K&M Stands 28308 Panel

Engineered for Clean and Efficient XLR Integration
The K&M Stands 28308 Panel is a streamlined rackmount panel specifically designed to hold up to eight XLR connectors in a single rack space. Perfect for audio technicians, installers, and rack builders, this panel delivers an easy solution for organizing XLR connections in studio racks, live sound systems, or broadcast setups. The 1U height design ensures space efficiency while delivering rugged support for critical cable runs.

Professional Appearance With Durable Steel Build
Constructed from high-quality black steel, this panel adds a sleek, professional finish to any rack configuration. The powder-coated surface resists scratches and wear, helping maintain its clean aesthetic even under heavy use. Its rigid build supports long-term installation in fixed or mobile racks and provides a stable, protective platform for mounted XLR connectors.

Eight Precision-Cut Spaces for XLR Jacks
The 28308 panel includes eight evenly spaced cutouts tailored for standard XLR chassis connectors. This allows for fast, clean cable routing between gear and makes the panel a go-to solution for patch bays, I/O panels, and fixed audio setups where rear rack access might be limited. Whether you're wiring for stage boxes or audio interfaces, this panel simplifies installation.

Versatile for Studios, Stages, and Racks
This panel is suitable for a wide range of professional environments. It fits standard 19-inch rack units, making it ideal for sound engineers working in live venues, AV integrators outfitting conference systems, and studio designers who want a more polished appearance for cable interfaces. The panel also provides strain relief and prevents connector damage by keeping patch cables organized and secure.

Compact and Lightweight Design for Mobile Rigs
Despite its steel construction, the panel weighs just 0.2 kg (0.44 lbs), making it ideal for mobile or flypack systems where every pound matters. With only one rack unit of vertical space required, it contributes to a streamlined build without compromising structural integrity or functionality.