www-smirc stanford.edu

Stanford Microwave Integrated Circuits Laboratory -- Stanford University

Thomas H. Lee. Questions or comments about the site? Jlittle at ee dot stanford dot edu. CMOS RFICs . and Beyond. The field of radio frequency RF circuit design is currently enjoying a renaissance, driven by the recent explosive growth in wireless telecommunications. Because this resurgence of interest in RF caught industry and academia by surprise, there has been a mad scramble to educate a new generation of RF engineers. Though our primary thrust has been creating and developing novel device, c.
traffic

OVERVIEW

This site www-smirc.stanford.edu currently has a traffic ranking of zero (the lower the better). We have scanned four pages within the domain www-smirc.stanford.edu and found six websites referring to www-smirc.stanford.edu.
Pages Crawled
4
Links to this site
6

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LINKS TO WEB SITE

AMSG Home Page

Welcome to the Analog Mixed Signal Group! Analog and Digital integrated circuits and DSP signal processing techniques with applications in various disciplines, such as sensor technology, communications, and biotechnology remain the primary focus of our group. These applications span a wide range from high-speed and RF to low-frequency high-precision circuits. We investigate the problem both in theory and practice and implement new systems in very large scale integrated circuits.

WHAT DOES WWW-SMIRC.STANFORD.EDU LOOK LIKE?

Desktop Screenshot of www-smirc.stanford.edu Mobile Screenshot of www-smirc.stanford.edu Tablet Screenshot of www-smirc.stanford.edu

WWW-SMIRC.STANFORD.EDU HOST

We discovered that the main page on www-smirc.stanford.edu took three hundred and twenty-eight milliseconds to come up. We could not detect a SSL certificate, so in conclusion I consider www-smirc.stanford.edu not secure.
Load time
0.328 secs
SSL
NOT SECURE
Internet Protocol
171.64.100.143

SERVER OS

I detected that this website is weilding the Apache/2.2.3 (CentOS) server.

PAGE TITLE

Stanford Microwave Integrated Circuits Laboratory -- Stanford University

DESCRIPTION

Thomas H. Lee. Questions or comments about the site? Jlittle at ee dot stanford dot edu. CMOS RFICs . and Beyond. The field of radio frequency RF circuit design is currently enjoying a renaissance, driven by the recent explosive growth in wireless telecommunications. Because this resurgence of interest in RF caught industry and academia by surprise, there has been a mad scramble to educate a new generation of RF engineers. Though our primary thrust has been creating and developing novel device, c.

CONTENT

This site www-smirc.stanford.edu states the following, "Questions or comments about the site? Jlittle at ee dot stanford dot edu." We noticed that the website said " The field of radio frequency RF circuit design is currently enjoying a renaissance, driven by the recent explosive growth in wireless telecommunications." It also stated " Because this resurgence of interest in RF caught industry and academia by surprise, there has been a mad scramble to educate a new generation of RF engineers. Though our primary thrust has been creating and developing novel device, c."

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