Ad information
OEM Integration DSP with Automatic Time Correction and Digital EQ. 8-ch. Inputs / 4-ch. Stereo + 2 Subwoofer RCA Outputs
The FiX 86 is a state-of-the-art digital signal processor engineered to deliver outstanding sound from factory source units, while retaining OEM fader control.
Unlike typical OEM interface products, the FiX 86 automatically corrects time-delayed factory outputs prior to signal summing and EQ correction. Calibration takes just a single button press and about 30 seconds to complete, with no special equipment needed.
With a powerful 24-bit DSP processor and quad 1/3 octave equalizers onboard, complex factory signals, up to 3-way front and 2-way rear, are combined and level matched automatically into six, full-range stereo signals: Front (fader-controlled), Rear (fader-controlled) and Subwoofer (non-fading, front+rear summed) outputs.
By connecting a PC running TUN Software via USB, you can also access a complete suite of diagnostic panels that show the frequency response of input signals, as well as the corrected outputs. Adjustments can be made to input polarity, muting, and filtering, and new calibrations can be initiated from the PC as well. By clicking on the “TUNE” tab of the TUN interface, you can also access four, user-adjustable, 10-band, graphic equalizers to fine tune the output signals.
Differential-balanced inputs accept virtually any OEM analog audio signal, from low-voltage, line-level to high-power, amplified speaker-level outputs (up to 30V RMS).
Activation methods include 12-volt or Auto Turn-On (Signal/DC-Offset Sensing) to trigger a dedicated remote turn-on output for aftermarket equipment.
An optional DRC-100 or DRC-200 Digital Remote Controller (sold separately) adds Master Volume Control and/or Subwoofer Level Control from the driver’s seat.
Achieving great sound from your factory stereo has never been easier, or sounded better... Now with fader retention and subwoofer output!
Facebook URL: https://www.facebook.com/SingTrade-Marketing-Services-1482040458683011/
Ad information
OEM Integration DSP with Automatic Time Correction and Digital EQ. 8-ch. Inputs / 4-ch. Stereo + 2 Subwoofer RCA Outputs
The FiX 86 is a state-of-the-art digital signal processor engineered to deliver outstanding sound from factory source units, while retaining OEM fader control.
Unlike typical OEM interface products, the FiX 86 automatically corrects time-delayed factory outputs prior to signal summing and EQ correction. Calibration takes just a single button press and about 30 seconds to complete, with no special equipment needed.
With a powerful 24-bit DSP processor and quad 1/3 octave equalizers onboard, complex factory signals, up to 3-way front and 2-way rear, are combined and level matched automatically into six, full-range stereo signals: Front (fader-controlled), Rear (fader-controlled) and Subwoofer (non-fading, front+rear summed) outputs.
By connecting a PC running TUN Software via USB, you can also access a complete suite of diagnostic panels that show the frequency response of input signals, as well as the corrected outputs. Adjustments can be made to input polarity, muting, and filtering, and new calibrations can be initiated from the PC as well. By clicking on the “TUNE” tab of the TUN interface, you can also access four, user-adjustable, 10-band, graphic equalizers to fine tune the output signals.
Differential-balanced inputs accept virtually any OEM analog audio signal, from low-voltage, line-level to high-power, amplified speaker-level outputs (up to 30V RMS).
Activation methods include 12-volt or Auto Turn-On (Signal/DC-Offset Sensing) to trigger a dedicated remote turn-on output for aftermarket equipment.
An optional DRC-100 or DRC-200 Digital Remote Controller (sold separately) adds Master Volume Control and/or Subwoofer Level Control from the driver’s seat.
Achieving great sound from your factory stereo has never been easier, or sounded better... Now with fader retention and subwoofer output!
Merchant information
More items from this seller
Email Enquiry
* indicates compulsory field.