FeRAM

Dive deep into the core mechanics of FeRAM (FRAM), exploring how its unique structure enables high-speed write cycles, high endurance, and ultra-low power consumption. We also uncover the manufacturing innovations powering these characteristics, from PZT ferroelectric thin-film deposition technologies to cutting-edge HZO R&D.
Discover RAMXEED’s full lineup of FeRAM products here to find the ideal solution for your next design.

2026-08-26 FeRAM

Optimizing Data Logging: Designing Bufferless Data Structures Using FRAM

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2026-08-25 FeRAM

SRAM Buffer Reduction Techniques: Optimizing Data Structures through Direct FRAM Writing

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2026-08-07 FeRAM

Inside RAMXEED ULTIMATE: The Technologies Behind Guaranteed 125°C, 10-Year Data Retention

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2026-06-11 FeRAM

Manufacturing Innovation in FeRAM: Development of Mass-Production Sputtering Equipment for PZT Ferroelectric Films

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2026-06-11 FeRAM

Manufacturing Innovation in FeRAM: Protection Technology for PZT Ferroelectric Capacitors

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2026-06-11 FeRAM

FeRAM Features, Principles, and Basic Operation

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2026-05-28 FeRAM

Research and Development of HZO FeRAM for Higher-Capacity FeRAM

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2026-05-28 FeRAM

Characteristics of PZT Used in FeRAM

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2026-05-28 FeRAM

Manufacturing Innovation in FeRAM: Precise Control of Oxygen Addition in the Annealing Process

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2026-05-09 FeRAM

FRAM and Embedded Non-Volatile Memory: Fundamentals and Applications — Exploring Hybrid Configurations with SRAM and Flash

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Data loss prevention by RAMXEED and FeRAM 2025-12-19 FeRAM

FeRAM: Best memory solution during power outage

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