Kramer C-XLQM/XLQF-10 XLR (M) to XLR (F) Quad Style Cable, 10'

For clean, dependable audio in professional AV and security applications, the Kramer C-XLQM/XLQF-10 XLR quad-style microphone cable delivers industry-grade performance. This Kramer Electronics pro microphone cable uses a 4-core star-quad geometry to dramatically reduce induction noise — cutting interference to roughly 10% of what you’d see with standard two-pair balanced mic cable. The 10-foot XLR (male to female) cable is built with high-strand copper conductors and a flexible shield for easy routing through equipment racks and tight installation paths common in surveillance and monitoring rooms. XLPE insulation preserves excellent electrical characteristics and resists shrink-back during soldering, while hand-soldered premium XLR connectors provide secure, low-resistance terminations for reliable long-term use. Ideal for live sound, conferencing, security audio capture and video surveillance systems that demand pristine mic and line-level signals, this cable helps prevent hum and electromagnetic interference from lighting ballasts, transformers and nearby power cabling. Equip your system with a trusted Kramer solution for consistent signal integrity — perfect for pro audio, monitoring stations and security deployments. Order now to upgrade your audio cabling.

• Superior noise rejection: Star-quad construction reduces induction noise to about 10% of standard two-pair mic cable, delivering cleaner audio for critical monitoring and surveillance.
• Reliable pro connections: Hand-soldered premium XLR male-to-female terminations ensure long-lasting, low-resistance contacts for pro microphone and line-level signals.
• Flexible installation: High-strand copper conductors and a supple jacket make routing in racks, consoles and tight security installations effortless.
• Durable insulation: XLPE dielectric resists shrink-back during soldering and maintains stable electrical performance in varied environments.
• Versatile use cases: Optimized for live sound, conferencing, security audio, surveillance and remote monitoring systems where signal integrity matters.