Strymon DIG Dual Digital Delay V2

Overview:

The Strymon DIG V2 pays homage to the rack-mount digital delays of the ’80s that ushered in a new era of audio effects. The innovative electronic designs generated the cleanest delays that had yet been heard, but also created their own special and intriguing sonic characteristics. Thirty-plus years later, these sounds remain as
distinctive and inspiring as ever.

The Strymon DIG features three digital delay voicings: the early ’80s adaptive delta
modulation mode, the mid-’80s 12 bit pulse code modulation mode, and the modern high-resolution 24/96 mode. Multiply these distinct voicings by two and get DIG — your perfect dual delay ally.

The Strymon DIG V2 includes a number of new features. A newly added tone sets the control the feedback filter response for tailoring the sound of your echoes. Fast and intuitive to use, it is actually two filters on one control: Turn left for high cut and right for low cut, or set at 12 o’clock for a flat response.

New full MIDI implementation means you can sync delays to MIDI Clock, save your
settings in one of 300 preset locations, and enjoy control over just about every knob,
switch, and setting remotely via the EXP/MIDI jack or USB.

A premium analog JFET input circuit ensures superb responsiveness to your playing, and you can select mono or stereo input with the flick of a rear panel switch. All this plus a new ARM DSP chip provides more processing power for every sonic nuance, with less energy consumption on your pedalboard.

Specs:

• High impedance ultra low-noise discrete Class A JFET TRS stereo input.
• Low impedance independent TS stereo outputs.
• Expression pedal input allows the connection of a TRS expression pedal, MiniSwitch, MultiSwitch Plus, or TRS MIDI connection.
• USB jack for controlling via MIDI from a computer or for performing firmware updates.
• Dedicated Tap Tempo & On/Off footswitches
• Premium JFET analog front end
• Ultra low noise, high performance 24-bit 96kHz A/D and D/A converters provide
  uncompromising audio quality
• 520MHz ARM Superscalar processor
• 32-bit floating point processing
• 20Hz to 20kHz frequency response
• Audio Input Impedance: 1M Ohm
• Audio Output Impedance: 100 Ohm