Laptop & Hardware · page 7

Plans CPU, GPU, and RAM needs for timeline editing at a target resolution.

Estimates compile performance class from core count and clock speed.

Explains TDP, cTDP, and why laptop chips span wide wattage ranges.

Explains clocks, IPC, and why GHz numbers alone mislead.

Explains boost clocks, sustained speeds, and thermal ceilings.

Lists idle, load, and alarm temperature ranges for laptop CPUs.

Checklist for tracing audio crackle and stutter to latency sources.

Checklist for diagnosing stutter that benchmark averages miss.

Worksheet for tuning power modes per scenario like travel, desk, and gaming.

Explains why laptops throttle under long loads when benchmarks show short bursts.

Checks remaining performance headroom from pasted temperatures, clocks, and power limits.

Checklist for running fair battery and performance comparisons between laptops.

Matches workload types to CPU features like clocks, cache, and core counts.

Explains L3 cache sizes and the workloads most sensitive to them.

Ranks graphics settings by frame cost so tweaks pay off fastest.

Weighs resolution against frame rate for a game target on given hardware.

Explains DLSS, FSR, and XeSS upscaling and when each helps.

Explains Optimus-style switching and MUX switch benefits for gaming laptops.

Reference of typical laptop noise levels by workload and cooling class.

Checklist for removing preinstalled bloat without breaking Windows features.

Worksheet for triaging startup entries by launch impact and necessity.

Plans active hours and restart windows around a work schedule.

Plans partition sizes and order for Windows plus Linux dual boot layouts.

Checklist for installing two operating systems without bootloader loss.