Some remarks:
1. Electronic NR (Noise Range) is very high today, and can reach values way over 120dB.
But our environment is way worst. Urban background noise (you can check it easily with an application and your cell phone), is about 50 dB in a good day. Late night or a nice quiet neighborhood. Taking that as the noise floor, would ask to amplify the volume to some more significant levels. Lets say
90dB plus. 90-50 dB would leave you with a more practical 40 dB dynamic range, rather than 130 dB of an AP measurement screen.
2. There is a level of how loud you can go, with the Amp's max power and speakers efficiency. You may have a police visit after a neighbour's complain. So, after all, there's a limit, way more tangible than electronic dynamic range, over an AP test bench.
Not to say, that most CD's are recorded PCM 16 bit, equals to 96 dB dynamic range.
If you are a vinyle guy, it is way below 75dB. A 60 dB (rumble figure) is more practical.
3. The way to go, is not by getting a more expensive (and quit) system, but find a house with a dedicated room in the basement. That would be really nice and quite.
4. Well equipped sound recording studios, have a silent room, isolated (floating floor) that can reach very low levels of background noise.
An other limit of dynamic range is the compression that is used during the recording. Most studio practice some, and it is a standard equipment on every audio mixer. Some are using it aggressively. It makes the process way more easy that way.
Some manufacturers are proud of having ADC's or DAC's with the access of 24bit. Well, it is mostly to say that the top (high bit) 16 bit are linear and noise free. A true 24 bit equals to 144 dB! No home speaker can play that loud, or the low end would be soaked deep in the noise floor.
So after understanding the limits, that 133 dB measurement, is for display, not of any practical use.