Take control of your pro-audio and lighting rigs with our high-performance 5-Pin XLR Female Connector. While standard 3-pin connectors are for basic audio, the 5-pin configuration is the gold standard for DMX-512 lighting control and specialized stereo/dual-element microphones. Built to last, this connector ensures that your data and audio signals remain isolated and interference-free.
DMX-512 Lighting: The industry standard for professional moving heads, stage lighting, and controllers.
Stereo Microphones: Perfect for single-point stereo mics that require five pins for dual-channel balanced signals.
Intercom & Headsets: Widely used in broadcast for "Comms" systems and dual-ear headsets.
Dual-Element Mics: Ideal for microphones that combine condenser and dynamic elements in one body.
Secure Push-Lock Latch: Features a heavy-duty metal release button that ensures your DMX chain never breaks mid-show.
Superior Data Integrity: 5-pin architecture provides dedicated data lines, essential for preventing signal flickering in complex lighting rigs.
Rugged Zinc Alloy Housing: The die-cast metal shell is designed to withstand the crushing weight of road cases and heavy stage use.
Precision Solder Terminals: High-density 5-pin layout with heat-resistant insulators for clean, reliable soldering.
Silver-Plated Copper Pins: Offers the lowest electrical resistance for high-speed data and crystal-clear audio.
Professional Shielding: The metal shell acts as a faraday cage to block RF interference from nearby wireless systems.
Industrial Strain Relief: Includes a flexible rubber boot to protect your high-quality data cables from sharp bends.
Type: XLR Female (Socket)
Pins: 5-Pin Configuration
Termination: Solder-on Termination
Can I use this for standard 3-pin audio?
No. 5-pin XLR is a different size/configuration than 3-pin. This is specifically for DMX-512 lighting and specialized stereo audio gear.
Why 5 pins instead of 3 for DMX?
While 3-pin is common for hobbyist DMX, the ESTA (professional) standard requires 5 pins to prevent users from accidentally plugging audio signals into expensive lighting equipment.
Is it difficult to solder 5 pins?
It requires a bit more precision than 3-pin because the terminals are closer together. We recommend using a fine-tip soldering iron and thin solder wire for the best results.
