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13 articles
This explainer examines how artificial intelligence is driving unprecedented demand for memory chips, creating new market opportunities for semiconductor manufacturers like SK Hynix. It explores the technical mechanisms behind AI memory requirements and their economic implications.
Learn how to analyze memory market data using Python to understand how Samsung's profit jumped 18-fold due to AI memory demand. This beginner-friendly tutorial teaches data analysis with real-world semiconductor industry examples.
Learn how to work with high-bandwidth memory and DRAM modules used in AI systems like Claude, including simulating memory performance and creating recommendation systems.
MIT researchers have developed a new memory system called DAAAM that allows robots to remember where objects are located over time, a crucial step toward more intuitive robotics.
Learn how to simulate and analyze HBM4E high-bandwidth memory specifications, including memory bandwidth, power efficiency, and AI workload optimization.
Learn how Memory OS adds long-term memory to AI systems, making them more helpful and capable of learning over time. This open-source project enhances the Hermes Agent with six memory layers and a wiki system.
Learn how to monitor smartphone memory usage and understand how AI is changing memory requirements in mobile devices.
Learn how to set up a basic Gemini memory system and import chat data from ChatGPT using Python. This beginner-friendly tutorial covers authentication, memory storage, and data import processes.
Learn to simulate and analyze DRAM supply chain dynamics that explain the current global RAM shortage, using Python to model demand vs. supply scenarios.
Learn why Microsoft Surface computers have become 69% more expensive in just four months, and how global supply chain issues are affecting tech prices.
Learn how to check your Mac's RAM using System Information and Terminal commands, and understand why high-RAM configurations are important for performance.
As Linux evolves in 2026, seasoned users have determined that 8GB to 16GB RAM provides the optimal balance of performance and cost for most desktop applications.
