At CES 2025, Paige West, Managing Editor, Electronic Specifier speaks with Eran Briman, VP Marketing & Business Development, Weebit Nano about how ReRam technology is reshaping embedded memory.
The year 2025 is poised to mark a turning point for Resistive Random Access Memory (ReRAM) technology, as the industry increasingly turns to innovative memory solutions to address the growing demands of modern computing. ReRAM, a non-volatile memory technology, has been a topic of interest for years due to its potential to deliver higher performance, lower power consumption, and greater endurance compared to traditional memory solutions like Flash.
As articulated during a recent interview with Weebit Nano at CES, advancements in ReRAM technology and market readiness are converging to make 2025 its breakthrough year.
One of the main drivers for ReRAM’s adoption is the rising need for faster and more efficient memory in Edge computing, Internet of Things (IoT), and artificial intelligence (AI) applications. These domains require compact, low-power solutions that can operate seamlessly in energy-constrained environments. ReRAM’s ability to perform at lower voltages and deliver near-instantaneous data access makes it a strong contender for these applications. Moreover, as AI and machine learning workloads become more complex, ReRAM’s endurance and scalability offer a robust alternative to conventional memory technologies that may struggle to keep pace.
Another factor positioning ReRAM for prominence in 2025 is the maturity of the manufacturing ecosystem. Companies like Weebit Nano have demonstrated significant progress in integrating ReRAM into standard complementary metal–oxide–semiconductor (CMOS) processes, enabling easier adoption by semiconductor manufacturers. This compatibility simplifies the transition for device makers looking to enhance performance while managing production costs effectively. As a result, more industries are expected to integrate ReRAM into their products, from consumer electronics to industrial automation.
Finally, ReRAM’s unique characteristics make it well-suited for emerging markets. Its non-volatility ensures data retention even in the event of power loss, a critical feature for devices operating in harsh or remote environments. With increasing focus on sustainability, ReRAM’s low energy consumption and reduced need for frequent replacement align with broader environmental goals. These factors, coupled with a growing awareness of ReRAM’s benefits, make 2025 the ideal year for the technology to gain widespread traction.
