Neotech NEMOI-1220 OCC Silver XLR Cables by A.L.A Audio

Pair of balanced interconnect cables, terminated with Neutrik XLR

The Neotech NEMOI-1220 is a high-purity OCC silver balanced interconnect, designed for systems where resolution, clarity, and spatial precision are critical. Compared to copper-based designs, OCC silver offers greater conductivity and improved signal transmission, revealing finer detail while maintaining natural tonal balance.

Each cable is meticulously hand-assembled by A.L.A Audio in our Melbourne workshop, with a focus on consistency, precision, and long-term reliability.

Precision Assembly & Materials

Every cable is built using a controlled assembly process to ensure optimal electrical and mechanical integrity.

• Nitrogen-assisted soldering ensures clean, void-free joints with minimal oxidation
• Mundorf Supreme Silver/Gold solder selected for tonal consistency and reliability
• Furutech Nano Liquid treatment applied to all contact surfaces to:

• Reduce contact resistance
• Inhibit oxidation over time
• Improve conductivity at a microscopic level
• Enhance overall signal transfer

Matched Pair Guarantee

Each set is supplied as a matched pair, with both channels measured and verified to ensure consistent electrical characteristics.

• Stable channel balance
• Accurate imaging
• Consistent performance across both channels

Premium Connectors

Fitted with Neutrik XLR connectors, chosen for their:

• Secure mechanical connection
• Reliable long-term contact stability
• Proven performance in both professional and high-end audio environments

Key Features

• Neotech NEMOI-1220 OCC Silver conductors
• High conductivity and improved signal transparency
• Hand-assembled in Australia by A.L.A Audio
• Nitrogen-assisted soldering with Mundorf Supreme Silver/Gold solder
• Furutech Nano Liquid treated contact points
• Matched pair, fully tested prior to dispatch
• Terminated with Neutrik XLR connectors

Sound Character

The NEMOI-1220 presents music with:

• Greater clarity and low-level detail retrieval
• Improved separation and spatial definition
• More precise imaging and placement
• A cleaner, more open presentation without harshness

This makes it particularly well suited to resolving systems where small improvements in detail and space are easily heard.