In today's digital age, the quality of your audio experience hinges not just on your devices but also on the cables connecting them. The AudioQuest Cinnamon USB-C to USB-C cable is meticulously designed to ensure that your digital audio signals are transmitted with utmost fidelity, allowing you to immerse yourself fully in your favorite music or media.
Premium Silver-Plated Conductors for Superior Sound
At the heart of the Cinnamon cable are its 1.25% silver-plated semi-solid concentric conductors. This design significantly reduces strand-interaction distortion and jitter, common culprits that can degrade audio quality. By minimizing these distortions, the cable ensures a clearer and more accurate sound reproduction, closely emulating the performance of a solid silver cable but at a more accessible price point.
Advanced Noise-Dissipation for a Pure Signal
In our interconnected world, electronic noise is an ever-present challenge. The Cinnamon cable addresses this with its metal-layer noise-dissipation system, effectively shielding against radio-frequency interference (RFI). This technology absorbs and reflects most RFI before it reaches the ground plane, preserving the integrity of your audio signal and ensuring a pristine listening experience.
Hard-Cell Foam Insulation Maintains Signal Integrity
The cable's hard-cell foam insulation is engineered to maintain critical signal-pair geometry. By minimizing energy absorption, this insulation reduces distortion, resulting in clearer and more detailed sound. The high air content within the foam further enhances its effectiveness, ensuring that your audio signals remain true to the source.
Direction-Controlled Conductors for Optimal Performance
Every conductor in the Cinnamon cable is carefully controlled for RF-noise directionality. This means that induced noise is efficiently dissipated and drained, preventing it from interfering with your audio signal. Such meticulous engineering ensures that you experience the highest quality sound possible, free from unwanted noise and distortions.
