Assurd Techlabs · Engineering Journal
The Forensics
Intelligence Archive
Peer-reviewed methodology, silicon-level failure analysis, and real-world case studies from our certified hardware laboratory.
The Playbook
First-principles engineering guides. The physics, mathematics, and electrical science behind every metric we use — written for engineers who demand rigour, not marketing copy.
Thermal Forensics: The Physics of Heat Transfer, Silicon Gradient Analysis, and the Hotspot Delta as a Primary Degradation Metric
Why core temperature is a trailing indicator of GPU health, how the Core-to-Hotspot delta encodes thermal interface material condition and heatsink integrity, and the physics of pump-out failure in GPU thermal systems.
The Smoothness Delta: A Forensic Engineer's Treatise on Frametime Statistics and Perceptual Fidelity
Why Average FPS is a statistically misleading metric, and how the mathematical relationship between 1% and 0.1% low frametimes constitutes the gold standard for diagnosing GPU health, VRM stability, and VRAM pathology.
Silicon DNA: The Physics of Clock States, Voltage Profiles, and V/F Curve Forensics
A deep-dive into how GPU boost algorithms, VRM phase topology, and silicon voltage-frequency curves encode the true electrical health of a pre-owned GPU — and how we read that data.