ROCKFORD FOSGATE RFIT Series

Product Description:

The Rockford Fosgate RFIT Series features premium dual-twist RCA audio interconnect cables engineered to deliver clean, noise-free signal transfer in car audio systems. Built with 100% Oxygen-Free Copper (OFC) and advanced dual-twisted pair noise rejection, these cables prevent engine whine and radio frequency interference (RFI). Their flexible outer jackets and low-profile molded connectors make them easy to route through tight vehicle spaces.

Key Features:

Rockford Fosgate RFIT-3

• Cable Length: 3 Feet (0.91 Meters)
• Primary Application: Ideal for short signal jumps between close components (e.g., stacked amplifiers, DSP processors, line-output converters, or EQ units).
• Signal Transfer: High-density short-run dual-twist shielding to keep signal paths pristine.
• Design: Compact strain-relief barrels designed for tight component stacking.

Rockford Fosgate RFIT-6

• Cable Length: 6 Feet (1.82 Meters)
• Primary Application: Perfect for mid-length runs, such as under-seat amplifier installations or glovebox-to-dash routing.
• Signal Transfer: Balanced length offering minimal resistance and zero signal degradation.
• Design: Precision-molded strain relief engineered to withstand constant vehicle vibration.

Rockford Fosgate RFIT-10

• Cable Length: 10 Feet (3.05 Meters)
• Primary Application: Suited for medium-to-long runs across compact cars, center consoles to under-seat amps, or extended-cab truck layouts.
• Signal Transfer: Enhanced dual-twist EMI/RFI rejection over extended wiring paths alongside factory looms.
• Design: Durable outer jacket preventing wear when routed under carpets and side trim panels.

Rockford Fosgate RFIT-16

• Cable Length: 16 Feet (4.88 Meters)
• Primary Application: Standard length for full front-to-back vehicle runs (from dash head unit to trunk/cargo area amplifier racks).
• Signal Transfer: High-rejection twisting pattern optimized to eliminate noise pickup across long cabin lengths.
• Design: Long-reach flexibility with reinforced connector boots to withstand heavy pulling during installation.