Randall RGT100 (Celine2NAM) | Calibrated

[IMPORTANT] ・These are new captures that use Céline, a new SPICE-based realtime circuit simulator. ・This upload supersedes the old LiveSPICE upload, but it will remain available for posterity. --- Randall RGT100. All-tube version of the famous RG100. Not a huge lot of difference tonally. It has a couple of extra switches for tone shaping though. ・Channel 1 is for cleans to a bit of crunch. ・Channel 2 is mid to high gain territory. It can go to higher gain with the Sustain switch, which engages a couple of clipping diodes, Jose Arrendondo style. ・The RGT version also has a Mid Boost switch on the tonestack and a Brite switch on the poweramp phase inverters. --- Background picture is a screenshot from Ola Englund's video on this amp. Hard to find a good stock or proper photo of it, unfortunately. https://www.youtube.com/watch?v=oO_iY0uqogw --- [LEGEND] ・CH1 - Channel 1 ・CH2 - Channel 2 ・S - Sustain ・MB - Mid Boost ・BR - Brite [NOTES] ・All the models are captured with 16x oversampling for the highest quality possible. ・All the controls are flat so you can hear the amp as it is with neutral settings. I may add additional captures with "ideal" settings, but that's not a priority for now.. ・Should you wish to push more gain into the captures, use a separate gain utility/plugin and a clipper/waveshaper/limiter with a ceiling of -0.1dB or less before your NAM loader to prevent nuking the models if the input signal gets too hot. [CALIBRATION INFO] Send Level: -0.79 dBu = 0 dBFS Preamp Return Levels: ・Channel 1: +25.81 dBu = 0 dBFS ・Channel 2: +24.21 dBu = 0 dBFS Full Amp Return Levels: ・Channel 1: +9.21 dBu = 0 dBFS ・Channel 2: +9.41 dBu = 0 dBFS Poweramp Return Level: -0.79 dBu = 0 dBFS === Céline: https://celine-audio.github.io/CelineWebsite/ Céline .celsch schematic files: https://github.com/MARKTHERENCE/Celine-emy-Circuits === There has been some interest for me to have an option for people who'd like to donate for my work, so here's my PayPal link *only* if you feel generous: https://paypal.me/83ennui Making these captures take a lot of time, from researching the schematic diagrams (whether original or reproduced with certain degrees of verification), to cross-referencing from various gear presentations and demos, and several passes of training the captures to determine the adjustments needed with the Celine models/components for the most accurate/ideal simulation possible.