Paper Title: CeRAM: A Scalable, Fast, Low-power, Extreme Temperature NVM

Paper Abstract: We are developing a low-cost, ultra-fast (2 ns write pulse), non-volatile memory that can operate from < 1.5K to > 200 C and retain state to > 400 C. This technology, CeRAM, can scale to provide embedded memory at leading-edge process nodes that do not currently have NVM. Such characteristics are ideal for applications spanning from high-performance computing to automotive, industrial IoT, defense, and space.

Paper Author: Greg Yeric, CTO, Cerfe Labs

Author Bio: Greg Yeric is the CTO of Cerfe Labs. Greg's Ph.D. at The University of Texas at Austin centered around MOSFET reliability and processing, and he started his career in the area of embedded flash process integration at Motorola's Advanced Products R&D Labs. He then joined a startup, TestChip Technologies, focusing on the automation of technology development test chips. This company was acquired by HPL, where he briefly served as CTO until HPL was acquired by Synopsys, where he focused on merging yield analysis software with test chip hardware. He later joined Arm, eventually becoming an Arm Fellow, researching future technology directions and their implications on design. Cerfe Labs spun out of Arm in October of 2020.