Guides

Plain, tested explanations. What actually moves frame times, and what's just repeated folklore.

• Frame time vs FPS: the number that actually matters

  Why average FPS hides stutter, what 1% lows actually measure, and why a 240Hz monitor with inconsistent frame timing can feel worse than a steady 60Hz one.

• Windows 11 vs Windows 10 for gaming: which is actually faster?

  Real differences - DirectStorage, Auto HDR, Efficiency Mode - and the TPM/Secure Boot "overhead" myth debunked with no real evidence behind it.

• Does anti-cheat software cost you FPS? Vanguard, EAC, and BattlEye explained

  Modern anti-cheat barely costs FPS - the real friction is why some titles block CPU core affinity changes outright.

• Streaming while gaming: OBS settings that actually matter

  NVENC vs x264, bitrate vs platform caps, and the real difference between dropped frames and rendering lag.

• Apex Legends optimization guide: best settings for Windows 10 and 11

  The real FOV tradeoff, why Apex leans more on single-thread CPU performance than most battle royales, and what barely matters.

• Counter-Strike 2 optimization guide: best settings for Windows 10 and 11

  Why Source 2 is genuinely multi-threaded unlike CS 1.6, which old CS:GO launch options still matter, and which do nothing now.

• Laptop gaming optimization: what's different from a desktop

  Plugged in versus battery, hybrid graphics misconfiguration, thermal throttling, and MUX switches - the real factors most desktop-written advice misses.

• Windows Update and gaming: how to stop it interrupting your session

  Real, built-in fixes for a forced restart or background download mid-game - Active Hours, Delivery Optimization, and the honest tradeoff of pausing updates.

• Network adapter settings for gaming: what actually helps

  Energy Efficient Ethernet, Interrupt Moderation, and Nagle's algorithm explained - a different layer to bufferbloat, before a packet ever reaches your router.

• Windows power plan settings for gaming: Balanced vs High Performance vs Ultimate

  What Ultimate Performance actually changes, why Balanced costs you 1% lows, and the real laptop-specific tradeoff most "just pick Ultimate" advice skips.

• Storage settings for gaming: SSD, DirectStorage, and what actually matters

  Does an SSD really increase FPS? What DirectStorage actually changes, and why page file tuning stopped mattering on modern Windows.

• How to optimize your PC for gaming: the complete checklist

  The real order of operations to optimize a PC for gaming, biggest confirmed impact first, with a full dedicated guide linked for every step.

• RAM and memory settings for gaming: XMP/EXPO and what actually matters

  The free FPS gain most PCs are missing, why dual-channel matters more than most "buy faster RAM" advice, and how much RAM gaming actually needs.

• AMD Radeon settings for gaming: what actually helps

  Real breakdown of Anti-Lag, Radeon Boost, and Radeon Chill, including the real tradeoff each one involves and which to skip for competitive play.

• Fortnite optimization guide: best settings for Windows 10 and 11

  Which settings genuinely move FPS versus ones that only change how the game looks, including what Performance Mode actually swaps out.

• Valorant optimization guide: best settings for Windows 10 and 11

  Why low settings is the genuine competitive meta, and what NVIDIA Reflex actually does built directly into the game.

• Keyboard optimization for gaming: polling rate, anti-ghosting and debounce explained

  What each setting actually means, the real difference between anti-ghosting and N-key rollover, and the floor below which lower debounce stops helping.

• Mouse settings for gaming: polling rate, DPI and acceleration explained

  What each setting actually does, the real CPU cost of a high-polling-rate mouse, and why disabling acceleration is about consistency, not speed.

• Monitor settings for gaming: reducing input delay

  The real overdrive/overshoot tradeoff, why HDR often adds latency, and what your panel's actual VRR range means for a sudden FPS dip.

• How to reduce background processes on Windows 10 and 11

  Which background processes are genuinely safe to close, which are disguised as something else, and why closing more isn't automatically more optimization.

• NVIDIA Control Panel settings for gaming: what actually helps

  Which settings genuinely optimize gaming performance, which only matter with G-Sync/FreeSync, and one popular setting (Ultra Low Latency Mode) real testing found can cause FPS flicker.

• Discord optimization: reduce CPU and RAM use while gaming

  Which Discord settings genuinely reduce background resource use, which are a real tradeoff not a free win, and why Streamer Mode doesn't affect performance.

• Windows 11 registry tweaks: which ones are actually safe

  Real categories of Windows 10/11 registry tweaks, which are genuinely low-risk, which carry a real tradeoff, and why a bigger "1,000+ optimizations" number usually means less than it sounds like.

• How to boost FPS on Windows 10 and 11

  Which settings genuinely increase FPS, which only help 1% lows, and which popular tips are myths. Ranked by real impact, with the honest tradeoff for each.

• Was that stutter your PC or your internet?

  A driver DPC spike, a CPU-hogging background app, or an unstable connection all feel the same mid-game. Frame Time X-Ray lines up all three against the exact moment and gives you the real answer.

• How to reduce input lag on Windows 10 and 11

  Input lag is a whole chain, not one setting - mouse, OS timer, CPU scheduling, GPU, network, and display each add their own delay. The real fix for each link.

• Bufferbloat test: what actually lowers your ping

  More bandwidth doesn't fix bufferbloat. A real bufferbloat test versus most "reduce ping" claims, and a real failure story from building a fix ourselves.

• CPU core affinity for gaming: what actually helps

  Pinning cores and isolating devices is repeated everywhere with almost no evidence behind most of it. What's real, what's folklore, and what to do instead.

• Which games support CPU core affinity? 100+ titles we've researched

  A one-size-fits-all core count is wrong for almost every game. The full list of titles we've individually classified, from 90s classics to 2026 releases.

• Best Windows tweaking apps for gaming in 2026

  An honest rundown of who's actually in this space, what each one focuses on, and what to check before trusting any of them, including us.

• Should you disable C-States for gaming?

  Almost certainly not. C-state exit takes microseconds, and on some documented Intel and Ryzen systems disabling them actively caps your boost clocks.

• Hardware-Accelerated GPU Scheduling: on or off for gaming?

  Real 2026 benchmarks show it barely moves average FPS. The genuine gains are 1% lows and a little latency, and there are two real downsides worth knowing about first.