Why not spread the cost?
The Meris Mercury7 Reverb Pedal brings all the professional boutique heritage from the studio version and places it at your feet in pedal form.
Designed and made in Los Angeles, the Mercury7 pedal will quench even the deepest thirst for reverb with ease. Its algorithms have been hand crafted to deliver huge swirling ambience, modulation, auto-swells and shimmering pitch regeneration via its premium analogue signal path.
The Meris Mercury7 pedal contains the same hand crafted algorithmic reverbs as the Mercury7 500-series unit, only in a solid stereo in/out pedal with switchable headroom for Guitar, Synthesizer or Line levels.
Here are just a few of the features that make up the Mercury7 pedal:
- Stereo input and output
- Analog Mix & Dry Signal Path
- Intra-Tank Pitch Regeneration
- High & Low Frequency Damping
- Extensive Modulation Capability
- Auto Swell Envelope (variable and foot-switchable)
- Expression pedal control over all parameters simultaneously
Meris Mercury 7 Reverb Pedal Features:
- Handcrafted Algorithmic Reverbs
- Analog Mix & Dry Signal Path
- Intra-Tank Pitch Regeneration
- High & Low Frequency Damping
- Extensive Modulation Capability
- Auto Swell Envelope (variable and foot-switchable)
- Stereo input and output
- Switchable input output headroom level for Guitar, Synthesizer or Line levels
- Expression pedal control over all parameters simultaneously
- Presets available via external 4-Preset switch or MIDI
- MIDI in/out over TRS via the EXP jack
- Premium analog signal path and 24-bit AD/DA w/32 bit floating point DSP
- Premium Analog Devices JFET input section
- Designed and Built in Los Angeles, California U.S.A.
Meris Mercury7 Reverb Pedal Specifications
- Premium quality 24 bit A/D and D/A
- 32 Bit floating point DSP hardware
- -115 dB Signal to Noise Ratio (typical)
- Premium low noise Analog signal path throughout
- Analog Devices JFET input circuitry
- Wet/Dry signal mix occurs in the Analog domain
- Selectable True Bypass (Relay) or Analog Buffered Bypass
- 150 mA total power consumption