However, higher sample rates consume more CPU power. Change the Sample Rate of your sessionĪny sample rate including and beyond 44.1 kHz will result in good quality audio. To change the buffer rate, go to Options > Audio Settings > Buffer length and select the required buffer length. That is because a higher buffer length will result in lags and delays when you’re trying to do real-time monitoring of what you’re recording. Hence, a buffer length of 128 or 256 samples will be more optimal for recording purposes. However, this buffer length is only recommended when mixing-mastering a song.īuffer length or buffer size is the number of samples it takes for your computer to process any incoming audio signal. For example, a buffer length of 1024 or 2048 samples will optimize your system for higher performance. Increasing buffer length can substantially increase the performance of your CPU. DirectSound has a lot of unnecessary layers of processing which could be bypassed by selecting an ASIO driver. Under devices, you can select the ASIO device of your Audio Interface or FL Studio ASIO. The drop-down menu under Device will give you options for DirectSound and ASIO devices. You can select an ASIO driver by going to Options > Audio Settings > Input/ output and selecting any ASIO driver as an input/output device. Select an ‘ASIO’ Input/Output DeviceĪSIO drivers in almost every soundcard give you high-fidelity audio with low latency, hence decreasing CPU load. Although larger buffer sizes may improve session performances containing a large amount of edits, they may also increase your time lag before initiating the playback or recording functions.4 Readings that you may like: How To Improve Your CPU Performance In FL Studio 1. If you are experiencing slowness during playback or recording, then setting smaller buffer sizes may improve your computer speed. In the Playback Engine window, click on the drop-down menu next to Size in the DAE Playback Buffer section to increase or decrease the buffer size for this setting. Smaller buffer sizes are recommended for recording processes to reduce latency. Large buffer sizes are ideal for editing and mixing processes because they allow the computer more time to process audio samples and help enable your computer to work with larger sets of data. In the Playback Engine window, click on the drop-down menu next to Hardware Buffer Size in the HD TDM Settings section to increase or decrease the buffer size. This setting works with the CPU Usage Limit setting in that you can set allocation at 99 percent with multiple processors. The RTAS Processors setting allows you to allocate more memory for Pro Tools by utilizing your computer's multiple processors, if applicable. In the Playback Engine window, click on the drop-down menu next to RTAS Processors in the HD TDM Settings section to modify the amount of processors you want to use for Pro Tools allocation. Pro Tools will allow you to set allocation at a maximum of 85 percent if your computer only has one processor. In the Playback Engine window, click on the drop-down menu next to CPU Usage Limit in the HD TDM Settings section to modify the amount of memory you are allocating to Pro Tools. From Pro Tools, click on "Setup" and select Playback Engine.
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