AUDIOQUEST Cinnamon Optical Cable

The Cinnamon Optical cable is an excellent choice for connecting soundbars, subwoofers, and a wide range of A/V components. Engineered with a highly polished, low-dispersion fiber of exceptional purity, the cable reduces timing errors, enhances signal bandwidth, and ensures precise audio reproduction for a more immersive listening experience.

Lowest-Dispersion, Highest-Purity Fiber Conductor

Optical fiber transmission faces a common challenge—dispersed light can still pass through a Toslink cable, but only after taking an indirect path, much like a pool ball bouncing off the rails. This delay causes portions of the signal to arrive late, making it harder for the receiving device to properly decode the information. As a result, bandwidth is reduced, and audio accuracy is compromised. By using a low-dispersion, high-purity fiber conductor, the Cinnamon Optical cable ensures cleaner signal transmission, preserving detail and clarity in every sound.

Finely Polished Optical Interface

The optical interface of the Cinnamon Optical cable is meticulously polished to ensure the highest level of signal clarity and precision. By refining the surface of the fiber, the cable reduces any irregularities that could disrupt the light signal as it travels through. This polished interface minimizes reflection and light scattering, resulting in a more stable and consistent transmission. The result is a smoother, more accurate signal path, leading to cleaner audio and improved overall performance in your sound system.

Low-Jitter

The Cinnamon Optical cable is designed to minimize jitter, ensuring that the digital signal remains as accurate as possible throughout its transmission. Jitter refers to small timing errors that can occur when the signal is transferred, which can distort the audio and cause a loss in detail. By reducing jitter, the Cinnamon Optical cable helps maintain a precise, stable signal from source to output, delivering cleaner sound with greater clarity and precision. This results in more accurate audio reproduction, free from timing inconsistencies.