LHY Audio Ultimate Series Digital BNC Clock Cable (50Ω / 75Ω Master Clock Cable)

Product Description

Precision Clock Signal Transmission for High-End Digital Audio Systems

The LHY Audio Ultimate Series Digital BNC Clock Cable is engineered to deliver highly accurate and stable clock signal transmission for demanding digital audio systems.

Designed to meet precise 50Ω and 75Ω impedance standards, this premium digital clock cable ensures reliable synchronisation between master clocks, DACs, streamers, network switches, and digital transports while minimising signal loss and timing errors.

In high-resolution digital audio systems, accurate clock distribution plays a critical role in reducing jitter and preserving signal integrity. The LHY Digital Clock Cable provides the shielding, precision, and stability required for reference-level digital performance.

Key Benefits

• Stable and accurate 10MHz clock signal transmission
• Precision 50Ω / 75Ω impedance matching
• Reduced jitter and timing instability
• Excellent EMI and noise rejection
• Improved synchronisation between digital components

High-Frequency Low-Noise Design

At the core of the cable are high-purity oxygen-free copper conductors with silver plating, designed to support fast and stable high-frequency signal transmission.

This advanced conductor structure helps preserve timing accuracy while maintaining excellent signal integrity across demanding digital audio applications.

• Silver-plated oxygen-free copper conductors
• Optimised for high-frequency digital signal transmission
• Low signal loss and stable propagation characteristics
• Designed for precision master clock applications

Advanced Shielding for Signal Integrity

To protect sensitive clock signals from interference, the cable incorporates multi-layer silver mesh shielding that significantly reduces electromagnetic interference (EMI) and external noise contamination.

This shielding architecture helps maintain clean and stable clock distribution within complex digital audio environments.

• Multi-layer silver mesh shielding
• Excellent EMI/RFI suppression
• Improved signal stability and consistency
• Cleaner digital signal path

Precision Impedance Architecture

The LHY Digital Clock Cable is engineered with true 50Ω and 75Ω impedance structures to ensure proper signal matching with professional digital audio equipment and master clock systems.

Accurate impedance matching helps reduce signal reflections, transmission errors, and clock instability that can negatively affect system performance.

Premium Connector Construction

The cable features high-quality gold-plated BNC connectors designed for secure contact, low resistance, and long-term durability.

Each connector is carefully assembled and soldered using WBT audiophile-grade solder to ensure maximum signal integrity and reliable long-term performance.

• Gold-plated precision BNC connectors
• Low-resistance signal transfer
• WBT audiophile-grade solder construction
• Reliable long-term mechanical stability

Technical Features

Feature	Specification
Impedance Options	50Ω / 75Ω
Conductor Material	Silver-plated oxygen-free copper
Shielding	Multi-layer silver mesh shielding
Connector Type	Gold-plated BNC connectors
Solder	WBT audiophile-grade solder
Application	10MHz master clock distribution
Compatibility	DACs, streamers, DDCs, switches, master clocks

Ideal Applications

The LHY Audio Digital BNC Clock Cable is ideal for:

• External master clock systems
• DACs with 10MHz clock input
• Network streamers and digital transports
• DDCs and reclocking devices
• High-end digital audio systems requiring precision synchronisation

Why Choose the LHY Digital Clock Cable?

The LHY Audio Ultimate Series Digital BNC Clock Cable is purpose-built for audiophiles and digital audio enthusiasts seeking stable clock distribution, reduced jitter, and maximum signal integrity.

With precision impedance control, advanced shielding, premium connectors, and high-quality conductor materials, it provides the stable timing foundation required for high-resolution digital audio performance.