Let’s break down why Logic NVM from eMemory is a game-changer for modern SoC design. Traditional non-volatile memory (like eFlash) requires additional mask layers and complex process modifications. This increases cost and cycle time.
It provides the non-volatility of Flash with the cost and process simplicity of standard logic. Let’s break down why Logic NVM from eMemory
In the world of advanced semiconductors, embedded memory is often the unsung hero. While most headlines focus on CPU core counts or AI accelerator TOPS, the real revolution is happening in how chips store small bits of critical data. It provides the non-volatility of Flash with the
For years, designers faced a painful trade-off: choose high-density, costly embedded Flash (eFlash) or settle for unreliable fuse-based OTP. Enter . And at the forefront of this technology is eMemory , whose solutions are meticulously detailed in the Series on Advances in Solid State Electronics and Technology . For years, designers faced a painful trade-off: choose
integrates memory cells directly into the standard CMOS logic process. No extra masks. No foundry add-ons.
If you are currently wasting die area on external EEPROMs or struggling with blown fuses that "un-blow" in the field, download the eMemory technical series. Your BOM and your field reliability will thank you. Have you used Logic NVM in a recent tapeout? Share your experience with trimming and calibration in the comments below.