AmberWave has the solution - Strained Silicon.

Strained silicon increases the mobility of charge carriers in semiconductor devices by "stretching" or "straining" the atomic structure of silicon. The technology can increase the operating speed and/or reduce the power consumption of a vast array of semiconductor- based products. In addition, device manufacturers do not need to invest in new fabrication or design infrastructure to realize the benefits of strained silicon since it is a natural extension of standard CMOS manufacturing. This ease in implementation enables device manufacturers to reach high volume production of advanced devices quickly and economically.

 

Call us today : +1 781 938 0022

Google


Web usaprofiles

 

Visit2America.com
Discover our USA travel guide - the free online travel directory

 

flag2.jpg (4485 bytes)

Back to main menu

[ Add company profile to USAprofiles.com ]

 

 

 

 


logo.jpg (11858 bytes)
Looking for products ? We can help.... Free registration form for international buyers


Do you want to import goods from the USA ?

Register your import needs here and we will inform our professional members

Company
Address
Zipcode
City
Country
Tel
Fax
Email

Description of the goods you want to import / buy:

 

Copyright statement
All data on this site is copyrighted by UGA media, the Netherlands and may not be distributed or copied in any format without an UGA data license. Full details on data licensing can be obtained by email
UGA portal sites

[ International resource sites - a summary of information portals ]

 

x