AVGear's Next Pro AV Auction Opens in February 2026! Click Here to Learn More!

Call Us Today: (877) 284-3271 Contact Us

RME

RME MIC1 8 Channel Microphone Preamp with 192kHz Analog to Digital Converters

$0.00

The RME MIC1 “Micstasy” is a high‑end 8‑channel mic/line/instrument preamp equipped with premium analog‑to‑digital converters up to 192 kHz. It offers both analog and digital outputs simultaneously, ultra‑low noise design, remote controllability, and extreme flexibility—suited for pro studios, live rigs and demanding audio work.

View Product Features

8 mic/line inputs (balanced XLR) with 85 dB gain range
8 front‑panel instrument/line inputs (TRS) with Hi‑Z option
Analog output via 8 balanced XLR line outputs
4 AES/EBU outputs (8 channels at 192 kHz) plus 2 ADAT lightpipe outputs (8 channels at 96 kHz)
Frequency response: 20 Hz to 100 kHz (‑0.1 dB)
Very low noise: excellent EIN values, high signal‑to‑noise ratio, THD+N extremely low

Out of Stock

0 in stock

Once stock replenishes, inventory will display below.

In-Stock Inventory

No products currently in stock

Already own this item and want to sell it?

Click here to sell your item

About the RME MIC1 8 Channel Microphone Preamp with 192kHz Analog to Digital Converters

Key Features

8 mic/line inputs (balanced XLR) with 85 dB gain range
8 front‑panel instrument/line inputs (TRS) with Hi‑Z option
Analog output via 8 balanced XLR line outputs
4 AES/EBU outputs (8 channels at 192 kHz) plus 2 ADAT lightpipe outputs (8 channels at 96 kHz)
Frequency response: 20 Hz to 100 kHz (‑0.1 dB)
Very low noise: excellent EIN values, high signal‑to‑noise ratio, THD+N extremely low

RME MIC1 8 Channel Microphone Preamp with 192kHz Analog to Digital Converters Specs

Key Features

8 mic/line inputs (balanced XLR) with 85 dB gain range
8 front‑panel instrument/line inputs (TRS) with Hi‑Z option
Analog output via 8 balanced XLR line outputs
4 AES/EBU outputs (8 channels at 192 kHz) plus 2 ADAT lightpipe outputs (8 channels at 96 kHz)
Frequency response: 20 Hz to 100 kHz (‑0.1 dB)
Very low noise: excellent EIN values, high signal‑to‑noise ratio, THD+N extremely low