Titanic Audio Anchor Plate Isolation Platform

The Titanic Plate is a reference-grade isolation platform engineered to control mechanical vibration at its source. Designed for universal application, it provides a stable, resonance-controlled foundation for turntables, amplifiers, streamers and DACs — ensuring your system performs free from structural and internally generated interference.

Rather than relying on mass alone, the Titanic Plate applies a Tri-Axis isolation approach, combining geometry-based dispersion, controlled suspension and layered absorption to manage vibration across the full mechanical spectrum.

Tri-Axis Vibration Control

The Titanic Plate separates vibration management into three distinct but complementary stages, each optimised for a specific range of frequencies.

High-Frequency Control — HEX-DNA Geometry

The top surface of the Titanic Plate incorporates Titanic Audio’s proprietary HEX-DNA geometry — a hexagonal wave pattern that defines the structural DNA of all Titanic and Titan products.

This geometry is engineered to address fast, low-amplitude vibration generated directly by audio components such as transformers, motors and power supplies. By redirecting energy laterally across the surface, HEX-DNA prevents high-frequency resonance from travelling directly downward into the support structure.

The constantly changing contours disrupt standing waves, reduce resonance build-up and encourage rapid energy decay — improving clarity, focus and low-level detail.

HEX-DNA is also applied within the upper layer of the internal core, ensuring high-frequency vibration is addressed both at the point of entry and within the isolation system itself.

Low-Frequency Control — Spring-Loaded Hex Suspension

Low-frequency vibration carries the greatest energy and is the most difficult to control. To manage this, the Titanic Plate uses a system of spring-loaded hexagonal suspension pins supporting the internal isolation core.

Each pin allows controlled vertical movement while expanding laterally under load. This converts vertical vibration into distributed lateral energy within the surrounding core, where it can be dissipated efficiently.

By sharing the mechanical load, the suspension pins prevent over-compression of the isolation core and ensure consistent performance across a wide range of component weights — without bottoming out or becoming overly compliant.

Broadband Control — Composite Isolation Core

Between the HEX-DNA surface and the suspension system sits a layered composite isolation core, tuned to absorb and disperse vibration across the mid-band and lower frequencies.

The combination of softer and denser materials allows energy to be absorbed without becoming trapped, maintaining a neutral mechanical environment and preserving timing, articulation and tonal balance.

Low-Profile, High-Impact Design

The Titanic Plate is engineered to deliver reference-level isolation without unnecessary bulk.

• Rack-Optimised Form
  Its low-profile design integrates seamlessly into traditional Hi-Fi rack systems, providing a substantial performance upgrade without compromising space or aesthetics.
• Versatile Placement
  Equally effective on racks, cabinets or solid flooring, the Titanic Plate adapts easily to a wide range of systems and listening environments.

A Foundation for Performance

By separating the control of high-frequency resonance and low-frequency energy into dedicated, purpose-built stages, the Titanic Plate creates a quieter mechanical foundation for audio playback.

The result is immediately audible:

• lower noise floor
• improved clarity and separation
• more stable stereo imaging
• tighter, more controlled bass
• enhanced retrieval of fine detail

The Titanic Plate doesn’t impose a sonic character.
It simply removes what shouldn’t be there, allowing your system to perform as intended.