Titan Audio HS-PWR Lite Power Block

The Same Philosophy. Refined.

The HS-PWR Lite distils the transformative design principles of the flagship HS-PWR into a more compact, accessible form — bringing Titan Audio’s most advanced mechanical and electrical engineering to a wider audience without compromise.

Built on the Same Foundation.

The Lite’s architecture shares the same essential DNA as the flagship.
Its floating monocoque chassis is formed around smaller precision 3D-printed cores filled with Titan’s proprietary HDPE/LDPE/resin composite. This creates a rigid, vibration-damped internal shell that isolates the electrical pathways from mechanical energy.

CNC-milled PMMA top and bottom plates are secured by two tensioned rods, forming a tight exoskeletal clamp around the floating internal body.
And, like its larger sibling, the HS-PWR Lite rests on Titan’s cantilever isolation legs, ensuring controlled resonance behaviour and stable mechanical grounding.

NoiseFloor Zero™

Semi-Active Grounding. Pure and Simple.

The HS-PWR Lite features the same revolutionary NoiseFloor Zero™ grounding technology found in the HS-PWR — scaled to a single module optimised for its size.

Live and Neutral remain untouched, preserving current delivery and dynamic range. Only the ground conductor is actively filtered, removing EMI/RFI contamination and dissipating distortion harmlessly as heat.

The result is dramatically lowered noise, improved clarity, and a cleaner, more articulate presentation — all without choking the life out of your system.

Titan OCC Wiring. The Power Within.

As with the flagship, the HS-PWR Lite is internally wired with Titan OCC copper conductors, delivering low resistance, high purity, and optimal current transfer throughout the device.

Compact by Design. Colossal in Performance.

Lighter, leaner, but engineered with the same uncompromising philosophy, the HS-PWR Lite delivers a level of purity and silence that belies its size.
It brings Titan Audio’s cutting-edge grounding, isolation, and structural engineering to systems where space is limited — but performance is not.