Choose your Power Cable
RedCore Power Cable
Best for: amplifiers and power-hungry systems that thrive on speed, punch, and dynamics.
Designed for dynamic systems that demand speed and energy. RedCore delivers fast current response, strong dynamics, and an open, engaging presentation — ideal for amplifiers and power-hungry components.
RedCore NoiseBlock Power Cable
Best for: electrically noisy rooms, complex setups, and systems that benefit from a lower noise floor.
Built on the RedCore architecture and enhanced with an integrated NoiseBlock module, this version actively captures and dissipates electromagnetic interference and static energy before it reaches your system. The result is a lower noise floor, improved clarity, and greater control — ideal for sensitive or electrically noisy environments.
GoldCore Power Cable
Best for: DACs, streamers, and revealing systems where tone, texture, and refinement matter most.
Focused on refinement and balance. GoldCore offers a smooth, natural tonal character with improved harmonic richness and control, making it a perfect match for DACs, streamers, and reference systems.
BlackCore Power Cable
Best for: reference systems chasing maximum silence, focus, and bass control.
Engineered for silence and control. BlackCore prioritizes noise rejection, ultra-low inductance and capacitance, and vibration damping to deliver the lowest noise floor, tighter bass, and a more focused soundstage.
CryoCore Silver Power Cable
Best for: reference systems where electromagnetic behavior, interface stability, and low-level system resolution are already limiting variables.
Built around counter-braided silver-plated OCC conductors and solid silver cryogenically treated connectors, CryoCore Silver is designed to control the electrical conditions under which components operate. Its geometry prioritizes electromagnetic field behavior rather than current capacity alone, making it particularly relevant in highly resolving systems where power-related interference, contact stability, and low-level masking become increasingly significant.