![]() Here I will give you a quick overview of how to do it on the most used DAWs, but it’s generally the same principle no matter which one you’re using. How to adjust the buffer size to reduce Latency: If you’re hooking up your MIDI device via USB on the other hand, since you’re not using the Audio Interface’s drivers, you’ll need to download the Asio4All driver for Windows which will allow you to handle latency a lot better. If you’re using a dedicated Audio Interface, then you have two options Install the latest drivers for both the Audio Interface and the MIDI device (if needed), and reduce the buffer size (more on how to do this in a second). Generally speaking, using an audio interface and connecting your MIDI devices that way should result in a lower latency than connecting via USB, and this is mainly due to the interface’s drivers, but there will always be at least some latency going on. How to reduce Latency when using a MIDI keyboard (both USB and MIDI) So, let’s fix that shall we? Or at least reduce it as much as possible. Now, there’s one common problem that happens when recording via MIDI, especially when connecting the MIDI keyboard directly via USB, which is that you may have to deal with high latency (Essentially, when you press a key on the keyboard but the sound doesn’t come out instantly but rather a fraction of a second later). In this case, getting a MIDI to USB cable can solve your problem and the great thing is that these cables are really affordable. ![]() However, what if the MIDI controller doesn’t have a USB port?
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