Technics RS-B17W with Sansui RG-7X

Type-1 tape @120u Been Mastered ; Technics RS-B17W 1985 type-1 the lows on the EQ is boost on 60hz and 500hz on the highs bump on 1khz and 16khz on the Technics the loudness +3 The Master on mastered L,R, is at -21 The training file is -20 calibrated input;20 output;21 None interface the L is louder by hairs because of tape differences in L,R. the loud ones are master of -8 The Sansui RG-7X Consolette 1983 Analog "Color": Unlike modern digital EQs that strive for transparency, the RG-7X adds a subtle analog "weight" to the sound. Users often describe it as "sweet-sounding" and effective for "waking up" older speakers or adding life to sterile digital sources. 0.05% (adds a hint of vintage harmonic distortion). Signal-to-Noise ~75dB (expect a small amount of vintage "hiss," especially when boosting highs). The Technics RS-B17W tape deck brings a very specific flavor to the signal chain, especially when paired with the Sansui RG-7X. While it was originally designed as a consumer-grade double cassette deck, its "sonic color" in a modern production context is defined by saturation, soft-clipping, and mid-range focus. Here is a breakdown of how that deck colors the sound: 1. Tape Saturation and Compression Because this deck uses Type-1 (Normal Bias) tape, it has a lower "headroom" compared to high-end metal tapes. The Result: As you push the input levels (noted as +3 in your settings), the tape naturally "squashes" the peaks. This creates a pleasing, natural compression that makes drums punchier and glues the mix together. Harmonic Distortion: You get a subtle "fuzziness" or grit that feels more musical than digital clipping. 2. Frequency Response (The "Lo-Fi" Charm) The RS-B17W isn't perfectly flat across the frequency spectrum. It tends to have: Softened Highs: Consumer decks from this era often have a natural "roll-off" at the very top end (above 14-15kHz). This removes "digital harshness" but can make things sound a bit dark—which is likely why you've used the Sansui to bump the 16kHz range. remember the boosts