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Thin Film Electronics

The Future of Thin Film
Electronics

Fast. Flexible. Simple.

Amorphyx is redefining high-performance displays and integrated circuits with breakthrough amorphous metal technologies that enable THz switching speeds, ultra-low power consumption, and simplified manufacturing.

It’s All About Electric Field Energy

All Field Effect Transistors (FETs) create current in proportion to the energy in an electric field defined by gate-source potential and stored in the gate structure. This field induces a potential across a highly resistive material—most commonly, a semiconductor.

The energy transferred from the gate capacitance to the semiconductor reduces the material’s resistance, enabling current to increasingly flow as the potential across the resistive material increases.

Amorphous gate metals provide a uniquely smooth surface that reduces non-uniformities in the gate electric field and at the gate insulator-semiconductor interface. This minimizes charge scattering in the conduction channel, unlocking full transconductance benefits.

Amorphous Metal Structure

Transforming Industries with Flexible Electronics

Amorphyx technologies are engineered for next-generation applications requiring high performance, low power, and scalable manufacturing on rigid and flexible substrates.

Premium Displays

For consumer electronics with 240Hz+ refresh rates, variable refresh, improved image quality, and extended battery life. Simplified manufacturing reduces factory costs by up to 99%.

Flexible LSI Circuits

Large-scale integrated circuits on plastic substrates with RF, analog, data converters, and microprocessors—enabling mass adoption of IoT sensors and wireless data links.

Medical & Industrial Sensors

Disposable wireless trackers and consumable sensors for healthcare monitoring, industrial tracking, and automotive systems—enabled by low-cost, high-performance flexible ICs.

Core Device Technologies

Engineered for performance, manufacturability, and compatibility with existing thin film deposition systems.

IGZO AMeTFT

IGZO AMeTFT

Redefining amorphous metal oxide semiconductor performance and manufacturability. Optimized for high-refresh displays and flexible LSI.

  • • 240Hz+ refresh rate support
  • • Variable refresh (0.1–240Hz)
  • • Compatible with existing TFT fabs
  • • Enables bridge to THz devices
AMNR

AMNR

Amorphous Metal Nonlinear Resistor based on Fowler-Nordheim quantum tunneling—achieving THz switching speeds with minimal structure.

  • • THz-level switching capability
  • • Ultra-simple device structure
  • • Low power operation
  • • Ideal for high-frequency circuits
AMHET

AMHET

Amorphous Metal Hot Electron Transistor—THz-speed transistors without semiconductors. The future of integrated circuits.

  • • THz switching speeds
  • • No traditional semiconductor required
  • • Enables ultra-fast logic
  • • Flexible substrate compatible

Amorphous Metals

Core enabler of high-performance thin film devices. Ultra-smooth surfaces reduce charge scattering and enhance gate field uniformity.

  • • Atomic-level surface smoothness
  • • Low defect density
  • • High conductivity
  • • Compatible with roll-to-roll processing
📊

Mobility Enhancement

Advanced TFT mobility solutions that improve electron transport in oxide semiconductors for faster, more efficient devices.

  • • High electron mobility
  • • Low off-current
  • • Stable under bias stress
  • • Scalable to sub-micron nodes
📱

Display Integration

Full integration path for LCD, AMOLED, and microLED displays with simplified backplane architectures.

  • • Supports 8K+ resolution
  • • Enables transparent displays
  • • Reduces layer count by 50%
  • • Compatible with foldable designs
📡

RF & Analog Front-End

High-frequency analog circuits enabled by AMNR and AMHET for next-gen wireless communication.

  • • 5G/6G mmWave support
  • • Low phase noise
  • • High linearity
  • • Flexible antenna integration
🔧

Manufacturing Process

Leverages existing thin film deposition equipment—reducing capital costs to 1% of traditional silicon fabs.

  • • PVD, CVD, ALD compatible
  • • Low-temperature processing
  • • Roll-to-roll adaptable
  • • High yield & throughput
THz
Switching Speeds
1%
Capex vs. Silicon Fabs
240Hz+
Display Refresh Rate
0.1Hz
Variable Refresh Minimum

Collaborate with Amorphyx

We leverage proprietary theoretical models and experimental databases to transfer thin film transistor technologies directly to your R&D and production lines—film by film.

Visit Official Website to Collaborate

Frequently Asked Questions

What are amorphous metals?

Amorphous metals lack a crystalline structure, resulting in atomic-level smoothness and uniformity. This reduces charge scattering in thin film transistors, enabling higher performance.

How do Amorphyx devices achieve THz speeds?

Through quantum tunneling (AMNR) and hot electron injection (AMHET), bypassing traditional semiconductor limitations and enabling ultra-fast switching.

Are these technologies compatible with existing fabs?

Yes. Amorphyx leverages existing thin film deposition tools (PVD, CVD, ALD), minimizing capital investment and enabling rapid integration.

What display types benefit most?

AMOLED, microLED, and high-refresh LCDs—especially in mobile, VR/AR, and automotive applications requiring high performance and low power.

Stay Connected

Curious about cutting-edge technology? Reach out to learn more about our innovative thin film transistor technologies.

📧 info@amorphyx.com

📍 Corvallis, Oregon, USA

Visit Official Website

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