

Dallas Rangemaster Treble Booster Clone [Hyper Accuracy+]
Pedal Capture
NAM

slamminmofo
3 days ago
Description
This capture set is based on the Greuter Audio Boost V2 pedal, which is heavily inspired by the legendary Dallas/Arbiter Rangemaster Treble Booster pedal. The core component of this pedal is a handpicked and finely adjusted Germanium transistor, like the one used in the original Dallas pedals. It has a bit of a warmer and less aggressive tone than its silicon counterparts but it can be noisy when the output control is pushed to its limit. One specialty of the Greuter pedal is that it can be run with a standard center minus power supply, unlike many other germanium transistor pedals. What's unique about this pedal compared to a real Dallas Rangemaster Treble Booster is the Tone control. If you want the original Dallas tone, stick to the T 10 setting, if you want a bit more bottom end, use the captures with T below 10. There are three types of captures in this set: - Standard denoted with an "S" suffix - xStandard denoted with an "XS" suffix (more accurate, similar CPU hit as Standard) - Complex denoted with a "C" suffix (highest accuracy, highest CPU hit) If your computer can handle it, go for the complex captures, otherwise xSTD is a reasonable alternative to the standard architecture. Very high quality 1400 epochs complex captures with very low ESR numbers. Made with the TTS input V10 Test Signal and the hyper accuracy training architecture, which guarantees very low aliasing. Standard and xStandard captures were trained on tonezone3000.com with 1000 epochs. Signal Chain: UA Apollo X8 Line Output -> Lehle P-Split III Reamp Box -> Greuter Audio Boost V2 -> UA Apollo X8 Hi-Z Input Signal Chain Calibration: +12.4 dBu (Calibration Metadata Included)
Makes and Models
Dallas Rangemaster Treble BoosterPreview
Models
Each model captures the gear at specific settings.
Custom
Custom
Custom
Custom
Custom
Custom
Custom
Custom
Custom
Custom
Custom
Custom
Custom
Custom
Custom
Custom
Custom
Custom
ESR: 0.0008
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.0009
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.0009
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.001
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.0037
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.0033
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.0017
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.0017
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.0014
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.0043
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.0042
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.0022
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.0017
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.0017
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.0044
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.0023
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.0019
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.0016
Epochs: 1000
Dry/Wet
Standard
Captured on
ESR: 0.0005
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0003
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0003
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0003
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0027
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0031
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0017
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0011
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0009
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0035
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0036
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0016
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.001
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0011
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0042
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0017
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0012
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.001
Epochs: 1000
Dry/Wet
Custom
Captured on
License: T3K
Users may download and use the data file in software and publish the resulting outputs without royalties or restrictions. However, they may not upload, republish, or distribute the data file without the author's permission.