Category: Semiconductors & Compute

GPUs, CPUs, accelerators, AI chips, semiconductor manufacturing, chip design, foundries, memory, and the hardware underlying modern technology.

Why Santa Clara Is Still the Center of the AI Chip Ecosystem

Why Santa Clara Is Still the Center of the AI Chip Ecosystem

Semiconductors & Compute

The Semiconductor Supply Chain Explained: Design, Foundries, Packaging, and Equipment

The Semiconductor Supply Chain Explained: Design, Foundries, Packaging, and Equipment

Semiconductors & Compute

Neuromorphic Computing: Why Silicon Valley Still Studies Brain-Inspired Chips

Neuromorphic Computing: Why Silicon Valley Still Studies Brain-Inspired Chips

Semiconductors & Compute

Advanced Packaging: The Semiconductor Technology Powering the AI Boom

Advanced Packaging: The Semiconductor Technology Powering the AI Boom

Semiconductors & Compute

Edge AI Chips: Bringing Machine Learning Off the Cloud

Edge AI Chips: Bringing Machine Learning Off the Cloud

Semiconductors & Compute

In-Memory Computing: Can Startups Break the AI Data-Movement Bottleneck?

In-Memory Computing: Can Startups Break the AI Data-Movement Bottleneck?

Semiconductors & Compute

AI Accelerators vs. GPUs: What’s the Difference?

AI Accelerators vs. GPUs: What’s the Difference?

Semiconductors & Compute

RISC-V in Silicon Valley: The Open Instruction Set Challenging Arm and x86

RISC-V in Silicon Valley: The Open Instruction Set Challenging Arm and x86

Semiconductors & Compute

Silicon Photonics: Why Light May Become Essential to AI Computing

Silicon Photonics: Why Light May Become Essential to AI Computing

Semiconductors & Compute

Chiplets Explained: How Modular Silicon Is Changing Processor Design

Chiplets Explained: How Modular Silicon Is Changing Processor Design

Semiconductors & Compute