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Amorphyx
Consumer Electronics, 508 Sw Jefferson Ave, Corvallis, Oregon, 97333, United States, 11-50 Employees
Phone Number: +15*********
Who is AMORPHYX
Amorphyx innovates at the intersection of materials science and electronics. The Company has developed a family of thin film electronic devices - transistor, diode and sensor - based on q...
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Headquarters: 508 Sw Jefferson Ave, Corvallis, Oregon, 97333, United States
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Date Founded: 2012
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Employees: 11-50
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Revenue: $5 Million to $10 Million
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Active Tech Stack: See technologies
Industry: Consumer Electronics
SIC Code: 3674
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NAICS Code: 621399 |
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Amorphyx Org Chart and Mapping
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Frequently Asked Questions Regarding Amorphyx
Answer: Amorphyx's headquarters are located at 508 Sw Jefferson Ave, Corvallis, Oregon, 97333, United States
Answer: Amorphyx's phone number is +15*********
Answer: Amorphyx's official website is https://amorphyx.com
Answer: Amorphyx's revenue is $5 Million to $10 Million
Answer: Amorphyx's SIC: 3674
Answer: Amorphyx's NAICS: 621399
Answer: Amorphyx has 11-50 employees
Answer: Amorphyx is in Consumer Electronics
Answer: Amorphyx contact info: Phone number: +15********* Website: https://amorphyx.com
Answer: Amorphyx innovates at the intersection of materials science and electronics. The Company has developed a family of thin film electronic devices - transistor, diode and sensor - based on quantum tunneling physics. This family of devices promises to replace semiconductor-based electronic devices in analog/mixed-signal applications through the combination of higher performance, simplified manufacturing and order-of-magnitude lower manufacturing facility capex requirements. The Company combined expertise in amorphous metals and the creation of high-quality thin films in developing the worldwide-patented Amorphous Metal Nonlinear Resistor (AMNR) device and PECVD-based manufacturing process for LCD backplanes. The AMNR technology also serves as the foundation for the patent-pending Amorphous Metal Hot Electron Transistor (AMHET) device. AMHET is a drop-in replacement for thin film transistors in both flat-panel and flexible displays, eliminating the need for complexfabrication techniquesand compound semiconductor materials to produce high-performance displays. Ongoing AMHET development promises to produce a replacement for silicon and compound semiconductor-based transistors in the physical layer for wireless communications during 2017. The AMHET technology - with terahertz switching speeds and very low electronic noise - is idea for performance equivalence with existing semiconductor technologies in combination with order-of-magnitude cost reduction in the fabrication of RF, analog and data converter circuitry.
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