![]() ![]() Streaming audio wirelessly using Bluetooth or WIFI adds much higher latency. 6. Don't use Bluetooth devices or cast audio Use a dedicated audio interface running native driversĭedicated audio interfaces usually have native drivers and offer better sound quality than built in soundcards. If no native ASIO driver is available for your device use ASIO4ALL instead. Install and use the ASIO driver for your interface. It's difficult to achieve low buffer sizes when using the default MME/Direct X driver on Windows. Note: It's only possible to select one device as input and output when using the ASIO Driver on Windows. This will reduce the overall latency value. If you're not recording from an external source, then set the Audio Input Device to "No device". Higher samples rates however also put additional stress on the CPU. The higher the sample rate, the lower the latency. Sample rate refers to the amount of samples which are carried per second. Here's how to reduce the CPU load in Live. Therefore you may notice audio dropouts at lower buffer sizes, depending on the overall CPU load of the set. There's a trade-off though, in that lower buffer sizes require more CPU power. The smaller the buffer size, the lower the latency. The settings you change below will affect the Overall Latency field. You can hover over the title bar of a device to see how much latency it has. However this adds latency, especially if there is a device or process in the set with a very high latency amount. Delay Compensation is used to ensure that all tracks in a set playback in sync with each-other. Device/Plug-in related latencyĬertain Live and Max for live devices, as well as certain plug-ins and processes can add latency. In addition, the type of audio driver and the interface you use affect latency. ![]() The bigger the buffer size, the bigger the latency. The buffer size is defined in Live's Audio Preferences. This helps to minimize dropouts or glitches, as the buffer allows time for all events to be smoothed out. Audio interface latencyĪll audio in Live is processed in defined parcels of time, called an audio buffer. Truly hope any of you "DELL-people" read this, and understand that this is not a happy customer.There are two main sources of latency: 1. What are you charging 2000k$ for exactly? And for support? My only option is to phone you here in Sweden at office hours, which is exactly when I work and don't have time to call you. But the main problem seems to be ACPI.sys. When checking LatencyMon, the big message is that ACPI.sys is failing. When running a DAW, there's no way to get rid of the cracks and pops, coming from the real time audio processing (Cubase 10, ableton live 10). And the problems may still be present. I'm a music producer, so 100% of what I need this PC to achieve is running a DAW. ![]() Shipping my shiny new piece of useless machine to Dell for service probably won't do me any good, as it may take at least a month (or more) for me to get it back. Dpc-latency is all over the places, and the only suggestion the internet tells me is to void the warranty and reapply thermal paste on processor, or to wait for DELL to come up with a solution (which, according to the internet, should have been done for a long time ago). But I sure pay a few extra bucks to have stuff working. Price is a bit high compared to similar products. So I bought a as I read on several places that this is the beez kneez for an ultrabook. ![]()
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