
Pro Co Sound MC2 2-to-1 Microphone Combiner
Combine Microphone Signals with Professional QualityThe Pro Co Sound MC2 Microphone Combiner is a portable solution for combining signals from two microphones into a single mixer input. Designed for professional use, this combiner ensures high-quality audio performance. Key Features: Type: ...
*Price sourced from Amazon.com. Last updated:Jun 27, 2026.Price and availability are subject to change.
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Overview
Combine Microphone Signals with Professional Quality
The Pro Co Sound MC2 Microphone Combiner is a portable solution for combining signals from two microphones into a single mixer input. Designed for professional use, this combiner ensures high-quality audio performance.
Key Features:
- Type: 2 to 1 Microphone Combiner
- Input: 2 Low-Z Balanced Microphones
- Output: 1 Mixer Input
Key Features
Professional Quality
2 inputs combined into a single output
XLR connections
Specifications
Pros & Cons
👍 Pros
- Offers professional quality signal combination, ensuring high fidelity audio for demanding applications.
- Efficiently combines two input signals into a single output, simplifying cable management and signal routing.
- Features robust XLR connections, known for their reliability and secure locking mechanism in professional audio setups.
- Designed to be a straightforward solution for situations requiring the merging of microphone signals.
- Its specific function as a 2-to-1 combiner makes it a clear and purposeful tool in an audio chain.
👎 Cons
- As a passive combiner, it does not include active gain or signal conditioning, potentially requiring external preamps for optimal levels.
- Lacks options for individual level control over the two input signals, meaning their relative volumes are determined upstream.
- Only features XLR connections, which means compatibility with non-XLR microphones or devices will require adapters.
- The combining function is fixed at 2 inputs to 1 output, offering no flexibility for different merging ratios.
- Specific details regarding impedance or potential signal loss during combination are not provided.