Semiconductor Engineering has added a new set of technical papers covering a wide range of semiconductor topics, with memory architectures taking the strongest role. The collection includes work on HBF1. High Bandwidth FlashA NAND-based concept that combines storage capacity with higher bandwidth.2. High-Bandwidth FlashA memory concept under development that is intended to relieve bandwidth and capacity bottlenecks in AI inference systems. for LLM1. local linear models2. Large Language ModelThe model class referenced in the long-context serving demo. inference, monolithically integrated M3D SRAM1. static random access memoryMemory technology or system for temporarily or permanently storing digital information.2. static random-access memorySRAM is used here as a test vehicle for embedded memory performance. with BEOLback end-of-lineManufacturing stage that builds interconnects and dielectric layers above the transistors. pass-gates at 2nm, hybrid HBM1. human body modelESD test model that simulates a person discharging static electricity into a component.2. High Bandwidth MemoryHBM is a stacked DRAM architecture designed to provide very high memory bandwidth.-HBF1. High Bandwidth FlashA NAND-based concept that combines storage capacity with higher bandwidth.2. High-Bandwidth FlashA memory concept under development that is intended to relieve bandwidth and capacity bottlenecks in AI inference systems. memory, distributed GPUgraphics processing unitA GPU is a parallel graphics processor widely used for AI acceleration. architectures, GaNgallium nitrideGaN is another material platform mentioned for use in different power delivery roles.-on-silicon polarization superjunctions, programmable silicon photonics, and Al dopant activation in 4H-SiCsilicon carbideSiC is one of the power semiconductor materials being assigned a distinct role in the power delivery chain..
The memory-related papers focus on how AIartificial intelligence systems move data. HBF1. High Bandwidth FlashA NAND-based concept that combines storage capacity with higher bandwidth.2. High-Bandwidth FlashA memory concept under development that is intended to relieve bandwidth and capacity bottlenecks in AI inference systems. appears in the context of LLM1. local linear models2. Large Language ModelThe model class referenced in the long-context serving demo. inference, while the HBM1. human body modelESD test model that simulates a person discharging static electricity into a component.2. High Bandwidth MemoryHBM is a stacked DRAM architecture designed to provide very high memory bandwidth.-HBF1. High Bandwidth FlashA NAND-based concept that combines storage capacity with higher bandwidth.2. High-Bandwidth FlashA memory concept under development that is intended to relieve bandwidth and capacity bottlenecks in AI inference systems. hybrid and the distributed GPUgraphics processing unitA GPU is a parallel graphics processor widely used for AI acceleration. architectures point to system-level approaches for handling bandwidth and placement constraints. The M3D SRAM1. static random access memoryMemory technology or system for temporarily or permanently storing digital information.2. static random-access memorySRAM is used here as a test vehicle for embedded memory performance. paper adds a device-level angle by combining monolithic 3D integration with BEOLback end-of-lineManufacturing stage that builds interconnects and dielectric layers above the transistors. pass-gates at the 2nm node.
On the power device side, the roundup includes GaNgallium nitrideGaN is another material platform mentioned for use in different power delivery roles.-on-silicon polarization superjunctions, indicating continued work on GaNgallium nitrideGaN is another material platform mentioned for use in different power delivery roles. structures that shape field distribution and device behavior on silicon substrates. In parallel, the silicon photonics paper addresses programmable optical functionality, suggesting that reconfigurability remains a key theme in photonic integration.
The set is rounded out by a paper on Al dopant activation in 4H-SiCsilicon carbideSiC is one of the power semiconductor materials being assigned a distinct role in the power delivery chain., which points to ongoing materials and process work in wide-bandgap technology. Taken together, the papers show research activity across memory, compute organization, power devices, photonics, and compound-semiconductor processing.