Flare
Flare - Image 2
Flare - Image 3
Flare - Image 4
Flare - Image 5
Flare - Image 6

Flare

M101 Cables: Engineered for Signal Preservation

Cables face two fundamental challenges: RF contamination from modern digital equipment and WiFi, and conductor limitations that degrade high-frequency content and transients.

M101 cables address both through optimized fundamentals and geometric RF management.

Optimized Construction: High-purity conductors, multi-layer shielding, low-loss dielectrics, and quality connectors, proven cable design principles executed without compromise.

Boundary Condition Stabilizer (BCS): Our patented geometric approach introduces controlled time delays to RF propagation. Different RF frequencies experience different path lengths, arriving out of phase and self-canceling through destructive interference. Audio signals remain unaffected, only RF contamination is reduced.

The Result: Lower noise floor, improved transient definition, better spatial precision, and reduced listening fatigue. Not through “enhancement,” but through minimizing cable-induced degradation.

M101 cables don’t transform your system, they let it perform closer to its potential by reducing the RF contamination and conductor losses that mask detail and blur transients.

M101 Cables: Proven engineering. Honest performance.

 

- +

Flare Speaker Cable: Essential Performance Through Fundamental Design

Flare speaker cables achieve exceptional performance through two fundamental principles: independent conductor architecture and air dielectric construction.

Separated Positive and Negative Conductors: Unlike conventional speaker cables where positive and negative run together (twisted or parallel), Flare uses completely independent runs for each polarity. This visible separation serves multiple purposes:

  • Reduced mutual coupling: Positive and negative conductors don’t interact electromagnetically, no induced currents, no capacitive coupling between polarities
  • Lower cable capacitance: Physical separation minimizes capacitance that can interact with amplifier output stages and speaker crossovers
  • Independent field management: Each conductor can be optimized for its own electromagnetic characteristics without compromise

Air Dielectric Construction: Flare’s conductors are configured to maintain air as the primary dielectric, the insulating material between conductor and surroundings. Air has the lowest dielectric constant (1.0) and zero dielectric absorption, meaning:

  • No energy storage in insulation: Solid dielectrics (PVC, polyethylene) store and release charge, creating time-domain smearing. Air doesn’t.
  • Fastest signal propagation: Velocity of propagation in air is maximum, no dielectric-induced slowing of transient response
  • Zero dielectric loss: Solid insulators absorb high frequencies. Air doesn’t, full bandwidth transmission preserved

Integrated BCS: The conductor geometry incorporates M101’s Boundary Condition Stabilizer for RF cancellation, reducing the amplifier switching noise and speaker back-EMF that contaminate the signal path.

What You’ll Hear:

Improved Bass Control: Low cable capacitance means your amplifier maintains damping factor, controlling driver motion rather than the driver’s momentum controlling itself. Bass notes start and stop more precisely.

Clearer High Frequencies: Air dielectric preserves high-frequency content without dielectric absorption. Cymbals, strings, and vocal detail have more natural texture, less electronic dulling.

Better Dynamic Response: Low inductance and capacitance mean cable impedance doesn’t limit transient current delivery. Dynamic peaks arrive with proper impact and speed.

Reduced Background Noise: BCS cancellation of amplifier RF and speaker back-EMF lowers the noise floor. Music emerges from deeper silence.

Improved Spatial Precision: With reduced RF contamination and better high-frequency preservation, spatial cues arrive more accurately. Images lock more solidly with clearer depth perspective.

Length

1m, 1.5m, 2m, 2.5m, 3m

Shopping Cart