Memory Competence Center

Nearly every industry analyst and memory maker is sounding alarms about severe NAND and DRAM shortages, driven by surging demand from AI.

Join us for our next webinar on December 11, where we will deliver an in-depth analysis of the key forces shaping this new cycle in the memory industry and explore both the disruptions and opportunities in 2026 and beyond.

RAMXEED visited our MEMPHIS headquarters in Bad Homburg, Germany, and we took the opportunity to discuss memory matters with Shinichirou Suzuki, Senior Sales Account Manager for the EMEA Region.

More here.

We're in the middle of Q4. The final stretch of the year has officially begun. But if you were hoping for a change in the upward price trend in memory, you have to think again. Unlike previous years, the current situation is more severe and there are no signs of relief in sight.

Read all about it in our latest newsletter, and reach out if you have any questions or need memory!

On September 10, we held a webinar focused on the current transition in the memory market: the transition from legacy nodes, such as DDR3 and DDR4, towards newer technologies is happening at a pace previously unthinkable.

Staying on top of the developments has never been more critical. In our webinar, we provided strategic insights and technical analysis to guide you through these transitions. The replay is available now!

As AI is shifting from hyperscalers in data centers to the edge, the need for memory is changing. In this article for Wevolver, we explore how three edge AI architectures; robotics, system-on-modules (SoMs), and medical devices, are driving this shift, and how MRAM and FeRAM are enabling smarter, more resilient memory at the edge.

Read all about it here

As DDR5 adoption matures, the industry is preparing for DDR6, the sixth generation of Double Data Rate Synchronous DRAM. Expected to enter production in late 2025 or early 2026, DDR6 promises to redefine performance benchmarks across artificial intelligence (AI), cloud infrastructure, high-performance gaming, and enterprise workloads.

Our product marketing team has synthesized available draft specifications, as well as insights from vendors and the JEDEC working group, to provide a comprehensive overview of DDR6 development timelines, architectural innovations, comparative performance metrics, and market adoption trends.

As fire suppression and safety systems evolve toward greater intelligence and autonomy, memory components play a central role in ensuring system reliability, data integrity, and real-time responsiveness.

This paper explores Ferroelectric RAM (FeRAM) as an advanced non-volatile memory (NVM) technology for such systems. It provides a comparative analysis with other mainstream memory technologies like EEPROM, Flash, MRAM, SRAM, and DRAM, and defines the Critical-to-Quality (CTQ) attributes required in the context of fire suppression, especially gas-based suppression systems, which demand the highest reliability and compliance.

Smart meters and AI-based edge data loggers enable accurate, real-time monitoring of energy consumption and industrial parameters. They continuously record data, transmit it wirelessly, and support over-the-air (OTA) updates. The memory embedded in these devices must offer not only non-volatility and fast access but also be highly durable. MRAM addresses these demands more effectively than traditional options.

Urbanization, climate change, and industrialization have significantly impacted air quality, elevating the urgency for intelligent, distributed monitoring systems. We have created a new paper outlining an architecture that elevates air quality monitoring from raw data acquisition to actionable insights. To achieve this, edge-intelligent nodes are needed that integrate optical sensing, embedded AI inference, and non-volatile memory (NVRAM) technologies—specifically Magnetoresistive RAM (MRAM) and Ferroelectric RAM (FeRAM).