Ah, I think I got it, thanks. The broader range is the range (0-1) as opposed to (0-0.5)? This is what the author means by "This will give you twice the precis

Ah, I think I got it, thanks. The broader range is the range (0-1) as opposed to (0-0.5)? This is what the author means by "This will give you twice the precision to quantize the second vector because the inputs are now spread over a broader range of the I3 data type."?