#STUDIO ONE AUDIO RECORDING IS DISABLED DRIVERS#

Here's a video that explains this feature really well: That said, Studio One offers close to real-time processing (up to a point, of course) if you enable the new (Green Z) low latency monitoring. Yes, if you're using the Helix hardware you can potentially set the Buffer Size lower since the Helix is doing all of the processing instead of your computer. It's pretty cool what they've done since now you don't have to disable plugins and change your Buffer settings manually. Once you disable monitoring on any track though, you're project will sound the way it should again. Also, your other tracks will sound raw because their processing has been temporarily disabled. All it's doing is reducing the amount of processing your computer is undergoing, even if you're deep into the mixing stage, and letting you record as if your project only had Helix Native in it. Keep in mind this doesn't make Helix Native have less latency. ДЇrom there on, every time you monitor an instrument or a track with plugins (such as Helix Native), all of the high latency plugins will be automatically disabled and you can record without issues. You're now in low latency monitoring mode. The last thing you need to do is open a Song in Studio One, go to your MASTER Bus and click on the small Green 'Z' letter. In your screenshots above it looks like you don't have to check it, but if it's not checked then please do. You should see the 'Enable low latency monitoring for instruments' box now be selectable. Now go to the 'Processing' Tab, and raise the 'Dropout Protection' setting to above 'Minimum'.

I find setting this to 64 samples 44.1 KHz is a good starting point, but you may or may not have to go higher/lower.

Under the 'Audio Device' Tab, set your 'Device Block Size' to the lowest it can go without glitches. In short, in order to enable the Green Z mode in Studio One, so that you can monitor Helix Native with the lowest latency possible, go to your 'Audio Setup' dialog box in Studio One. Д¬lick to expand.Yes, if you're using the Helix hardware you can potentially set the Buffer Size lower since the Helix is doing all of the processing instead of your computer. I guess I missed it because all we discussed was terminology. That's where you may run into glitches (pops and clicks) that you can hear when playing or recording audio. Keep in mind though that a smaller block size will increase the amount of work your computer's processor has to do since you're asking it to process informantion closer to real time, thus it has to make calculations faster in order to keep up. In short, the smaller the block size, the lower the latency and viceversa. The Device Block Size, aka Buffer Size, is measured in Samples and it determines the amount of audio latency in your system. But, generally, you want to set it at its lowest setting that doesn't cause glitches when tracking/recording (so you may do so at the lowest latency), and bump it up during mixing in order to give your system room to 'breathe' during heavy processing.ДЄt least that's the gist of it.

#STUDIO ONE AUDIO RECORDING IS DISABLED DRIVERS#

The ideal device block size will vary based on your Sample Rate, CPU processing power, the complexity of your project (the more tracks and plugins you have running, the more stress you put on the CPU), the interface connection you use (in general, from slowest to fastest: USB 2/3, Thunderbolt 2/3 and PCIe) and lastly how well your interface drivers were written. Click to expand.The Device Block Size, aka Buffer Size, is measured in Samples and it determines the amount of audio latency in your system.

Studio one audio recording is disabled