DSPPA CM30 is a condenser gooseneck microphone with automatic power switching, click-free switch, and XLR output, designed for conferencing and recording.

CM30

Professional Condenser Microphone

Catalogue index: DSP000039

  • Delivery time: około 21 dni
  • Delivery: from €5.68 (InPost)
€121.06 net / szt. €148.90 gross incl. 23% VAT / szt.

Description

DSPPA CM30 – professional gooseneck condenser microphone for PA and conferencing

DSPPA CM30 is a high-performance condenser microphone designed for professional applications such as conferencing, lectures, broadcasting, and recording. Featuring a sensitive condenser capsule, it delivers wide frequency response and high-fidelity sound with natural voice reproduction.

The microphone includes a stable die-cast metal base with a matte black anti-reflective finish, minimizing light reflections in studio and stage environments. Its flexible gooseneck allows precise positioning, while the built-in switch with click-free technology ensures silent operation.

CM30 automatically switches between phantom power (48 V) and battery power, offering flexible integration with various PA systems. It is also resistant to electromagnetic interference and mobile phone signals, making it ideal for demanding AV environments.

Functionality:

  • condenser capsule - high sensitivity and natural voice reproduction
  • wide frequency response - clear and detailed sound
  • click-free switch - silent operation
  • automatic power switching - phantom 48 V or battery
  • electromagnetic and GSM interference resistance

Features:

  • flexible gooseneck - precise positioning
  • die-cast metal base - durable and elegant
  • matte black finish - ideal for stage and conference use
  • 3-pin XLR output - PA system compatibility
  • applications: conferencing, lectures, recording, voice broadcasting

Available alternative version:

  • DM30 - dynamic version, no power required

DSPPA CM30 is a reliable solution for professional AV environments, combining sound quality, power flexibility, and interference resistance.

Attachments