Foxmeister
Roadie
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Your life is the epitome of rock & roll!Makin myself a big ol bedtime decaf mocha for this
Your life is the epitome of rock & roll!Makin myself a big ol bedtime decaf mocha for this
Another comparison. Deluxe Reverb, this time with an amp for reference.
A - open high end, balanced, sounds good <AMP>
B - maybe a bit too mid-focused but sounds good <AXE-FX>
C - brightest/harshest treble articulation so far. A bit too much, maybe could be dialed out <HELIX>
D - treble detail weird, hashy <QUAD CORTEX>
E - also a little lacking in treble detail but better than D <TMP W/ IR ON DEVICE, EXTREME SETTINGS>
F - sounds a bit like A in freq response, good <AMP>
G - dark, muddy treble <TMP W/ IR LOADED EXTERNALLY>
H - REALLY stuffy and lacking in treble detail. Bad. Bad. Bad. <TMP WITH AMP SETTINGS>
Another comparison. Deluxe Reverb, this time with an amp for reference.
Another comparison. Deluxe Reverb, this time with an amp for reference.
You know what also would be an interesting comparison? The comparable (laterst fw) Mustang GTX amp models vs. the same ones in the TurdBlaster.
We need a cigar smilie. And shipping quotes to Australia
What did you use for a load box? A Deluxe Reverb has low negative feedback so its response is quite dependent upon the load. The Axe-Fx and Helix were a bit brighter. Many of these load boxes roll off in the high end compared to a real speaker. A real speaker is "semi-inductive". It's impedance continues to rise with frequency. There are no discrete semi-inductive components so load boxes are made using an inductor and a resistor to model the semi-inductance. It's only a close fit up to 10kHz or so. You *could* design a more accurate load box but you'd need to use many inductors and many resistors in parallel (dozens) and the cost would be prohibitive.
Re. the cleanup test: I'm assuming you're using a reissue. The preamp tubes that ship in those are junk (Groove Tubes). The way I model an amp is to start out theoretically based on the schematic. It's usually pretty accurate. On our Deluxe Reverb model the real amp had much less gain than predicted. I was racking my brain trying to figure it out. Finally I decided to replace all those Groove Tubes with a different brand and, voila'. the amp now had the same gain as predicted.
Cats by their very nature are judgemental.X-Load, set to "US". Axe-Fx amp block had speaker drive/comp/thump/compliance at 0 with impedance curve set to X-Load US.
Had a peak behind the amp and you guessed it...
View attachment 15011
Even the cat was judging the tubes.
We need a cigar smilie. And shipping quotes to Australia
Your load box question and the expertise you brought forward reminded me of this gem.What did you use for a load box? A Deluxe Reverb has low negative feedback so its response is quite dependent upon the load. The Axe-Fx and Helix were a bit brighter. Many of these load boxes roll off in the high end compared to a real speaker. A real speaker is "semi-inductive". It's impedance continues to rise with frequency. There are no discrete semi-inductive components so load boxes are made using an inductor and a resistor to model the semi-inductance. It's only a close fit up to 10kHz or so. You *could* design a more accurate load box but you'd need to use many inductors and many resistors in parallel (dozens) and the cost would be prohibitive.
Re. the cleanup test: I'm assuming you're using a reissue. The preamp tubes that ship in those are junk (Groove Tubes). The way I model an amp is to start out theoretically based on the schematic. It's usually pretty accurate. On our Deluxe Reverb model the real amp had much less gain than predicted. I was racking my brain trying to figure it out. Finally I decided to replace all those Groove Tubes with a different brand and, voila'. the amp now had the same gain as predicted.