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ADC Integra ST XLM I



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Brand: ADC

The ADC Integra ST XLM I is a digital audio converter from Apogee that allows for low-noise, high-resolution audio conversion from analog input signals to digital formats. It offers detailed and transparent audio reproduction, making it ideal for studio and professional audio applications. The XLM I is part of the Integra family of converters, which are known for their audio quality and advanced features. Some of the standout features of the XLM I include:- Six analog inputs: the XLM I supports six analog inputs, including two XLR balanced inputs, two RCA unbalanced inputs, and two RCA line-level inputs. This versatility makes it suitable for a variety of input sources.- Simultaneous sample rates: the XLM I supports sample rates from 44.1 kHz to 192 kHz, and can handle up to six different sample rates simultaneously. This makes it easy to work with multiple input sources with different sample rates without the need for additional conversion.- Proprietary analog circuitry: Apogee's proprietary analog circuitry ensures low distortion and low noise, while maintaining high resolution and clarity.- Advanced clocking and jitter elimination: the XLM I features Apogee's Advanced Stepped Phase Lock (SPL) technology, which provides excellent clock stability and jitter elimination, ensuring accurate and precise audio conversion.Overall, the ADC Integra ST XLM I is a high-performance digital audio converter that delivers excellent audio quality and versatility, making it a popular choice for studio and professional audio applications.



  • Type: Moving Magnet
  • Output Voltage: mV
  • Freq Response: 20Hz - 24kHz
  • Tracking Force: 1.1 - 1.9 g
  • Mass: 9 g
  • Channel Separation: 24 dB
  • Channel Balance: 2 dB
  • Load Impedance: 47k Ω
  • Output Impedance:
  • Stylus: RXMI
  • Stylus Tip: 0.4 x 0.7 mil Elliptical
  • Cantilever:
  • Dynamic Compliance:
  • Static Compliance:
  • Price:

ADC Integra ST XLM I

ADC Integra ST XLM I

ADC Integra ST XLM I

ADC Integra ST XLM I

ADC Integra ST XLM I

ADC Integra ST XLM I

ADC Integra ST XLM I

ADC Integra ST XLM I



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