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9 Types of Computer Memory and How They Work
Computer memory explained: primary vs secondary, volatile vs nonvolatile, RAM, ROM, HDDs and SSDs - uses and trade-offs.
HBM3E Boosts Bandwidth for AI Training Workloads
HBM3E boosts AI training with 9.6 Gb/s bandwidth, offering high performance and efficiency for accelerators and GPUs.
Understanding Why DRAM Requires Refreshing
Learn why DRAM requires refreshing, its structure, and how it differs from SRAM in this detailed guide to memory technology.
Comprehensive Guide to Memory Chip Technologies
Comprehensive guide to memory chips: DRAM, NAND flash, RAM vs ROM, storage hierarchy, NAND types, DRAM families, supply chain and industry models
Photonic Interconnects Aim to Solve AI Memory Bottlenecks
Photonic interconnects by Celestial AI aim to solve AI memory bottlenecks with optical fabric and chiplets for enhanced bandwidth.
Overview of Memory Hierarchy and Its Design Purpose
Explore the memory hierarchy in computers, its design purpose, and how it balances speed, capacity, and cost effectively.
HBM Technology: Principles and Advantages
HBM4 overview: principles, advantages, applications and trends in high-bandwidth memory for AI, HPC, and data centers.
DRAM Test and Inspection Design Strategies
DRAM testing and inspection challenges: wafer-level screening, DFT, high-speed interfaces, HBM multi-chip packaging, yield and reliability.
DMA Address-Space Copy Without CPU Intervention
Overview of DMA architecture, modes, registers, and configuration on STM32 microcontrollers, covering transfer types, channels, interrupts, and DMA controller usage.
DDR vs SDRAM: Functional and Structural Differences
Deep dive DDR vs SDRAM internals: block diagrams, differential clock/DQS, DLL, 2n prefetch, tDQSS, mode registers and timing differences.