#LATENCY ABLETON VS CUBASE PC#
#LATENCY ABLETON VS CUBASE SERIES#

The GeForce RTX 3060 Ti enables everyone to enjoy the latest PC games with the power of Ampere, NVIDIA's 2nd generation RTX microarchitecture. An SSD is an essential part of any PC if you want the operating system, applications and game levels to load quickly.

#LATENCY ABLETON VS CUBASE SERIES#

This Powered by ASUS series PC configuration has a 480GB NVMe Gen4 SSD, which provides read speeds of up to 5000 MB/s and write speeds of up to 3400 MB/s.

In this Powered by ASUS PC, we've included an optimum amount of 16GB (1x16) DDR5 RAM with 4800 MHz effective frequency and CL 40 latency. This element is quite simple - the more memory, the faster and more responsive the system will be. One of the most important components of any computer is RAM, or RAM RAM. But if you think it’s still not powerful enough – we’re also offering Intel Core i9, AMD Ryzen 9 and Threadripper systems. The latest computer games, photo editing, medium complexity video editing and basic 3D content creation are just some of the works Core i3-12100F will run with ease. Thanks to its 4 cores, 12 MB of cache and 4.30 GHz boost clock it’s score exceeds 14500+ points mark at the PassMark test which is an obvious indication of its capabilities to cope with any task you can possibly throw at it. Intel Core i3-12100F CPU offers an excellent price/performance ratio. It has a base frequency of 3.30 GHz, which can be increased to 4.30 GHz for more demanding tasks thanks to Turbo technology. The included Intel Core i3-12100F processor has 4 cores and 12 MB cache. This PC uses a reliable ASUS B760 (DDR5) motherboard and a powerful GeForce RTX 3060 Ti 8 GB graphics card, featuring impeccable quality and an efficient cooling system. Thanks to our long and successful partnership with ASUS, we are offering you an exclusive opportunity to purchase the Powered by ASUS series of desktop PCs. I think I also tried using an External Instrument device in Live, to take Virus Control out of the picture, but I don't remember if I actually did that, or what the results might have been.Effective frequency of the video card memory Play a fast part (16th or 32nd notes) live on the MPK49. Repro steps: In each DAW, start with an empty project and add Virus Control to a MIDI track. Audio interface: MOTU PCIe-424 with 24I/O, set to 256 samples, 44.1Khz in both Cubase and Live. Has anyone else experienced this? Is there something I can do (other than Live mode in the plugin) to bring the two DAWs closer in feel? With both USB-out and analog-out the latency is imperceptible. In Cubase, however, I had never even experimented with the Live mode in the plugin it always just worked and felt natural in Cubase. I also switched the audio out on the Virus from USB out (the default) to analog out, and the perceived latency was exactly the same. If I switched the Virus Control plugin into Live mode, it reduced the delay to the point where I could play properly again, but it still felt a little off. In live, when I played a part on my keyboard, the latency between key press and hearing the note was at least 100ms- it was bad enough that when I played a part with 16th notes, I reflexively kept playing extra notes because I wasn't hearing what I'd just played soon enough. I was switching back and forth between Live and Cubase the other night when I noticed a distinct difference in my Virus's responsiveness on the two DAWs.

Latency ableton vs cubase