Category · 192 articles
Notebooks and desktops put through the same sustained workloads: compile times, export times, and how long the fans stay quiet before they do not. Battery numbers come from a scripted day, never from the spec sheet.
What actually changed How much RAM a laptop needs stopped being a question you could answer later. Memory became soldered on most thin machines at rou...
Continue Reading : How Much RAM a Laptop Actually Needs
The shift Cloud gaming latency fell far enough that the services stopped being a curiosity and started being sold as a replacement for hardware. The m...
Continue Reading : Cloud Gaming Latency Against a Local Machine
What changed A quantised language model small enough to fit in a laptop's memory became genuinely useful rather merely impressive, and every manufactu...
Continue Reading : Running a Language Model on Your Own Laptop: The Numbers
What actually changed Browser choice became a performance decision rather than a taste one. Most of them share a rendering engine now, so the differen...
Continue Reading : Browser Choice: What It Costs in Memory and Battery
What changed Storage became soldered at about the same time people started keeping laptops longer, so SSD endurance — will the drive outlast the machi...
Continue Reading : SSD Endurance: What Three Years of Real Writes Look Like
What actually changed Repairability scores appeared on packaging and price labels, which is new and welcome, and they are calculated from documentatio...
Continue Reading : Repairability Scores Against an Actual Repair
What actually changed USB4 and Thunderbolt 5 pushed the headline bandwidth figures up again, and one-cable docks are sold almost entirely on those num...
Continue Reading : One-Cable Docks: What the Bandwidth Actually Buys
The shift Peak speed rose and sustained performance did not: chips got much faster in short bursts while thermal envelopes stayed where they were. The...
Continue Reading : Sustained Performance Is the Only Benchmark That Matters
In brief ThinkPad X1 Carbon Gen 13, battery 57Wh — Sensor Size Explained, and Why It Beats Megapixels. Measured on hardware rather than argued from th...
Continue Reading : Sensor Size Explained, and Why It Beats Megapixels (ThinkPad X1 Carbon Gen 13)
The gist of it Framework Laptop 13, battery 61Wh — Sensor Size Explained, and Why It Beats Megapixels. Measured on hardware rather than argued from th...
Continue Reading : Sensor Size Explained, and Why It Beats Megapixels (Framework Laptop 13)
In brief ASUS Zenbook 14 OLED, battery 75Wh — Sensor Size Explained, and Why It Beats Megapixels. Measured on hardware rather than argued from theory,...
Continue Reading : Sensor Size Explained, and Why It Beats Megapixels (ASUS Zenbook 14 OLED)
In brief Razer Blade 16, storage 2TB — Sensor Size Explained, and Why It Beats Megapixels. Measured on hardware rather than argued from theory, on a d...
Continue Reading : Sensor Size Explained, and Why It Beats Megapixels (Razer Blade 16)
What you are seeing HP Spectre x360 14, chip Core Ultra 7 258V. Battery Draining Faster Than It Should is the fault being chased here, on a unit bough...
Continue Reading : HP Spectre x360 14: Battery Draining Faster Than It Should
What is happening Acer Aspire 14 AI, chip Core Ultra 5 226V. Battery Draining Faster Than It Should is the fault being chased here, on a unit bought a...
Continue Reading : Acer Aspire 14 AI: Battery Draining Faster Than It Should
The symptom MacBook Air M4, chip Apple M4. Battery Draining Faster Than It Should is the fault being chased here, on a unit bought and tested rather t...
Continue Reading : MacBook Air M4: Battery Draining Faster Than It Should
