9 True Bypass Pedals=Problem?

Re: 9 True Bypass Pedals=Problem?

it will sound different to a simple cable to amp. All those extra solder joins and plug components in the chain and different lengths of wire add up.
Might not be a problem depending on what sounds you like. I'm sure you have a pedal with a nice buffer in it somewhere in your house. Put it at the end (pr the start) of the chain and see if you hear a difference.
 
Re: 9 True Bypass Pedals=Problem?

You may get a bit of signal loss. If the loss is enough to bother you a buffer or buffered pedal with a quality buffer at the front or end of the chain will help.

There is a misconception that buffered pedals suck tone and true bypass is the way to go... Not all buffers are created equal. The buffered oedals that are tone suckers have a poor quality buffer. Ideally, you want a mix with at least one good buffered pedal or a standalone buffer.
 
Re: 9 True Bypass Pedals=Problem?

How often do you use none of the pedals (all of the pedals in Bypass)? If never, you probably have no issues. If 50/50, you may find engaging one of the pedals makes the signal excessively "bright". If so, a buffer would help this.

As Gibson said, throw a Boss pedal at the start of the chain. Do you like it better? If so, a buffer would help. If it's the same or no different, youre probably good.
 
Re: 9 True Bypass Pedals=Problem?

I dont really know what i would change cause i like all 9 of the pedals and theyre all true bypass (mini wah, mxr stuff, tc stuff)
 
Re: 9 True Bypass Pedals=Problem?

For example (signal chain from L to R):

guitar -> 20' cable -> 9 true bypass pedals+cables -> 20' cable -> amp

= (approximately)

guitar -> 44' cable -> amp

(approximating eight 6" cables between 9 pedals, which would equal 48" / 4' - hence 4 feet added)
=====================================

So in other words:

Running 9 true bypass pedals between guitar and amp (with 2x 20' cables)... would be approximately the same as running a 44 foot cable between guitar and amp.

I would assume there would be a loss of capacitance at that length and therefore a corresponding loss of high end.

You might want to consider a buffer to boost the signal.
 
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