No regebro, that is totally wrong....

, oh my, having to clean after you again....
0db in digital full scale DOES NOT mean it is clipping. It only means that the audio has reached maximum volume on those converters and that no further voltage values are possible. The converter has no way of knowing that anything above that voltage value is in fact more voltage or not. You can record audio to a A/D converter that is showing 0dB digital, and still have up to .5dB of headroom available. On the other hand, the incoming voltage may exceed the converters ability to convert it to a value and play it clean, thus, it clips the sound, but that still does not neccesarily mean that you will hear clipping.
I reach 0dB on digital all the time with absolutely no clipping at all. In fact, depending upon if the meters derive it's signal from the actual digital bit stream (very expensive) or analog circuit that is reading the output of the converter (common on most digital equipment because it is cheaper to do, like on most DAT and stand alone CDR burners) you could have audio that shows 0dB on the meters when in fact there is up to .5dB or more of headroom left before full voltage is reached.
Need proof?
Download these three .wav files. They are all mono and 2 secs each, so they are very small.
http://www.echostarstudio.com/audio/tt.wav
http://www.echostarstudio.com/audio/test_tone.wav
http://www.echostarstudio.com/audio/testtone.wav
Now, before you do anything, just play them using media player or something like that, and don't look at the .wav in an editor. While playing them, look at the meters on your soundcards mixer. What does it show?
Another fun thing to do is to output this signal via a AES/EBU out on your soundcard to a DAT player. If you can do that, or even a S/PDIF out, look on your DAT players meters too (or a stand alone CD burner, it is all the same for this test....)
Now, open the .wavs in an editor and take a look.
Tell me what YOUR editor and meters showed between the three files.
One of those .wavs was recorded to 0dB. The other two were reduced by a certain amount from that same .wav, but I will not say how much right now, or which is the original because I want to see if any of you can figure out how much it was reduced with your killer metering and DAW's.
Post your answer regebro.
Next. LISTEN to the files. Which ones are distorting? Can you HEAR a difference between any of the files?
This should at least illustrate that not any of us have meters or DAW's that accurately show what voltage values are actually recorded OR played back in our DAW's.
I was actually going to produce a .wav that had the gain increased by 1dB, but, you can do that yourself and see what happens. You will not hear a difference at all.
0dB in digital means absolutely nothing. If you are tracking and hitting 0dB, that just means that you cannot feed a hotter signal to it, supposedly. But, a few mastering engineers have been actually increasing music to OVER digital 0 for up to 8 samples per second without anyone hearing distortion using the finest D/A converters in the world. So, you can actually go OVER 0dB digital and still not HEAR distortion.
So, your metering does not mean squat in the realm of things. At best, it is a reference for how hot your recordings are. But depending on how good your converters are, and how the meters for your converters actually get and represent the actual level of the sound present in either A/D or D/A conversions can vary widely. Had I recorded this test tone to my DAT player, and just got it to 0db on there, I could have digitally transferred it to my hard drive, opened it in an editor, and more then likely found that I had AT LEAST 1dB more gain possible.
In fact, I opened those three .wav file in two different editors, and one still showed all three at 0dB, while the other showed two of them at a lower value.
Which editor is right?
Get my point?
Ed