The Silent Tax: Why Background Recording Isn't Free
Background recording is not free. The cost lies in frame time variance, not average FPS. Learn why capture competes for GPU resources and how to measure it
Deep Dives
Longer reads on the parts of gaming that get repeated without being examined — settings advice that is half true, design choices nobody questions, and the small mechanics that quietly decide how a game feels.
Stop Swapping: Why Your Steam Deck Needs Less RAM, Not More
Adding swap space on the Steam Deck does not solve out-of-memory crashes. Learn why unified memory architecture requires different fixes.
Stop Adding Swap: Why Your Steam Deck Crashes Anyway
Adding swap to a Steam Deck does not fix OOM crashes because the GPU and CPU share a single memory pool, making desktop Linux swap advice irrelevant.
High Performance Mode: Frames vs. Frame Times
High Performance mode does not boost FPS on modern CPUs. It stops core parking and idle throttling, affecting latency consistency, not peak throughput.
Why Your GPU Vendor Won’t Just Turn On Resizable BAR
Discover why Resizable BAR is not a universal free win. Learn how vendor whitelists protect stability and how to test your specific game.
The Fine Print on Steam Deck's Half-Rate Shading
Half-rate shading saves performance on Steam Deck but degrades fine detail. Learn which scene types expose the quality loss and when to avoid it.
Why Unchecking Fullscreen Optimizations Is Usually Wrong
The advice to disable fullscreen optimizations is outdated. Here is what the checkbox actually changes, why the "optimized" path is often faster, and when
Why Your VRAM Meter Is Lying to You
Stop checking your VRAM usage bar. Learn why allocation differs from consumption and how to spot real memory pressure in games.
The Ghost in the Machine: Why Your Sharpening Slider Is a Lie
Sharpening upscaled images trades softness for ringing artefacts. This guide explains the motion instability caused by high-contrast edge amplification in
The Cost of Clarity: Why Your Upscaler Is Lying to You
Sharpening upscaled images introduces ringing artefacts that look crisp in stills but cause shimmer in motion. Learn to tune for gameplay, not screenshots.
The Sharpness Slider Is a Liar
Sharpening upscaled images creates a false sense of detail by amplifying ringing artefacts. Learn why tuning for static screenshots leads to shimmering mot
Stop Capping Frames If You Have VRR: Why Old Advice Fails on New Monitors
Discover why the advice to cap frames 3 below refresh rate is obsolete for VRR monitors and what actually matters for smooth gameplay.
Stop Buying Fast SD Cards for Your Steam Deck
The Steam Deck caps SD card speed at UHS-I, making premium cards useless for loading. Focus on capacity and sustained write speeds instead.
The VRAM Number You Are Watching Is Lying to You
VRAM usage graphs are unreliable indicators of performance. Learn to identify texture pop-in and frame-time spikes instead of trusting memory counters.
Why the HAGS Toggle Is a Trap for Streamers
HAGS is not a simple performance boost. It shifts scheduling logic to the GPU, altering latency and stability in ways that depend heavily on your specific
The Shimmer Trap: Why Your Upscaler Settings Are Lying to You
Why increasing sharpening in FSR and NIS creates shimmer in motion. A technical look at ringing artefacts and why screenshot-based tuning is flawed.
The Resolution Fallacy: Why Native Isn’t Always King
Native resolution isn't always superior. At high pixel counts, temporal upscalers resolve detail that native rendering aliases away, explaining online deba
The V-Sync Myth: Why Frame Limiting Is Not a Replacement for Variable Refresh Rate
The advice to turn off V-Sync and use a frame limiter is outdated for VRR users. This piece explains the mechanics of VRR, the flip model, and why the old
The Shader Compilation Lie: Why Your GPU Is Not the Problem
First-launch stutter is a scheduling bottleneck, not a hardware limitation. Upgrading your GPU will not fix compilation delays.
The Proton Version Trap
The advice to always use the newest Proton is flawed. We examine why version selection must be per-game, not global.
Stop capping TDP first: diagnose your Steam Deck bottleneck
TDP caps hurt CPU-bound games. Learn to read the performance overlay and choose the right throttle for longer battery life.
40 FPS Isn't a Compromise. It's a Divisor.
Capping a Steam Deck game at 40fps only works if the panel is running at 40Hz. The number everyone repeats is LCD-specific, and on an OLED it is the wrong one.