The REL Acoustics Commodore .1/LFE Subwoofer Cable is REL’s premium LFE interconnect for systems where resolution, dynamics, and control matter as much as output. Built with enhanced shielding and REL-designed RCA connectors, Commodore is designed to deliver richer bass, tighter response, and a more dimensional soundstage — making it an ideal partner for higher-performance REL subwoofers and serious theater processors. Its architecture combines a dedicated OFC ground path with a separate full-foil shield to help preserve a quiet background and keep low-frequency effects clean, fast, and emotionally compelling.
Built for serious theaters — the REL Acoustics Commodore .1/LFE Subwoofer Cable is intended to unlock deeper impact and more believable bass texture from your LFE channel.
Technology & Design
OFC signal conductor — 19 strands of ultra-fine 38 AWG oxygen-free copper (99.99% pure) developed specifically for Commodore.
Dedicated ground path — independent ground separate from the noise shield using 11 strands of 32-gauge OFC with polyethylene insulation.
Full-foil aluminum shielding — helps block radio-frequency and electromagnetic interference while keeping the cable supple.
Connector integrity — custom-machined RCA connectors feature a reverse-threaded shell designed to remain secure through system changes.
Supplex™ outer jacketing — braided jacket designed to lie flat and route easily behind equipment racks.
FAQ
Is this cable only for home theater?
It is designed for the .1/LFE channel, so it is primarily intended for AVRs/processors feeding a subwoofer’s LFE input.
What length should I choose?
Choose the shortest length that reaches comfortably without strain. Commodore is available in 3M, 5M, 8M, and 12M.
What makes the connector different?
REL uses a reverse-threaded (left-hand twist) RCA shell intended to stay secure and make installation and repositioning easier over time.
Why Buy From Us
Guidance on REL setup (High Level + LFE best practices)
Help selecting the correct cable length for clean routing
System integration support for AVRs and processors
