Technology

Frequently Asked Questions

ReRAM/RRAM Basics

What is ReRAM (Resistive RAM) technology?

How does ReRAM technology contribute to energy efficiency and sustainability in electronic devices?

What is embedded ReRAM / RRAM?

How does Weebit ReRAM / RRAM work?

What are the different types of ReRAM / RRAM?

What is the difference between RRAM and ReRAM?

What is the acronym RRAM?

The ReRAM Difference

If I am building a new SoC, why should I consider ReRAM instead of my current NVM?

Why can ReRAM scale to advanced nodes geometries and embedded flash can’t?

Is ReRAM more secure than other NVM?

What is the difference between MRAM and ReRAM / RRAM?

What is the difference between PCM and ReRAM / RRAM?

How does eFlash compare to embedded ReRAM?

What is the difference between DRAM and ReRAM?

What is the difference between SRAM and ReRAM?

What is the difference between flash and ReRAM?

Why is ReRAM better than flash?

What are the benefits of ReRAM / RRAM?

Applications of ReRAM

What applications does ReRAM enable?

What security applications does ReRAM enable?

How does Weebit’s memory technology help Artificial Intelligence?

What advantages does ReRAM provide for automotive?

What advantages does ReRAM provide for power management ICs (PMICs)?

What advantages does ReRAM provide for data logging applications?

Adopting ReRAM/RRAM

Do I need to invest in new equipment or process steps to incorporate ReRAM in my devices?

Does ReRAM support custom memory sizes?

Is ReRAM expensive to manufacture?