Every analysis within the PMST framework is powered by a specialized virtual "microscope" tuned to the specific physics of the analog medium. Rather than simple frequency analysis, these research engines compare audio signals against mathematical models of physically ideal media to investigate degradation and characteristics.

💿 LP-01: Vinyl Physics Model

Developed to investigate the complex interaction between the mechanical stylus and the vinyl groove.

• Micro-Groove Analysis: Studies high-frequency degradation and micro-distortions caused by groove wear or stylus geometry.

• RIAA Verification: Audits the frequency response against global RIAA standards to evaluate the accuracy of the transfer chain.

• Surface Heatmapping: Translates spectral data into a visualization, pinpointing where surface aging impacts the program.

🎚️ TP-02: Professional Magnetic Tape Model

Engineered for the study of open-reel mastering decks and professional studio recorders.

• Magnetic Saturation Research: Analyzes the saturation levels of the magnetic layer and identifies potential loss of ferromagnetic particles.

• EQ Standard Evaluation: Modeled for CCIR and NAB standards at 15 and 30 ips to ensure technical consistency in archival transfers.

• Alignment Investigation: Helps identify potential azimuth or head alignment issues through phase and spectral consistency checks.

📟 TP-03: Compact Cassette Experimental Model

An analytical framework adapted to the specific constraints and harmonic characteristics of the cassette format.

• Noise Floor Modeling: Investigates the specific harmonic signatures of Type I, II, and IV tapes.

• Dynamic Range Sensing: Evaluates real-world dynamics while accounting for the physical track widths of the format.

• Stability Visualization: Maps the impact of "Wow & Flutter" on spectral purity to assist in technical restoration research.

The 3-Step Research Workflow

1. Data Input: The audio signal from the analog source is fed into the PMST environment.

2. Algorithmic Processing: The selected research model (LP-01, TP-02, or TP-03) processes the signal through proprietary mathematical equations.

3. Visualization: The system generates a high-resolution Heatmap and a detailed analytical report, providing an objective "technical profile" of the analog media.

Research Objective

In an industry where "quality" is often subjective, CJ MARS PMST aims to provide objective data to back up professional observation. Whether archiving rare recordings or investigating media health, this research initiative provides the scientific rigor needed to ensure absolute precision in analog-to-digital transitions.