The SAXLX-3 is a 3-foot XLR patch cable designed for pro audio professionals who need reliable balanced connections in tight spaces. Whether you're patching between rack gear, connecting stage monitors, or linking mixer outputs to amplifiers, this cable delivers clean signal transfer where longer runs aren't needed.

This balanced XLR cable features male and female 3-pin XLR connectors that maintain signal integrity across your entire audio chain. The 22-gauge oxygen-free copper conductors provide clean signal transmission, while the shielded design prevents interference in electrically noisy environments.

Built with a heavy-duty flexible rubber jacket, the SAXLX-3 withstands the rigors of live sound applications without compromising signal quality. The 3-foot length makes it ideal for rack patching, where excessive cable length creates clutter and potential signal degradation. The metal XLR connectors lock securely and resist wear from repeated connections and disconnections.

Perfect for connecting mixing consoles to equalizers, crossovers to amplifiers, or patching between any gear with balanced XLR inputs and outputs. This cable also works for microphone connections. Musicians, DJs, live sound professionals, recording studios, churches, and broadcasters rely on short XLR patches for clean rack organization and professional setups.

Simply connect the female XLR to your source output and the male XLR to your destination input. The cable comes ready to use with secure locking connectors that ensure reliable connections throughout your performance.

Backed by Seismic Audio's one-year warranty and fast shipping. Professional-grade construction meets the demands of working musicians and sound engineers.

Technical Specifications

Frequently Asked Questions

What is a 3-foot XLR cable best used for?

The 3-foot length is ideal for patching between rack-mounted equipment like mixers, equalizers, compressors, and amplifiers. It's also perfect for connecting stage monitors to amplifiers or linking nearby audio gear where longer cables would create unnecessary clutter. The short length maintains signal integrity while keeping your setup organized.

Can I use this cable for microphones?

Yes, this XLR cable works perfectly for microphone connections. The balanced design and shielded construction make it suitable for dynamic and condenser microphones. However, the 3-foot length limits you to very close-proximity applications like desktop recording or connecting a microphone to a nearby preamp or mixer.

Will this cable work with DMX lighting equipment?

While this XLR cable physically connects to DMX equipment, it's not ideal for DMX applications. Audio XLR cables typically have 75-ohm impedance, while DMX512 specification calls for 120-ohm impedance. This impedance mismatch can cause signal reflections, data errors, and unreliable lighting control, especially over longer runs or in complex lighting networks. For critical DMX applications, dedicated DMX cables with proper 120-ohm impedance provide more reliable performance.

How does the signal quality compare to longer XLR cables?

Shorter cables typically provide better signal quality because there's less distance for signal degradation or interference pickup. The 3-foot length minimizes capacitance and resistance, resulting in cleaner signal transfer compared to longer runs. This makes short XLR patches ideal for critical connections in your signal chain.

What's the difference between balanced and unbalanced connections?

Balanced XLR connections use three conductors (positive, negative, and ground) to cancel out electromagnetic interference and noise. This makes them superior to unbalanced connections for professional audio applications. The balanced design allows for longer cable runs without signal degradation and better rejection of electrical noise from lights and other equipment.

WARNING: This product can expose you to chemicals including Di(2-ethylhexyl)phthalate (DEHP), which is known to the State of California to cause cancer. For more information, go to: www.P65Warnings.ca.gov