Re: Andrea - Re: $2 end of week
in response to
by
Aiming to become the global leader in chip-scale photonic solutions by deploying Optical Interposer technology to enable the seamless integration of electronics and photonics for a broad range of vertical market applications
Message: Re: Andrea - Re: $2 end of week
Dr. Geoff W. Taylor, Chief Scientist of POET Technologies Inc
Monday, April 28th at 12:00pm In 3 weeks
Arcadian Court 401 Bay Street, Toronto, ON
At this event you will hear from Dr. Geoffrey Taylor, POET Technologies’ Chief Scientist, who will discuss POET’s semiconductor solution in the industry’s race to sustain Moore’s Law beyond the constraints of traditional silicon, and POET Technologies’ Executive Chairman and CEO, Peter Copetti. POET is developing a way for manufacturers to build a faster, more efficient microprocessor.
For almost 50 years, Moore’s Law has dictated the pace of technological change. As the number of transistors on a chip double approximately every 1.5 to 2 years, this increases the performance capabilities of computing devices and the many functions they make possible. Unfortunately, with present silicon-based integrated circuits and manufacturing processes, performance and cost improvements under Moore’s Law are increasingly unsustainable, and will soon come to an end. These physical limitations will increasingly impede electronics manufacturers from continuing to build smarter, faster, more efficient and cheaper devices. POET believes that its integrated electro-optical chip is the next great leap forward in technology and will have the ability to power numerous electronic devices such as wearable technology, everyday appliances, phones, tablets, computers, and military applications.
By integrating optics and electronics onto one monolithic chip, POET’s gallium arsenide semiconductor will provide its customers with a rebirth for Moore’s Law and usher in a new wave of innovation in integrated circuits for massive improvements in size, power, speed and cost. POET will lower power consumption by 4x to 10x compared to silicon chips and provide 20x to 50x speed improvement depending on the application.
Monetization of the POET Platform is on the horizon, with fully-integrated optical-electronic chips leading the way for not only the semiconductor industry, but also the entire electronic world.
For almost 50 years, Moore’s Law has dictated the pace of technological change. As the number of transistors on a chip double approximately every 1.5 to 2 years, this increases the performance capabilities of computing devices and the many functions they make possible. Unfortunately, with present silicon-based integrated circuits and manufacturing processes, performance and cost improvements under Moore’s Law are increasingly unsustainable, and will soon come to an end. These physical limitations will increasingly impede electronics manufacturers from continuing to build smarter, faster, more efficient and cheaper devices. POET believes that its integrated electro-optical chip is the next great leap forward in technology and will have the ability to power numerous electronic devices such as wearable technology, everyday appliances, phones, tablets, computers, and military applications.
By integrating optics and electronics onto one monolithic chip, POET’s gallium arsenide semiconductor will provide its customers with a rebirth for Moore’s Law and usher in a new wave of innovation in integrated circuits for massive improvements in size, power, speed and cost. POET will lower power consumption by 4x to 10x compared to silicon chips and provide 20x to 50x speed improvement depending on the application.
Monetization of the POET Platform is on the horizon, with fully-integrated optical-electronic chips leading the way for not only the semiconductor industry, but also the entire electronic world.
New Message
Please
login
to post a reply