doorian

When your say, you don't have the issue, does that mean that you have tested on your keybed that there is a gap between the point of sound-triggering and the point of sound-stopping? Or does it just mean, that unwanted triggering don't occur when you play the keybed?

There is only one firmware 2.0 to download for all: 73, 88 and GT The different versions of soundbanks is another thing. This maybe because of the better quality of samples for the GT

AFAIK they do use the same version. I read in another post that the response of the GT had improved after the update. So that could be: Because the hardware on the GT is different, software optimised for the GT and applied to the X piano has worsened the response. That would be a rather bumbling procedure on the part of the manufacturer. But I don't know if that's the case. In any case, I didn't notice this behaviour before the update.

AFAIK they do use the same version. I read in another post that the response of the GT had improved after the update. So that could be: Because the hardware on the GT is different, software optimised for the GT and applied to the X piano has worsened the response. That would be a rather bumbling procedure on the part of the manufacturer. But I don't know if that's the case. In any case, I didn't notice this behaviour before the update.

ok, very interesting! thanks a lot again for this info.

Thank you for the answer. Interesting! Do you think it is possible that this condition was influenced by the firmware update? Or is this purely a hardware sensors thing?

I'm talking about the piano sounds here, although I think it affects other sounds too in principle. It's about the following problem, which I didn't notice before updating to firmware version 2.0. When playing chords, it happens again and again that a key of the held chord triggers again. To be more precise, one of the held keys reacts extremely sensitively to the slightest releasing movement of the resting finger, and thus triggers the sound again. I do not have a shaky hand! I haven't experienced this on other keyboards/digital pianos. You can see this quite well in the video. I then took a closer look and noticed the following: About 1,5 to 2mm before the end of the mechanical travel of the key, the sound is triggered. The stopping of the sound seems to be triggered as soon as the position of the key on the way back reaches this point (1,5 to 2mm). It's as if there was no, or only a minimal, distance between the trigger and stop point. I then examined the same thing with a Korg - VoxContinental keyboard. Here the stop point is about 2mm higher than the trigger point. Numa X measured from top to bottom: Trigger Off - 0,8 cm Trigger - 0,8 cm End of key travel 1 cm Vox Conti measured from top to bottom: Trigger Off - 0,5 cm Trigger - 0,7 cm End of key travel 1,2 cm On a Kawai MP11se I noticed an even bigger gap between trigger and trigger off points. My question to the forum: 1. has anyone had similar experiences with a Numa X Piano 73? 2. is it not the case that a certain distance between the trigger and the trigger off point is necessary, to avoid accidental triggering? And also necessary to better support the repetition of the keys? 3. Is this condition a defect or a property? numax_480.mov