The SATRX-3 delivers reliable balanced audio connections for studio engineers, live sound technicians, and musicians who need professional-grade patch cables that won't fail during critical moments. This 3-foot TRS cable handles the balanced signal routing that keeps your audio chain clean and interference-free.

Built with 22-gauge oxygen-free copper conductors and comprehensive shielding, this cable maintains signal integrity across your entire frequency range. The balanced TRS design eliminates ground loops and noise that can plague unbalanced connections, while the heavy-duty rubber jacket withstands the constant plugging and unplugging of live sound environments.

Metal TRS connectors feature high-grade fiberglass insulators that resist corrosion and provide secure connections to mixers, equalizers, compressors, crossovers, effects units, and amplifiers. At 3 feet, this cable length works perfectly for rack-mounted gear spacing and desktop studio setups where longer runs would create clutter.

Use the SATRX-3 to connect your mixer outputs to graphic EQs, route signals through compressor/limiter chains, or patch effects units into your live sound rig. The balanced design makes it ideal for connecting active monitors in control rooms, linking wireless receiver outputs to your mixer, or creating sends to external reverb units. The bright red jacket provides instant visual identification in complex cable runs.

This cable connects any gear with 1/4-inch TRS outputs to equipment with TRS inputs. Each cable is backed by Seismic Audio's one-year warranty and ships immediately from our warehouse.

Technical Specifications

Frequently Asked Questions

What's the difference between TRS and TS patch cables?

TRS (tip-ring-sleeve) cables carry balanced signals with separate conductors for positive, negative, and ground connections. This design eliminates noise and interference that TS (tip-sleeve) unbalanced cables can pick up. For professional audio applications connecting mixers, processors, and amplifiers, TRS cables provide cleaner signal transmission over longer runs and in electrically noisy environments.

Can I use this cable to connect my guitar to an amplifier?

While this cable will physically connect a guitar to an amp, it's designed for balanced line-level signals, not instrument-level signals from guitars or basses. Guitar cables typically use unbalanced TS connectors and are optimized for high-impedance instrument pickups. Use dedicated instrument cables for guitars and reserve TRS cables for connecting professional audio equipment like mixers and processors.

What equipment typically uses 1/4-inch TRS connections?

Mixing consoles, audio interfaces, equalizers, compressors, crossovers, effects processors, and many powered monitors use TRS connections for balanced audio. You'll also find TRS inputs and outputs on wireless receiver systems, direct boxes, and professional recording gear. This cable works anywhere you need to maintain balanced signal integrity between rack-mounted or desktop audio equipment.

Is 3 feet long enough for typical rack installations?

Three feet works well for adjacent rack units or connecting gear within the same rack. For connections between separate racks or equipment more than 2-3 rack spaces apart, you'll likely need longer cables. This length excels for connecting processors in sequence within a single rack or linking desktop studio monitors to your audio interface without excess cable clutter.

Do I need balanced cables for home studio setups?

Balanced cables become more important as your studio grows and cable runs get longer. In simple setups with short connections between gear, unbalanced cables often work fine. However, if you're connecting multiple rack units, running cables near power supplies or computer equipment, or using longer cable runs, balanced TRS connections help eliminate buzz, hum, and interference that can degrade your audio quality.

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