BM800 Microphone Mixer Audio Live Broadcast

BM800 Microphone Specification:

Microphone-core:Original F-16 ultra-shock film capacitor microphone core
Cardioid-only, large-diaphragm tube condenser mic

Low-noise operation meets high-headroom SPL handling
Delivers warm, clear bass, detailed midrange, and a silky high end
Perfect for vocals, musical instruments, podcasting, voiceovers, interviews, field recordings
Frequency range: 20 to 20,000 Hz

Sensitivity: -36 dB±2 dB (0 dB=1V/Pa at 1kHz)
Max. SPL: 135 dB (at 1kHz≤1% T.H.D)
Equivalent noise level: 16 dB-A
Signal/noise ratio: 78 dB

Power supply mode: 48V fantasy power supply
Current consumption: 3mA

Connector: 3-pin XLR to IEC
Cable Length: 8.2 ft/2.5M
Dimensions: ø50 x 160 mm (Dia. 1.9 x 6.3 in.)
Net Weight: 400g

V8 Live Sound Card Features:
★The sound card has sound effects, interesting modes and adjusting rotary knobs.

★With BT function, two live broadcasts and one accompaniment after connecting three phones.
★When sound enters, it is the indicator light. When it does not sing, it is the breathing light.
★One button to eliminate the original sound, and intelligent/dodge.
★DSP intelligent noise reduction chip, low consumption, stereo sound.
★Built-in rechargeable polymer lithium battery, long-lasting time.
★The microphone cover prevents wind noise when you are recording.
★The double-layer filter with double-layer nylon mesh construction can remove plosive sound effectively in recording.
★The shockproof mount securely holds the microphone and effectively reduces handling noise.
★Universal function, supports multi-function like singing, live, recording, music and so on. Supports mainstream live streaming software.

★Tailored frequency response provides vocal intelligibility and crispness
★Neodymium magnet for high signal-to-noise ratio
★Shock Mount to reduces handling noise
★Cardiod (Bi-directional) pickup pattern suppresses feedback
Ideal for radio broadcasting studio, voice-over sound studio, recording and so on
★Surface treatment: The microphone head uses electroplating technology, and the surface of the tube body uses automotive high-temperature spray technology.