Silent Way v1.6.5 released - new SMUX plug-in
07/02/11 10:11 Filed in: software updates
Silent Way v1.6.5 is released.
This release adds a new plug-in: Silent Way SMUX.
Silent Way SMUX provides a hack to workaround the reduction in channel count over ADAT connections when running the audio system at 88.1/96kHz.
When using an audio interface to produce your CVs that is connected via ADAT (for example, the Expert Sleepers ES-3 Lightpipe/CV Interface), and when the audio system is being run at a ‘double speed’ rate (typically 96kHz), the number of audio channels that can be sent down the ADAT connection is reduced from the usual 8 down to 4. The 4 double-speed channels are multiplexed onto the 8 ADAT channels - this system is usually referred to as ‘S/MUX’, or sample multiplexing.
The Silent Way SMUX plug-in gets around this reduction in channel count by providing a complementary multiplexing scheme, which takes 4 channels of CVs and combines them onto 2 channels of the double-speed audio stream. When the ADAT output is then decoded by a normal-speed interface (such as the ES-3 mentioned above), the channels are demultiplexed, and so you get your 4 channels of CV back again.
Download now from the downloads page.
This release adds a new plug-in: Silent Way SMUX.
Silent Way SMUX provides a hack to workaround the reduction in channel count over ADAT connections when running the audio system at 88.1/96kHz.
When using an audio interface to produce your CVs that is connected via ADAT (for example, the Expert Sleepers ES-3 Lightpipe/CV Interface), and when the audio system is being run at a ‘double speed’ rate (typically 96kHz), the number of audio channels that can be sent down the ADAT connection is reduced from the usual 8 down to 4. The 4 double-speed channels are multiplexed onto the 8 ADAT channels - this system is usually referred to as ‘S/MUX’, or sample multiplexing.
The Silent Way SMUX plug-in gets around this reduction in channel count by providing a complementary multiplexing scheme, which takes 4 channels of CVs and combines them onto 2 channels of the double-speed audio stream. When the ADAT output is then decoded by a normal-speed interface (such as the ES-3 mentioned above), the channels are demultiplexed, and so you get your 4 channels of CV back again.
Download now from the downloads page.