Posts by Mun KH

By Dr. KH MunManaging obsolete memory chips requires balancing immediate inventory needs with technical verification. When a manufacturer discontinues a critical memory IC, engineers and procurement teams must evaluate Last-Time-Buy opportunities, identify Form-Fit-Function equivalents, or plan board redesigns. Sourcing verified replacements through vetted independent channels helps prevent production line shutdowns while preserving design integrity. The…

By Dr. KH MunHardware engineers and embedded system designers face complex decisions when selecting memory integrated circuits (ICs). Choosing the wrong type of memory can lead to excessive power draw, sub-optimal processing bandwidth, pin-count bottlenecks, or unnecessary printed circuit board (PCB) footprint expansion. Understanding the fundamental trade-offs between memory IC types is essential to optimizing…

By Dr. KH MunIn the fast-changing field of hardware design, choosing the right non-volatile storage is a key architectural choice that affects system reliability, BOM cost, and device lifespan. While modern consumer devices often require hundreds of gigabytes of fast NVMe SSDs, industrial, medical, and automotive systems face very different constraints. For these embedded systems,…

By Dr. KH MunIn 2026, the global semiconductor market is experiencing a subtle yet disruptive structural change. While the media prominently highlights next-generation architectures and generative AI, hardware designers and procurement experts working on long-term industrial, networking, and medical platforms encounter a different challenge: a significant shortage in legacy DRAM supply. Standard dynamic random-access memory…

By Dr. KH MunIn the rapidly evolving electronics sector, the demand for innovation is unceasing. Devices are becoming more intelligent, faster, and more capable, while the space for internal components keeps shrinking. Whether you’re leading a cross-disciplinary project team from concept to market, designing the next-generation medical devices, or coordinating a complex global procurement plan,…

By Dr. KH MunThe modern electronics industry depends on non-volatile memory to operate everything from advanced medical devices to high-speed industrial automation systems. For hardware engineers developing new products, and for purchasing managers and product directors responsible for project timelines and budgets, a clear understanding of memory architecture is essential. Non-volatile storage mainly relies on…