Discrete 4 Synergy Core – Features and Specs

Thunderbolt and USB Audio Interface
with FPGA + DSP FX Processing

• 4 x 10 Desktop audio interface with Thunderbolt & USB connection for Mac/Windows;
• Four Discrete console-grade 6-transistor preamps on combo XLR jacks for professional recordings. All work as microphone/line inputs, and two of them are Hi-Z compatible;
• Four DC-coupled analog output channels on TRS jacks;
• A pair of monitor outputs and four headphone outputs with independent cue mixes;
• Thunderbolt 2 and USB 2.0 port: up to 16 channels each for native DAW application with custom macOS & Windows drivers;
• Digitally expandable over ADAT (up to 8 channels) and SPDIF (up to 2 channels);
• Two word clock outputs letting you distribute the interface’s highly stable clock signal across your studio.

• Proprietary 64-bit Acoustically Focused Clocking technology for increased width, separation, and detail in musical performances;
• Proprietary Jitter Management algorithm delivering truthful and expanded soundstage;
• Ultra-accurate A/D and D/A conversion ensuring lush, bold, & expansive recordings and reproduction of your instruments and vocals.

• Collection of 36 analog-modeled effects featuring classic as well as rare compressors, EQs, mic preamps, and guitar amps and cabs;
• 2×DSP, 1×FPGA Synergy Core proprietary onboard real-time platform for effects processing with imperceptible latency;
• Up to 32 effects instances per session loaded simultaneously on 4 individual virtual racks.

• Simplified routing - switch audio sources per channel based on a drop-down menu sequence;
• Easily adjust the monitor mixes for the monitor output and separate headphone mix that can be split into individual cue mixes and sub-mixes while applying pan, reverb, other effects and stereo link;
• Customizable presets complete with signal routing, level adjustments, mixer settings and sub-mixes;
• Direct hardware monitoring with effects, processed in real-time with imperceptible latency;
• Front panel with volume knob and buttons for frequency adjustment, and hands-on control of core parameters;
• Option to work without being connected to a computer (standalone operation);
• Wireless control of software features from a separate computer connected to the same network.