TITTI — Total Isolation TurnTable Instrument

For the discerning listener who demands total isolation at every stage.

$6,200
TITTI — Total Isolation TurnTable Instrument

Key Features

  • Triple-stage isolation: pneumatic, magnetic, viscous
  • Vibration attenuation > 95dB (0.5Hz–80kHz)
  • 12-axis MEMS accelerometer array with sub-nanometer resolution
  • Impulse recovery time < 0.8ms
  • Carbon-fiber-reinforced phenolic resin platform
  • Stackable with TIAI and additional TITTI units

Specifications

Isolation Method Triple-stage pneumatic/magnetic/viscous
Vibration Attenuation > 95dB (0.5Hz–80kHz)
Maximum Load 55 kg
Platform Dimensions 550 × 500 × 220mm
Platter Compatibility Universal (up to 450mm)
Suspension Stages 3 (pneumatic → magnetic → viscous)
Feedback Sensors 12-axis MEMS array with sub-nanometer resolution
Recovery Time < 0.8ms (impulse response)
Stackable Yes (with TIAI and additional TITTI units)
Surface Material Carbon-fiber-reinforced phenolic resin

The turntable is the most vibration-sensitive component in any audio system. A stylus tracking a record groove operates at displacements measured in micrometers. Any external vibration — from loudspeakers, from foot traffic, from the building’s HVAC system, from the rotation of the Earth itself — superimposes itself on that delicate mechanical process, introducing distortion that cannot be removed downstream. The only solution is total isolation at the source.

The Total Isolation TurnTable Instrument delivers exactly that. A triple-stage isolation architecture — pneumatic air springs, passive magnetic levitation, and viscous fluid dampers — works in series to achieve greater than 95dB of vibration attenuation from 0.5Hz to 80kHz. The first stage eliminates gross structural vibration. The second stage suspends the platform in a contactless magnetic field, removing all mechanical coupling to the outside world. The third stage damps any residual motion through a proprietary viscous fluid with a precisely tuned viscosity coefficient.

Fine Print

  • * Results in non-equatorial environments may vary.