in-akustik Speaker Cables

LS-204 Micro AIR

Four conductors. Agile, musical character.

The LS-204 Micro AIR uses four concentric copper conductors with Micro AIR insulation for an agile, lively sound character. Compact and flexible, it brings genuine air-dielectric benefits to slim floorstanding and standmount speakers, delivering musical detail and spatial openness well beyond its price point.

At a Glance

●4-fold concentric copper architecture

●Micro AIR diamond air chambers

●Compact, flexible design

●BFA banana, spade, or Easy Plug

●Rhodium-coated contacts

●Handmade in Germany

Key Features

4-Fold Concentric Architecture

Four copper conductors arranged concentrically with air-chamber insulation for low capacitance and reduced inductance.

Micro AIR Insulation

Diamond-shaped air chambers provide genuine dielectric improvement over conventional plastic insulation.

Agile Sound Character

Tuned for a lively, musical presentation with excellent timing and transient speed.

Compact & Flexible

Easy to route and install without compromising the air-dielectric design principles.

Technologies Inside

AIR Technology

Air is the perfect insulator.

Now in its fifth generation, AIR technology uses air as the primary dielectric instead of traditional plastics like PVC. Conductors run freely suspended through the cable via precision-engineered clips at defined intervals, reducing capacitance by approximately 83% compared to standard cables. The Point-to-Point Air Helix architecture extends this principle from connector to connector for almost loss-free signal transmission.

Multicore Architecture

Overlapping fields, lower inductance.

in-akustik's multicore conductor arrangements use four-fold structures where the overlapping magnetic fields of individual conductors deliberately cancel each other out. This reduces inductance and minimises the skin effect at high frequencies, delivering a more neutral, dynamic frequency response.

Micro AIR

Air insulation in a compact, flexible format.

Micro AIR technology creates complex diamond-shaped structures within the cable that form tiny air chambers between the concentric copper conductors. This increases conductor spacing and air content without the physical bulk of full AIR Helix construction, reducing capacitance while maintaining the low resistance and inductance necessary for speaker-level signal transmission. The result is a more compact, flexible cable that brings genuine air-dielectric benefits to a wider range of systems.