The first is the ECHO configuration panel (supplied by ECHO AUDIO corporation). The Layla’s internal clock can clock at 48000hz or 96000hz, however neither of these were convenient FFT bin placement.įrom a software standpoint, there are several elements which interact in real time. If you try to do this before you power on and connect the external clock, the ECHO configuration panel will ignore your attempt to setup external clocking. Seeing as the Layla has its own internal clock, you must use the ECHO configuration panel to tell the Layla to make use of external clocking. This box should be powered on and externally clocked at a frequency which is a power of 2 if FFT bin extraction is desired. The software will operate in conjunction with the Layla24’s external clocking capabilities ranging from 30kHz to 96kHz.įrom a hardware standpoint, the Layla sound box is the only view of the system which the software has. FFT bin extraction and logging is also possible. Acquired waveforms can be displayed in the time or frequency domain in real-time. The software also allows for synchronized data acquisition on these channels. In its current version the software supports arbitrary linear combinations of sine, square, saw-tooth, and triangular components to create waveforms on up to 8 channels. The GenMon software was written to support arbitrary waveform generation and monitoring on up to 8 channels. This manual discusses the internals of the GenMon v2.0 software.
Measured phase does not match transmitted phase 36 The ASIO compliant Sound Driver thread and the CIN 16Ĭrash after N Activate/DeActivate Cycles 36Ĭhannel doesn’t “shut-off” when all components are disabled 36
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