Prism Sound has upgraded four of its key products to ensure that they all support ASIO Direct Monitoring (ADM).
The company’s Titan, Atlas and Lyra audio interfaces and its SADiE workstation software now include ADM, which allows mixers in the interface device to be controlled automatically from Digital Audio Workstation (DAW) software.
As a result, producers and musicians recording to a computer workstation with performer foldback can now achieve near zero latency by simply enabling ADM in the software.
“Many audio interfaces already have mixer functionality for low latency monitoring, but don’t offer any integration with workstation (DAW) software,” says Prism Sound’s sales and marketing Director Graham Bowell. “This means that, when recording, it is necessary to manually mute the channel in the workstation and then enable the monitor path in the interface mixer. By including ADM functionality in our audio interfaces, it is possible to automate the operation of the interface mixer by combining it with muting of the corresponding channel in the workstation. This is a much smoother and more convenient solution for end users who want to switch to a low latency input monitor path for recording.”
SADiE turnkey recording systems and other hardware-based Time Division Multiplexing (TDM) recording systems like Pro Tools can already provide low latency monitoring through their own integrated hardware. They achieve this by implementing the processing for channels and mixers in proprietary DSP, removing their dependence on the computer and ensuring that they are not subjected to computer I/O latencies.
However, in native systems where the DSP processing is carried out by the host computer’s central processing unit, the computer’s I/O latencies are in the signal path and can result in unwanted delay in the monitor outputs.
By incorporating ADM into Titan, Atlas and Lyra, Prism Sound is ensuring that each of these products has a common protocol that enables the workstation software to control separate dedicated monitoring mixers in the audio interface device. Input monitoring operates directly through the interface, so users don’t have to worry about input monitoring delays again.