FRAM (Ferroelectric RAM) is great
Based on the above-mentioned advantages, why FRAM still does not dominate the market?
There are also some factors that have prevented FRAM from dominating the hardware world:
FRAM is still more expensive than traditional memory technologies, which makes it less attractive for cost-sensitive applications.
FRAM has a lower density than some other memory technologies, which limits its usefulness in certain applications.
FRAM is not compatible with all microcontrollers and processors, which means that it may not be an option for some applications.
FRAM is more difficult to manufacture than traditional memory technologies, which can lead to production challenges and lower yields.
FRAM is a relatively new technology, and it takes time for new technologies to gain widespread adoption in the market. This means that there may be a lack of awareness or understanding of the benefits of FRAM among some developers and engineers.
Despite these challenges, FRAM has been gaining popularity in certain niche applications where its unique properties are highly valued, such as in space and automotive applications, and there is ongoing research and development aimed at improving its cost and density.