Skip to main content

Permanent Solid-State Storage Using Metal-Oxide Fuses ID: 2012-013

This is a novel, user-programmable, permanent solid-state storage technology that uses a unique oxidation process to prevent common failure mechanisms found in existing memory solutions.

2012-013 photo
Photo by Климов Максим - stock.adobe.com

Technology Overview

This invention introduces a new form of permanent solid-state storage that utilizes metal-oxide-based fuses. Unlike traditional PROM technologies that destroy fuse material and can lead to dendritic failure, this method programs the storage by oxidizing the fuse material. This non-destructive process creates a highly stable and permanent memory solution. The technology is designed to offer cost and density comparable to current DRAM and Flash EPROM, making it a viable and superior alternative for a wide range of computing applications.


Key Advantages

  • Provides permanent, non-volatile data storage
  • User-programmable, offering flexibility over traditional ROM
  • Eliminates the dendritic failure mechanism common in older fuse-based technologies
  • Utilizes a stable, non-destructive programming method (oxidation)
  • Cost and density are competitive with mainstream technologies like DRAM and Flash

Problems Addressed

  • Addresses the volatility of DRAM and SRAM
  • Overcomes the limited programmability of ROM and the wear-out issues of Flash
  • Solves the reliability problems (dendritic failure) of previous permanent programmable memory (PROM)
  • Provides a true "write-once, read-many" permanent storage solution without the physical drawbacks of older systems

Market Applications

  • Replacement for existing memory technologies (DRAM, SRAM, ROM, Flash EPROM) in computers and electronic devices
  • Archival storage systems requiring long-term data integrity
  • Integrated circuits for a wide array of electronics
  • Licensing opportunities for major semiconductor manufacturers like Intel and IBM

Additional Information

Technology ID: 2012-013
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 01 July, 2025

Hidden image

Connect with the Tech Transfer to:

  • Meet with the technology manager
  • Receive additional information
  • Request a marketing plan report

Contact Us