Representing a dramatic leap forward in power and connectivity within a remarkably compact format, Quantum 338 Pulse follows the Quantum 7 in defining the future of audio mixing.
Boasting a wealth of new design features and enhancements to create ultimate flexibility of use plus the speed of operation that only Quantum can deliver, Quantum 338 Pulse is based on seventh generation FPGAs with an entirely new system architecture. The console merges tried and tested workflows with immense processing muscle and bold innovation including a striking new dark mode.
- Quantum 338 Pulse
- Puts a trio of 17-inch, 1000 nit, high brightness multitouch screens at your disposal, with both the meter bridge and soft quick select buttons displayed on each screen for quick, intuitive operation.
- Includes 70 individual TFT channel displays joined to the floating Quantum chassis.
- Features 38 100mm touch sensitive faders laid out in three blocks of 12 fader banks plus two dedicated user-assignable faders, each with high resolution metering.
- Superior local audio connectivity and performance
- Comes courtesy of new “Ultimate Stadius” 32-bit ADC and DAC conversion, built into the Quantum 338 as standard.
- Includes six single or three redundant MADI connections.
- Offers dual DMI slots and a built-in UB MADI USB recording interface.
- Features included as standard
- Mustard Processing channel strips.
- Spice Rack plugin style native FPGA processing options.
- Nodal Processing and True Solo.
- I/O
- Maximum of 156 input channels with 72 busses and a 24 x 24 matrix, all with full channel processing.
- Includes 8 local mic/line inputs and eight local line outputs featuring 32-bit “Ultimate Stadius” converters.
- Provides 4 stereo AES/EBU in/out.
- Offers triple redundant MADI in/out (configurable as 6 MADI I/O at 48kHz).
- Dual DMI card slots and support for dual second generation Optocore loops.
- Includes a built-in UB MADI USB interface.
- Waves connectivity can be added with a SoundGrid Interface card, adding up to an additional 64 I/O.