Bespeco XTRA800L20 Audio System Cable, 8 XLR F – 20 meters

Achieve flawless audio transmission across demanding live or studio environments with the Bespeco XTRA800 L20 audio system cable. Designed to eliminate signal loss and interference, this cable consolidates eight XLR female connectors into one streamlined 20-meter snake, simplifying setup and reducing clutter.

Durability Meets Practicality: Constructed with an extra-strong black and orange ABS casing, the stage box resists physical impact and wear, extending service life in professional settings. The epoxy powder-coated metal patch panel minimizes weight without sacrificing mechanical strength, making transport and handling more efficient.

Premium Audio Quality: Each XLR connector is hand-wired with a common shield scheme and gold-plated contacts, ensuring optimal conductivity and minimizing signal degradation. This guarantees consistent, noise-free audio essential for live performances and recording.

Thoughtful Design Features: A sturdy PVC cable entry protects the snake cable where it meets the stage box, preventing damage from bending or pulling. The integrated carrying handle enhances portability on busy stages, while the heavy-duty nylon fantail bag safeguards cable ends during transport and storage.

Precise Dimensions and Weight: With product dimensions of 37 x 23 x 37 cm and a weight of 7 kg, the XTRA800 L20 balances portability and robustness. The 20-meter length provides ample reach for complex stage layouts without signal compromise.

Compatibility and Application: Designed for professional audio setups requiring multiple XLR connections, this cable snake is ideal for stage performances, studio sessions, and broadcast environments. It supports consistent audio routing for microphones, mixers, and other XLR-equipped devices.

Investing in the Bespeco XTRA800 L20 means securing a reliable, high-performance audio infrastructure component engineered for longevity and clarity. Its construction and features address the critical needs of professionals demanding faultless signal transmission under rigorous conditions.