PMC or programmable metallization cell is a cutting-edge memory technology used for creating non-volatile random access memory (NVRAM) that has the potential to eventually replace the conventional DRAM and Flash memory. The inventor of PMC, Dr. Michael Kozicki, developed it at the Arizona State University. Axon Technologies Corporation has a license to distribute the PMC technology to various manufacturers.
How Does PMC Work?
PMC works by building a conductive bridge over a solid electrolyte channel to modify the cell’s resistance. On a nanoscale, a microscopic silver or copper wire is created between two electrodes, just like electroplating silverware.
Advantages of PMC
The following are the benefits of using the PMC technology:
- High storage density per unit area
- Low power consumption
- Excellent endurance
- Ease of fabrication
Frequently Asked Questions(FAQs)
What is PMC used for?
PMC is used to create non-volatile random access memory (NVRAM) that has the potential to eventually replace the conventional DRAM and flash memory.
Who developed the PMC technology?
Dr. Michael Kozicki developed the PMC technology at Arizona State University.
What are the benefits of PMC?
PMC has numerous benefits, including high storage density, low power consumption, excellent endurance, and ease of fabrication.
PMC, or programmable metallization cell, is a new memory technology that has many benefits. It has excellent endurance, requires low power, and is easy to fabricate, making it a promising replacement for traditional memory types. PMC is licensed to Axon Technologies Corporation for distribution to various manufacturers.