moskus
The Creator of Æ, Ø and Å
The E is at 41 Hz, right? Then it will take 340 / 41 = 8.29 meters...Paul881 said:This is why a bass guitar sound wave low "E" takes about 15 metres (50 feet) to develop properly.
15 meters will is 22.67 Hz.
The E is at 41 Hz, right? Then it will take 340 / 41 = 8.29 meters...Paul881 said:This is why a bass guitar sound wave low "E" takes about 15 metres (50 feet) to develop properly.
Pedullist said:Gee, and my studio is only 2x2 metres!
For me, hight bit depths and high sample rates result in better reverb tails, cymbal decay and smooth hf translation. More bits for more accurate mathmatical precision, less truncation artifacts and anti-aliasing garbage.
Yes! Thank you, Clemie!Clemie said:Ever wonder stop talking to yourself, Jaymz ?
Hmmm... I wonder who gave it 5 stars.... Could it be James?.... James, raise your hand..... There you go...James Argo said:This baby should be kept *****
You know, that's why we're here. To entertain the troops...wfaraoni said:A big thanks to all those GURUS and entertainment masters
James Argo said:16 bit 44KHz Wave --> Export to external wave editor which has better dithering algorithm, dither to 24 bit convert to 48 or 96 KHz --> Plugin 1 --> Plugin 2 --> Plugin 3 --> mix ( 24bit 48 or 96KHz)--> sent back to SONAR 2.2 XL.
Don't mean to get technical...but dithering is always last. SRC 1st, dither to the lower resolution 2nd.
I'll note that, Thanks I don't use Wavelab, I use CoolEdit Pro 2 (mainly) & Soundforge 6 (occasionaly) instead But in my friend's studio I work sometime, they use Wavelab 4. I'll note your wordsIf that external wave editor happens to be WaveLab, Apogee UV 22 HR is the way to go, rendered to 16-Bit