DiGiCo Quantum 326
Digital Mixing Console
- 128 Input Channels
- 64 Aux / Sub-Group Busses
- LR/LCR/LCRS/5.1 Master Buss
- 24 x 24 Full Processing Matrix
- 286 Dynamic Equalizers
- 64 Nodal Processing instances
The Quantum 326 is designed as a smaller, more compact version of the Quantum 338, retaining full processing capabilities while optimizing workflow and footprint for smaller venues or touring productions
Powered by seventh-generation FPGAs and a completely new system architecture, it merges proven workflows with high processing power and innovative features, including a dark mode interface for improved visibility
Key Features
- Inputs & Busses: 128 maximum input channels with up to 64 Aux/Sub-Group busses and an LR/LCR/LCRS/5.1 master bus
- The Pulse software upgrade optionally increases inputs to 156 and busses to 72
- Faders & Displays: 26 motorized, 100mm touch-sensitive faders arranged in two banks of 12, plus two user-assignable faders. Dual 17-inch high-brightness multitouch screens with meter bridge and soft-select buttons, along with 51–58 TFT channel displays for visual metering
- Matrix & Processing: 24×24 full processing matrix, expandable to 36×36 in the theatre version. Mustard Processing channel strips, Spice Rack plugin-style FPGA processing, and 64 Nodal Processing instances provide advanced routing, dynamics, and EQ control
- Dynamics & EQ: Offers extensive dynamic processing including compressors, gates, duckers, multi-band dynamics, de-essers, and 286 dynamic EQs, along with 4-8 band EQ options on all channels
- Audio Conversion: Built-in Ultimate Stadius 32-bit ADC/DAC converters delivering superior local audio performance
- Connectivity: Six single or three redundant MADI connections, dual DMI slots, built-in UB MADI USB recording interface, AES/EBU I/O, dual second-generation Optocore loops, and optional Wave SoundGrid interface for additional I/O
- Control & Workflow: True Solo, assignable channel layouts, user-programmable macros, and the ability to integrate with other Quantum 3 consoles for mirrored operation

