Introducing Integer Audio
Integer Audio is a boutique builder of high-end, professional audio equipment. Component and design choices are based on sound fidelity rather than lowest cost. Integer Audio delivers high quality and accurate sound reproduction.
Integer Audio is a boutique builder of high-end, professional audio equipment. Component and design choices are based on sound fidelity rather than lowest cost. Integer Audio delivers high quality and accurate sound reproduction.
NEW!
Nanocrystalline Transformer based Microphone Preamplifier, xMP2
The xMP2 microphone preamp uses a unique input transformer featuring a nanocrystalline toroid core. The transformer is manufactured by Mesanovic Microphones, the producer of excellent ribbon microphones. The properties of the nanocrystalline core offer superior performance over traditional audio transformer cores. The design has all the transformer advantages such as isolation and high CMRR along with excellent frequency response and clarity. The transformer includes a Faraday shield and mu metal to minimize effects from EMI. The key benefits of the nanocrystalline core include very high permeability and magnetic flux density, along with lower coercivity and core loss (as compared to traditional transformer cores). The required inductance can be obtained with fewer turns and the use of higher AWG wire, resulting in very low winding DCR. High signal levels and transients will not cause saturation or high-end resonance. This includes lower non-linear distortion, exceptional transient response, minimal phase shift, and a smoother musical quality.
The preamp is 100% differential based on the high performance THAT1580 chip and a TI OPA1632 output buffer. There are no capacitors (i.e. electrolytic phantom blocking or feedback) or phantom protection diodes in the signal path.
Integer Audio's xMP2 Microphone Preamplifier features:
The xMP2 microphone preamp uses a unique input transformer featuring a nanocrystalline toroid core. The transformer is manufactured by Mesanovic Microphones, the producer of excellent ribbon microphones. The properties of the nanocrystalline core offer superior performance over traditional audio transformer cores. The design has all the transformer advantages such as isolation and high CMRR along with excellent frequency response and clarity. The transformer includes a Faraday shield and mu metal to minimize effects from EMI. The key benefits of the nanocrystalline core include very high permeability and magnetic flux density, along with lower coercivity and core loss (as compared to traditional transformer cores). The required inductance can be obtained with fewer turns and the use of higher AWG wire, resulting in very low winding DCR. High signal levels and transients will not cause saturation or high-end resonance. This includes lower non-linear distortion, exceptional transient response, minimal phase shift, and a smoother musical quality.
The preamp is 100% differential based on the high performance THAT1580 chip and a TI OPA1632 output buffer. There are no capacitors (i.e. electrolytic phantom blocking or feedback) or phantom protection diodes in the signal path.
Integer Audio's xMP2 Microphone Preamplifier features:
- Two channels in 1U 19" rack mount chassis
- Nanocrystalline input transformer by Mesanovic Microphones
- 65dB gain via 12-position selector switch
- 48VDC phantom power
- Internal AC power supply with low noise LDO linear regulators (no external line lump or wall wart PS)
Ribbon Microphone Preamplifier, RMP2
Ribbon microphones have unique characteristics that lend themselves to using a specialized preamp that can optimize performance. These characteristics include low sensitivity, input impedance considerations and no phantom power requirement. The ideal preamp requires low noise, considerable gain and high input impedance.
Integer Audio's Ribbon Microphone Preamplifier, the RMP2, is a transparent microphone preamp optimized for ribbon microphones. It features:
Ribbon microphones have unique characteristics that lend themselves to using a specialized preamp that can optimize performance. These characteristics include low sensitivity, input impedance considerations and no phantom power requirement. The ideal preamp requires low noise, considerable gain and high input impedance.
Integer Audio's Ribbon Microphone Preamplifier, the RMP2, is a transparent microphone preamp optimized for ribbon microphones. It features:
- Two channels
- Very low noise and distortion
- 80dB gain and high input impedance
- Completely balanced with no capacitors in the signal path
- Also an excellent choice with dynamic and tube microphones
Class-D Amplifiers
Integer Audio has released a new line of Class-D power amplifiers. The current release is based on Hypex Ncore® technology. The second release scheduled for early next year will be based on the excellent Purifi amplifier modules. These amplifiers offer best in class performance ideally suited to high end audio systems and passive pro audio monitors.
Integer Audio has released a new line of Class-D power amplifiers. The current release is based on Hypex Ncore® technology. The second release scheduled for early next year will be based on the excellent Purifi amplifier modules. These amplifiers offer best in class performance ideally suited to high end audio systems and passive pro audio monitors.
Current Drive Amplifier and Distributed Mode Loudspeaker (DML)
Introducing Integer Audio's unique Current Drive Amplifier (or Transconductance) and Distributed Mode Loudspeaker (DML) system.
Over 99% of the commercially available audio amplifiers are based on voltage control. However the speaker's voice coil requires current (not voltage) to provide motive force. Current drive eliminates several speaker distortion mechanisms inherent with voltage control and speaker non-linearities. Current Drive amplifiers are ideally suited for full range single driver speakers (no crossover) such as Integer Audio's DML full range speaker system.
Introducing Integer Audio's unique Current Drive Amplifier (or Transconductance) and Distributed Mode Loudspeaker (DML) system.
Over 99% of the commercially available audio amplifiers are based on voltage control. However the speaker's voice coil requires current (not voltage) to provide motive force. Current drive eliminates several speaker distortion mechanisms inherent with voltage control and speaker non-linearities. Current Drive amplifiers are ideally suited for full range single driver speakers (no crossover) such as Integer Audio's DML full range speaker system.
Integer RMP2 Sound Samples
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