basspig
Veteran
I was out shooting the Memorial Day parade yesterday and got some great audio with the upgraded firmware.
I had an 'aggressive' attenuator setting of -35dB during the first half the edited video, where the motorcycles come through and also the first Green Wave marching band, where I noticed that the levels lit the red peak indicators. In my mind, I was concerned that that audio was ruined, so I lowered to -29dB a few minutes later.
I also should note that with this firmware, to achieve 0dB on the meters, a REC volume of almost '6' is required. That setting worked perfectly at the parade.
I was within 3' of snare drums and the exhaust of Harleys in this video, as they goosed the throttle. The EX1's new firmware handled the overload quite transparently. I did nothing to the audio in post--these are the actual record levels.
(Note that the first 2:30 are not camera audio, but an overlayed music and speech that I dubbed in for patriotic effect.)
http://www.youtube.com/watch?v=AKtDeS-w2wohttp://www.facebook.com/ext/share.php?sid=85939823892&h=-_JAT&u=XTU-0&ref=nf
I had an 'aggressive' attenuator setting of -35dB during the first half the edited video, where the motorcycles come through and also the first Green Wave marching band, where I noticed that the levels lit the red peak indicators. In my mind, I was concerned that that audio was ruined, so I lowered to -29dB a few minutes later.
I also should note that with this firmware, to achieve 0dB on the meters, a REC volume of almost '6' is required. That setting worked perfectly at the parade.
I was within 3' of snare drums and the exhaust of Harleys in this video, as they goosed the throttle. The EX1's new firmware handled the overload quite transparently. I did nothing to the audio in post--these are the actual record levels.
(Note that the first 2:30 are not camera audio, but an overlayed music and speech that I dubbed in for patriotic effect.)
http://www.youtube.com/watch?v=AKtDeS-w2wohttp://www.facebook.com/ext/share.php?sid=85939823892&h=-_JAT&u=XTU-0&ref=nf