SLIM-Digital-24 AWG Stage Microphone Cable

PART NO : MIC-HFS-SLM-DIG

Conductor: 24 AWG (25 strands of 0.10 mm each) Annealed Tinned Copper (ATC)
Cores: 2 core construction
Insulation: High-Density Polyethylene (HDPE) insulated designed to withstand repeated bending and movement without losing performance
Core Formation: Cores twisted together in circular form
Tape Layer: Polyester Mylar taped for additional insulation and stability
Shielding: Aluminium foil + spiral shielded with 97% coverage using ATC copper
Insulation: High-Density Polyethylene (HDPE) insulated designed to withstand repeated bending and movement without losing performance

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Premium Features

Explore the advanced engineering behind every Krystals Cables and see how each feature elevates performance and outperform industry standards.

High Conductivity ATC Copper

High conductivity of Annealed Tinned Copper conductor (25 wires of 0.10mm)

70-wire Spiral (Helical) Shield

Advanced and dense Spiral (Helical) Shielding with Tinned Wires (70 wires of 0.10mm) provides superior protection against electromagnetic interference.

100% Shielding Coverage

Complete 100% coverage due to shielding technique and use of aluminuim foil ensures minimal signal loss and maximum protection against external noise interference.

Fire Retardant PVC

The fire-retardant PVC used in Krystals’ cables is specially engineered to resist ignition and prevent the spread of flames, offering an extra layer of protection in case of electrical faults or overheating

Clear Sound Quality

Delivers pristine audio reproduction with minimal distortion, due to big cross-sectional area and ATC copper conductor.

Size of Diameter

Reduced size of diameter ensures easy installation in tight spaces without compromising on performance making them ideal for rack wiring and Y interconnects

Double Shielding

Equipped with aluminium foil, mylar tape, and Spiral (Helical) shield, the double-layer shielding delivers maximum protection against interference, ensuring clean, noise-free signal transmission even in high-interference environments.

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