Devinal 4-IN-1-OUT XLR Audio Splitter Box, XLR 4 Female to 1 Male Balanced Converter ; 4-Way Stereo Passive Audio Cable

Devinal 4-IN-1-OUT XLR Audio Splitter Box, XLR 4 Female to 1 Male Balanced Converter ; 4-Way Stereo Passive Audio Cable

• 【Craftsmanship, Unbreakable Durability】 Devinal 4 Way XLR Connection Adapter features a rugged housing crafted from aerospace-grade aluminum alloy, equipped with 24K gold-plated contact cores and military-spec chrome-plated connectors. It maintains contact resistance below 3mΩ through 8,000 plug-unplug cycles, delivering three times the industry-standard service life.
• 【Smart Signal Splitting, Precision Synchronization】 Devinal XLR 1 Female to 4 Male Splitter incorporates a magnetically shielded parallel architecture that enables zero-phase-error signal distribution from a single XLR input to four XLR outputs. With channel gain deviation within ±0.5dB, it drives amplifiers, mixing consoles, and recording equipment simultaneously without introducing harmonic distortion.
• 【Military-Grade Circuitry, Purity Guaranteed】 Devinal XLR One-Input and Four-Output Parallel Connection Adapter utilizes a 6-layer gold-immersed PCB with star-topology grounding and 99.99% oxygen-free copper conductors. Delivering a frequency response of 20Hz-20kHz (±0.1dB), it achieves >122dB signal-to-noise ratio and -95dB crosstalk suppression at 10kHz, meeting broadcast-grade performance standards.
• 【Universal Compatibility, Professional Empowerment】 Devinal 1 in to 4 Out Aduio Splitter is compatible with major 48V phantom power devices. Featuring phase correction technology, it adapts to scenarios from Livehouse multi-track recording to stadium sound reinforcement, with an operating temperature range of -20℃ to 65℃.
• 【Instant Response, Intelligent Control】 Devinal XLR 4 Male to 1 Female Splitter integrates an intelligent impedance adaptation chip for nanosecond-level signal path optimization. Fitted with Neutrik DD-series gold-plated connectors supporting hot-swappable operation, it achieves startup latency below 0.8ms for imperceptible signal distribution.