Linum DualBaX™ 224

True-to-Source Sound for Audiophiles & Professionals

Linum DualBaX

Part of the Zenith Series – No Compromise on Sound

Purest Signal Transmission

No cross talk. Dual-pair twisted design (224 strands) ensures minimal signal loss and true-to-source audio transmission.

Exceptional Clarity
& Separation

Ultra-low impedance (0.60 Ω) delivers transparent, uncoloured audio, and perfect balance across all frequencies, ideal for multi-driver IEMs.

Engineered for High-Performance Audio

Built for audiophiles, musicians, and studio professionals who demand the best in stage, studio, and critical listening environments.

Experience sound as it is meant to be

Linum DualBaX™ is the pinnacle of high-fidelity sound transmission, delivering pure audio with no compromise. Its dual-pair twisted architecture significantly reduces crosstalk and interference, preserving the natural tonality, detail, and dynamics of your music. Whether you’re a sound engineer, live musician, or a dedicated audiophile, DualBaX provides unparalleled clarity, depth, and separation—ensuring that you hear every nuance as intended by the artist.

Connector Options

T2™ or 2-Pin (with Earhook)

Termination

3.5mm TRS, 4.4mm TRRRS Balanced

Colours

Transparent, Black, Zebra

  • Construction: Dual pair twisted 4x 7×6 = 224 strands
  • Conductor material: Silver plated copper litz wires
  • Connectors: T2™ or 2-Pin plug.
  • Termination: 3.5 TRS (90° angled). 4.4mm TRRRS Balanced (straight)*
  • Impedance: 0.60 Ω
  • Cable type: es-Linum® with UV stabilised TPA jacket
  • Earhook: Yes
  • Cable pull strength: 180 N/40lbs
  • Mass:  ~8g (~0.28oz) / *~13g (0.46oz)
  • Length: 127 cm (50”)
  • Cable diameter: 4x Ø0.9mm (4x 0.035”)
  • Data matrix: Easy identification and production tracking
  • Colours: Transparent, Black, Zebra (Transparent Golden & Black)
  • High resolution sources
  • Multi-BA and dynamics
  • Low impedance IEMs

Sound performance is similar to the UltraBaX, but with lower cross talk, the DualBaX offers an improved noise to signal ratio. 

  • Work in progress