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.

World firsts for Flash memories

What is claimed as the world’s first 32Gbytes 48-layer BiCS FLASH device with a three-dimensional (3D) stacked cell structure has been developed and launched by the Toshiba Corpora

Insights | 18-08-2015

Conquering the 44 zettabyte data mountain

The amount of data that will be swirling around planet Earth is set to explode during the final years of this decade and will reach the biblical proportion of around 44zettabytes (

Articles | 12-08-2015

Conquering the 44 zettabyte data mountain

The amount of data that will be swirling around planet Earth is set to explode during the final years of this decade and will reach the biblical proportion of around 44zettabytes (

Insights | 12-08-2015

Mobile Phones & Male Fertility: Unveiling the Connection

In the age of constant connectivity, our mobile phones have become almost an extension of ourselves. But have you ever stopped to consider the potential health implications of keep

Articles | 10-08-2015

Mobile Phones & Male Fertility: Unveiling the Connection

In the age of constant connectivity, our mobile phones have become almost an extension of ourselves. But have you ever stopped to consider the potential health implications of keep

Insights | 10-08-2015

Resistive RAM Instability Problems Solved Making 28nm Embedded Apps a Reality

The problems of filament instability in resistive RAM (RRAM) technology have been cracked in a joint effort by Japanese electronics conglomerate Panasonic and research centre Imec.

Articles | 28-07-2015

Resistive RAM Instability Problems Solved Making 28nm Embedded Apps a Reality

The problems of filament instability in resistive RAM (RRAM) technology have been cracked in a joint effort by Japanese electronics conglomerate Panasonic and research centre Imec.

Insights | 28-07-2015

Arsenic Phosphorus (BAP): Could This be the Poison Pill for Graphene?

The straight answer to that is an unequivocal no. But black arsenic phosphorus (BAP) could provide an extremely interesting alternative when it comes to producing infinitesimally t

Articles | 16-07-2015

Arsenic Phosphorus (BAP): Could This be the Poison Pill for Graphene?

The straight answer to that is an unequivocal no. But black arsenic phosphorus (BAP) could provide an extremely interesting alternative when it comes to producing infinitesimally t

Insights | 16-07-2015