Primer Preset y los Límites de Procesamiento en la Headrush Prime | Curso Maestro Ep. 2

In this second episode, we build an initial rig from scratch on the Headrush Prime, replacing speculation with mathematical and acoustic rigor. We analyze the Signal Path architecture, the tube emulation of the Marshall JCM 800 using nonlinear gain equations, and the actual behavior of the passive filters in the Tonestack. Furthermore, we subject the unit to a computational stress test, detailing how the algorithms for a shimmer reverb, among other effects, consume the DSP buffer. ⚙️ Concepts and Hardware Analyzed: Signal routing and splitting topologies. Lead 800 100W (Asymmetric distortion and saturation modeling). Subtractive equalization operation (Middle frequency attenuation). Cabinet simulation: 4x12 Green 25W with Dyn 57 microphone. DSP memory allocation, Fourier transform, and critical processing area (85%). 📌 Equipment used in the analysis: HeadRush Prime Cort CR300 Contents: 00:00 Intro and the Modeling Axiom 01:19 Basic Modeling in the Headrush Prime 02:07 Topology: Chain Configuration and Signal Path 03:14 Model Selection (Marshall JCM 800 / Lead 800 100W) 10:04 The Gain Equation: Nonlinear Saturation and Soft Clipping 11:13 Parametric Equalization and Amplifier Behavior 11:46 Tonestack Mathematics: Analysis of the Subtractive Passive Filter 12:44 Acoustic Simulation (IR): 4x12 Green 25W Cabinet and Dyn 57 Microphone 18:14 Spatial Effects: C-Verb Insertion and Delay 19:06 The Computational Limit of Hardware: DSP Allocation 20:36 Algorithmic Complexity and Buffer Saturation (Audio Dropout) 🎸 About The Guitar Notebook: If you're looking for in-depth audio analysis, parametric hardware reviews, and unambiguous sound design, subscribe to the channel. Join our community 👉 Subscribe:    / @theguitarnotebook   👉 Follow us on Facebook:   / theguitarnotebook   👉 Follow us on Instagram:   / theguitarnotebook   👉 Follow us on TikTok:   / theguitarnotebook   #theguitarnotebook #headrush #headrushprime #dsp