I'm working on some system infrastructure upgrades to better support my VEPro/Synchron setup, and I'd like to better understand how Synchron Player executes disk reads. I have a few specific questions:
1. If I'm using a Synchron library with multiple microphone positions, does each individual microphone channel multiply voice count (I assume that it does). If it does, do these load from the disk in parallel or sequentially?
2. If the microphone channels are muted in the Synchron Player mixer, does this prevent an I/O read from the disk, or does that channel have to be completely unloaded from the player/mixer?
3. If I have multiple channels of Synchron Players in a VEPro instance, does each Synchron Player (instrument) takes turns accessing the disk IO (sequentially) or in parallel from a single SSD/disk?
4. Expanding on the scenario above, what if the Synchron libraries were located on physically separate SSD's? Will the sample read happen sequentially or in parallel?
I'm trying to get to the bottom of whether a single high perormance RAID SSD that carries all my Synchron sample libraries would be better than multiple individual disks, each storing different libraries. I'd always thought the approach of individual SSD's would be better, but with some initial tests I'm seeing better results with the single RAID and I'd like to understand why that is the case.
I'm currently testing a RAID0 array with multiple SSD's. There is no data redundancy in this case, but I'm not concerned because I can easily rebuild the storage volume in case of drive failure. I'm going for pure performance. Anyone else working with or tested a similar configuration?
THANK YOU!
Regards,
Jason Todd Shannon