Ruslan

SASER SAS24P3L is a software defined radio (SDR) telescope without an antenna need. It can replace huge construction elements and capable of receiving radio signal of up to 84 parsec distance. This means that this telescope can receive the signal of outer space longer than Milky Way galaxy longitude. It uses VLF radio stations time signal to exit on the unicasting service, which aims the region unreachable to regular radio telescopes with antenna meshes and dishes due to wave diffraction in atmosphere. SASER SAS24P3L software uses granular time-space folding and has Ethernet wavetable, which connects it to other research centers translating this signal in the applied digital Ether.

Note: SASER SAS24P3L standalone is different from Max for Live version as it uses 8K technology wavetables for internal calculations of windows and other routines. Thus it has no connection for the original use of radio navigation systems such as Russian Alpha, which uses 4K time signal.

saser-sas24p3l-standalone

SASER SAS24P3L Standalone

MDL12 Max for Live device is suitable for Techno Music. You can receive basslines, special FX sounds, and percussion in return of Compositor Software feeders and other feeding sources like track or loop sounds. Just submit an information to MDL12 Max for Live audio effect with play button on to hear it processing the output, then press stop button to hear the feedback. Use Ableton Live tempo control to tune into different channels of modem to hear other feedback sources.

MDL12 space-time software modem has three levels of operation in real-time, which is sufficient for running a system on the discretization frequencies available for voice communications. MDL12 space-time software modem uses synchronous analysis of non-harmonic timbre and realizes timbre autocorrection system with bell-shaped transfer function. MDL12 achieves lower resource consumption by using x2048 oversampling with FM based function. It's system work with window buffer size of 4096 samples.

Search Results