Hardware.
Why Displays Moved From LCD to OLED
The screens on our best phones and TVs went through a quiet revolution in how they make light. The difference explains why a good OLED looks so striking.
HBM: The Memory That Makes Modern AI Possible
The chips that train AI get all the glory. The unsung hero sitting right next to them is a stack of memory most people have never heard of.
Apple Raises Mac and iPad Prices as Memory Costs Bite
Apple is pushing up MacBook and iPad prices, blaming soaring memory costs — a sign the AI-driven squeeze on DRAM is reaching consumers.
Oxide's Rack-Scale Computer Is a Bet Against the Cloud Status Quo
Oxide ships a whole rack designed as one coherent computer — hardware, firmware, and control plane co-designed. An interactive 3D tour shows the pitch.
RISC-V Is the Open Standard Chipmakers Can't Ignore
Most chips speak an instruction set someone else owns and licenses. RISC-V is the radical idea that the basic language of a processor should be free.
IBM Debuts the World's First Sub-1-Nanometer Chip
Big Blue unveiled a "nanostack" 3D chip architecture that pushes transistors below one nanometer — a milestone it says will carry the semiconductor industry through the next decade.
Why Your Next GPU Costs More Than Your Last
The graphics card used to be where enthusiasts splurged. Now it's where an entire industry's priorities collide — and gamers pay the difference.
Framework's 10G Ethernet Card Exposes USB-C's Messy Reality
Jeff Geerling tested WisdPi's 10-gigabit Ethernet expansion card for Framework machines — and ran straight into the bandwidth tangle hiding inside USB-C.
The Quiet Engineering Behind a Good Mechanical Keyboard
A keyboard seems like the most solved object in computing. Get close to one and you find a surprising amount of deliberate engineering under each key.
Why Solid-State Drives Quietly Beat Hard Drives
One of the biggest leaps in everyday computing wasn't a faster processor. It was replacing a spinning disk with a chip — and most people barely noticed why it mattered.
The Heat Problem: Why Chips Can't Just Get Faster
There's a simple reason your processor doesn't just run twice as fast every year anymore. Physics turned the dial down, and the whole industry had to adapt.
Why ARM Chips Are Eating the Laptop Market
For decades the laptop meant x86. A wave of ARM-based machines flipped the script by leading with the one spec buyers actually feel: battery life.
What an NPU Is — and Why Your Laptop Suddenly Has One
New phones and laptops advertise a component most buyers have never heard of: the NPU. It reflects a real shift in what our devices are being asked to do.
What '3nm' Actually Means on a Chip
Chipmakers love to brag about nanometers, and every new number sounds like progress. The truth behind the marketing is more interesting than the label.