Takstar XR‑3400FX Analog Mixer

Description

Takstar XR‑3400FX Analog Mixer

The Takstar XR‑3400FX is a full-featured analog mixer designed for professional audio setups—perfect for live sound, studio work, and large-event venues. It offers robust routing options, high-end signal quality, and on-the-fly DSP effects, all housed in a durable and intuitive interface.

🔌 Key Features & Specifications

• 32 balanced XLR mic inputs + 2 stereo TRS line inputs
  Provides extensive multi-microphone and instrument connectivity with individual pan control per channel

• 4 auxiliary sends + dedicated FX send
  Offers flexible routing for monitors and external effects, with AUX3 & AUX4 as post‑fader FX paths

• Channel compression & phantom power
  Features built-in compressors on all 30 channels and +48 V phantom power support, plus mute and PFL solo functions

• Graphic and parametric EQ
  Main output includes a 9-band graphic EQ; each input channel has 4-band EQ and 80 Hz low-cut

• Built-in 24-bit DSP effects
  Enables real-time effects processing—ideal for adapting to different performance scenarios

• USB playback & wireless connectivity
  Includes a USB-A port for playback and wireless device integration

• Robust faders & metering
  High-precision 60 mm faders, dual 12‑segment LED level meters per channel, PAN control, mute buttons, and clip indicators enhance control and monitoring

📊 Audio Performance

• Wide frequency response: 20 Hz–40 kHz (±1 dB); up to 60 kHz (–2 dB)

• Low noise: Equivalent input noise of –129.5 dBu, high SNR and CMRR (>70 dB)

• High max level tolerance: +20 dBu on mic/line inputs, +28 dBu on outputs

• Negligible distortion: THD <0.05%

🏗️ Build & Design

• Durable 16 kg chassis in a road-ready housing; dimensions: 1070 × 485 × 120 mm

• Power compatibility: 110–240 VAC, 25–65 W consumption, with replaceable fuse

🎯 Ideal Use Cases

Perfect for large-scale performances, corporate events, house-of-worship sound systems, or any setting where multiple inputs, detailed EQ control, onboard effects, and strong signal routing are essential.