Semiconductor News, Analysis & Insights — Chip Beat

Memory & Storage 📊 Objective

HBM Explained: How High Bandwidth Memory Powers AI Computing

High Bandwidth Memory is the critical link between AI processors and their data. Learn how HBM works and why it has become the most strategically important memory technology.

7 min read 4 months, 2 weeks ago

Explainers

What is a GPU vs CPU? Understanding the Core of Computing Power

The CPU and GPU are the brain and specialized muscle of your computer, respectively. Understanding their unique architectures and functions is key to grasping modern computational demands.

5 min read 4 months, 2 weeks ago

Foundries & Manufacturing 📊 Objective

TSMC vs Samsung vs Intel Foundry: Comparing the Big Three Chipmakers

TSMC, Samsung, and Intel are the only companies manufacturing leading-edge semiconductors. Here is how they compare on technology, capacity, and strategy.

6 min read 4 months, 3 weeks ago

Foundries & Manufacturing 📊 Objective

How Semiconductor Fabrication Works: From Silicon Wafer to Finished Chip

Follow the journey of a semiconductor chip from raw silicon sand to a finished processor, exploring each critical step in modern chip fabrication.

5 min read 4 months, 3 weeks ago

Startups & Funding 📊 Objective

Semiconductor Startup Ecosystem: How New Chip Companies Get Built

Building a chip startup has never been more expensive or more promising. Here is how new semiconductor companies navigate funding, design, fabrication, and market entry.

6 min read 4 months, 3 weeks ago

Industry Analysis 📊 Objective

Moore's Law: History, Current Status, and What Comes Next

For six decades, Moore's Law has guided the semiconductor industry. Here is where it stands today and what technologies will drive performance into the future.

8 min read 4 months, 3 weeks ago

Explainers

What is HBM Memory?

HBM (High Bandwidth Memory) is a revolutionary type of Random Access Memory that significantly boosts data transfer speeds. This explainer delves into its architecture, advantages, and critical role in modern computing.

3 min read 4 months, 3 weeks ago

Foundries & Manufacturing 📊 Objective

Wafer Economics: Understanding the Cost Structure of Chip Manufacturing

How a $100 silicon ingot becomes thousands of chips worth millions, and why understanding wafer economics is essential for grasping the semiconductor industry's financial dynamics.

7 min read 5 months, 2 weeks ago

Industry Analysis 📊 Objective

Semiconductor IP Licensing: How ARM, Synopsys, and Cadence Power the Industry

The hidden engine of the chip industry: how intellectual property licensing enables companies to build complex processors without designing every transistor from scratch.

6 min read 6 months ago

Chip Design & Architecture 📊 Objective

Neuromorphic Computing Chips: Brain-Inspired Processors Explained

Brain-inspired chips that process information through artificial neurons and synapses, offering radical energy efficiency gains for pattern recognition and sensory computing.

6 min read 6 months, 1 week ago

AI & GPU Accelerators 📊 Objective

GPU Architecture Compared: NVIDIA vs AMD vs Intel for AI and Gaming

NVIDIA, AMD, and Intel take fundamentally different approaches to GPU architecture. Here is how their designs compare for AI workloads and gaming.

6 min read 6 months, 3 weeks ago

Industry Analysis 📊 Objective

EDA Tools Explained: The Software Behind Chip Design

The multi-billion dollar software industry that makes chip design possible, from logic synthesis to physical layout, without which no modern processor could be built.

6 min read 6 months, 3 weeks ago