Paul Whytock

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Paul Whytock is Technology Correspondent for Electropages. He has reported extensively on the electronics industry in Europe, the United States and the Far East for over thirty years. Prior to entering journalism, he worked as a design engineer with Ford Motor Company at locations in England, Germany, Holland and Belgium.

Could this 2D materials innovation push Moore’s law into sub-5nm gate lengths?

In a major technological development a material-device-circuit level co-optimisation of field-effect transistors (FETs) based on 2D materials for high-performance logic application

11-07-2017

Fake electronics at shows. What do the exhibition organisers say?

Electroblog recently covered a couple of stories highlighting the menace of counterfeit electronic products and how one of the ways dishonest companies sell them is via industry ex

Articles | 04-07-2017

Fake electronics at shows. What do the exhibition organisers say?

Electroblog recently covered a couple of stories highlighting the menace of counterfeit electronic products and how one of the ways dishonest companies sell them is via industry ex

Insights | 04-07-2017

Counterfeit components and the touch screen toddlers PART II

Two breaking news items pinged their way onto my desktop this week that reminded me of a couple of stories Electropages published a few months ago. The first latest news item looke

Insights | 26-06-2017

Best of the test at Automotive Testing Expo Europe

The German city of Stuttgart played host to the Automotive Testing Expo where over 300 companies attended to show off their new technologies in the areas of car testing, evaluation

Articles | 15-06-2017

Best of the test at Automotive Testing Expo Europe

The German city of Stuttgart played host to the Automotive Testing Expo where over 300 companies attended to show off their new technologies in the areas of car testing, evaluation

In The News | 15-06-2017

Are these E-mode GaN-on-Silicon power devices a World first?

E-mode 200 and 650Volt power devices that achieve a Ron dispersion of under 20% have been successfully developed using 200mm GaN-on-Silicon wafers. The technology was created by na

Articles | 13-06-2017

Are these E-mode GaN-on-Silicon power devices a World first?

E-mode 200 and 650Volt power devices that achieve a Ron dispersion of under 20% have been successfully developed using 200mm GaN-on-Silicon wafers. The technology was created by na

Insights | 13-06-2017