Oxide-Based Memory Materials

Eata Electronic provides a full spectrum of oxide-based memory materials. Leveraging precisely engineered interface modulation and mature thin-film fabrication techniques, our products feature ultra-low switching current, exceptional cycling endurance, and continuously tunable multi-resistance states. Purpose-built for next-generation neuromorphic computing architectures, these materials drastically cut the energy waste caused by data movement between storage and processing units, making them ideal for low-power edge AI devices, brain-inspired chip R&D, high-density in-memory computing arrays, and high-frequency information encryption scenarios.

Key Applications

‌Low-Power Edge Intelligence
Implements a compute-in-memory architecture that significantly reduces energy consumption associated with data transfer, making it ideal for long-battery-life edge devices such as smart sensors and wearable devices.
Brain-Inspired Computing Chips
Precision-engineered high-density compute-in-memory arrays deliver energy efficiency far surpassing that of traditional architectures for AI hardware.
Hardware-Level Information Encryption
Leveraging the physically unclonable properties of materials to build highly reliable key units, suitable for high-security scenarios such as industrial and automotive applications.
‌Storage for Extreme Environments
Highly radiation-resistant and stable across a wide temperature range, enabling long-term, reliable operation in special operating conditions such as aerospace and deep-sea exploration.

Our Oxide-Based Memory Materials Products

Eata Electronic offers a full range of oxide-based storage materials. Each material is meticulously tuned through precise process control and multi-dimensional reliability testing, delivering ultra-low power consumption, high switching speeds, and exceptional data retention capabilities. We continuously refine our material formulations and manufacturing processes to meet the industry's growing demand for efficient, interference-resistant, and long-lasting storage solutions.

Please click on the filter box below to quickly locate the oxide-based memory materials you need.

Oxide Powders

Sputtering Targets

Thin Film Materials

Single Crystal Materials

Oxide Powders

Leveraging precisely controlled stoichiometric ratios and uniform particle size distribution, oxide powders excel in high purity and exceptional sintering activity, perfectly suited for advanced ceramic components and energy storage electrode precursors. Through low-temperature hydrothermal synthesis, their specific surface area reaches 3 times that of conventional products, significantly enhancing material reaction efficiency. The mature scalable purification process has made them a foundational raw material for high-performance functional material manufacturing.

Product List

Sputtering Targets

This is a physical display of Eata's oxide sputtering target for storage applications.

With high density and minimal grain boundary defects, sputtering targets deliver ultra-stable film deposition consistency, ideal for semiconductor thin-film circuits and optical coating systems. Fabricated via hot isostatic pressing, their impurity content is kept below ppm level, drastically reducing coating failure rates. The optimized large-area forming technology has made them a key supporting material for precision micro-nano processing.

Product List

Thin Film Materials

This is a demonstration diagram of Eata's high-performance oxide storage thin film material.

Featuring exceptional interface adhesion and atomic-level thickness uniformity, thin film materials stand out for low leakage current and high dielectric constant, perfectly matching high-density integrated capacitors and flexible sensor applications. Deposited by atomic layer deposition, their thickness accuracy is controlled within sub-nanometer range, effectively boosting device response speed. The mature roll-to-roll production process has made them a core layer material for next-generation microelectronic systems.

Product List

Single Crystal Materials

This is a real picture of Eata's storage-grade oxide single crystal material.

Benefiting from long-range ordered atomic arrangement and no grain boundary interference, single crystal materials exhibit ultra-high carrier mobility and excellent optical transmittance, ideal for high-frequency communication chips and laser window components. Grown via the Czochralski method, their internal stress is nearly eliminated, drastically improving component service life. The optimized low-defect growth technology has made them a critical base material for cutting-edge optoelectronic devices.

Product List

Eata Electronic offers high-performance oxide memory materials with optimized formulations that provide ultra-low power consumption, fast switching, and long-term data retention for applications such as edge computing, in-memory computing, and hardware encryption. Please feel free to contact us at any time to discuss technical matters or request samples.

For Research or Industrial Raw Materials, Not For Personal Medical Use!