BadCat Lynx 50W (EL34)
Amp Head Capture
NAM
2dor
4 months ago
Description
If you like my work & want to support it, you can do so here: Ko-Fi: https://ko-fi.com/2dornam 🙏 Wise: https://wise.com/pay/me/tudoradriann 🙏 PayPal: https://paypal.me/2dorNAM 🙏 A collection of quality, calibrated profiles (Standard architecture & xSTD architecture) at a multitude of combinations to capture the range of tones this amp is capable of. The pack includes tones inspired from most YouTube reviews where the sound quality was good & knob positions were visible. All AMP profiles were reamped 2 times: • once with a St.Rock React:IR2 loading down the poweramp • once with a Mesa 4x12 Oversized Straight loading down the poweramp Use the new "Calibration" feature in the NAM plugin to get the most out of these profiles: https://www.neuralampmodeler.com/post/neuralampmodelerplugin-v0-7-12-is-released Reamp chain details: ---------------------------- • RME Fireface UCX II -> Lehle P-SPLIT III -> BadCat Lynx 50W -> St.Rock React:IR II (with Mesa 4x12 OS) -> RME Fireface UCX II • SEND level: 18.995 dBu • RETURN level: 13.195 dBu Additional details: ----------------------- A few clarifications on the naming convention: • [AMP] = direct profile (IR required) of the amp head • [PRE] = profile of just the preamp section; use a poweramp + IR/cab with it • [POW] = poweramp only profile; use a preamp with it and an IR • LYNX50-RL = the amp was using a reactive load (RL) • LYNX50-CL = the amp was using a real cabinet load (CL) • STD = uses the STANDARD architecture; works on the Dimehead NAM Player • xSTD = uses a custom architecture (Андрей Полевой) from the NAM FB group • A guide to understanding how each profile was dialed & the source of inspiration: https://mega.nz/file/jghBFA6J#CJ9ZBVaujtlaMYprIQ2G7PRorhK83pTpJbULLD2xZ4c !!! ATTENTION, NERDS !!! (yes, that's YOU if you've made it this far): ----------------------------------- You know I like to experiment. This time around I wanted to take my efforts of adapting the frequency response of a loadbox to a real cabinet load one step further. Previously, I had supplied an IR which was developed to "tone match" the frequency response of the amp+loadbox to that of the amp+cabinet. While that works alright, it is a static curve. With the release of this pack, I've included a NAM profile which aims to adjust the response and account for non-linearities: • [FRC] Lynx50 ReactiveLoad-to-CabLoad Use this profile in series with any of the "Lynx50-CL" profiles to, essentially, inch closer to obtaining the equivalent "Lynx50-RL" profile. With current limitations on reamping using a real cabinet (living conditions, neighbors etc.), this method can be used to mimic the real cab load behavior with the smallest amount of environmental noise & somewhat replicating in NAM what Fractal Audio Systems offers in their units - the "Speaker Impedance Curve" adjustment
Tags
Preview
Models
Each model captures the gear at specific settings.
ESR: 0.0008
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0068
Epochs: 1000
Dry/Wet
Custom
Captured on
Custom
Custom
ESR: 0.0083
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0031
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0038
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0034
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0164
Epochs: 1000
Dry/Wet
Custom
Captured on
ESR: 0.0203
Epochs: 1000
Dry/Wet
Custom
Captured on
Comments
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.Use Your Tones
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