The MIDAS XL88 is an advanced 8-channel microphone preamplifier and analog-to-digital converter that embodies the professional audio heritage of the MIDAS brand. Its "DIGI-LOG" architecture marries meticulously designed discrete analog microphone preamps, known for their transparent, musical character and exceptional headroom, with high-fidelity 24-bit/96 kHz A/D converters. Each channel provides independent control with up to 65 dB of gain, +48V phantom power, a 75 Hz high-pass filter, and phase reverse, offering the essential tools for capturing pristine audio from microphones or line-level sources in studio recording, live broadcast, and high-end front-of-house applications. The unit functions as a premium analog front-end, converting signals into a pristine digital stream for integration into modern digital audio workstations, digital mixers, or recorders via its ADAT optical outputs.

Connectivity is comprehensive, with each channel featuring a combo XLR/TRS input for microphone or line connections and a balanced TRS analog output for direct patching or analog monitoring. The digital section includes two ADAT optical (TOSLINK) outputs that can operate in standard single-wire mode for eight channels at 44.1/48 kHz, or in double-wire mode to support eight channels at the higher 88.2/96 kHz sample rates. This design ensures compatibility with a vast array of digital audio interfaces and consoles. Housed in a robust 1U rack-mountable steel chassis, the XL88 utilizes a high-quality internal linear power supply, ensuring low-noise operation and superior channel separation free from the interference common in switch-mode power supplies.

Engineered for critical listening environments, the MIDAS XL88 delivers the sonic clarity, warmth, and dynamic range that engineers expect from top-tier analog preamplification, coupled with the convenience and integration of modern digital connectivity. It is an ideal solution for expanding the input count and audio quality of any digital system, providing eight channels of reference-grade conversion in a single, reliable unit.