Midas Pro Series 8 XLR Input Card - The Ultimate Audio Solution
Upgrade your audio setup with the Midas DL441! This modular 8 analogue mic/line input card is a game-changer for MIDAS PRO Series control centers and modular I/O boxes. It features award-winning MIDAS microphone preamplifiers with switchable +48 V phantom power for crystal-clear sound.
Features:
- • Award-winning Midas preamps with switchable phantom power for top-notch audio quality
- • 8 inputs with selectable mic or line level on Neutrik* XLR connectors for versatility
- • Low latency 24 bit 96 kHz ADC converters with overload protection for smooth operation
Benefits:
- Enhanced audio performance with premium components
- Remote configuration of preamp gain, phantom power, and high pass filter settings
- Compatibility with Midas PRO3, PRO6, PRO9, PRO X, DL351, and DL451
Specifications:
- Sample rate: 96 kHz
- Dynamic range: >110 dB unweighted (20 Hz - 20 kHz)
- Maximum input level: Mic/Line (Unity Gain) +21 dBu Mic/Line (-5 dB Gain) +26 dBu
- CMRR @ 1 kHz: Mic Input (Unity Gain) Typically >70 dB
- Mic Input (40 dB Gain): Typically >90 dB
- Mic EIN (40 dB Gain): -127 dBu
- Noise (Unity gain): <-89 dBu unweighted (20 Hz - 20 kHz)
- Frequency response: ±0.5 dB (20 Hz - 20 kHz, relative to 1 kHz)
- THD+N (Unity Gain): <0.01%
- Crosstalk @ 1 kHz: <-90 dB
- Output impedance: 10k O
- Connectors: 3-pin Male XLR Balanced
- Phantom power: +48 V, innavidually switchable per channel
The Midas DL441 8 XLR Input Card is designed for audio professionals using MIDAS PRO Series control centers and modular I/O boxes. Whether you're in a recording studio, live venue, or broadcast setting, this card delivers exceptional sound quality. Its key features include award-winning microphone preamplifiers with switchable +48 V phantom power, 8 inputs with selectable microphone or line level on Neutrik XLR connectors, and low latency 24 bit 96 kHz ADC converters with overload protection. The card is compatible with Midas PRO3, PRO6, PRO9, PRO X, DL351, and DL451. It is designed and engineered in the U.K.
