Used WireWorld Supernova 7 Toslink Optical (STO) Digital Audio Cable, 1.6' (0.5m)

What’s the difference between a $20 and a $2000 cable? What is so mystical about them that creates so much discourse? Not much as much one may think, but those small differences, in the end, once multiplied, become very apparent. In the audiophile world, cables, arguably, are the most controversial subject. READ MORE

Enhance your audio experience with the Supernova 7 Toslink Optical (STO) Digital Audio Cable. This reference-quality optical digital cable is meticulously crafted with 338 Borosilicate glass fiber optic conductors, ensuring a superior level of audio transmission. The high-quality glass formulation coupled with micro-polished ends significantly improves clarity and dynamics, delivering an audio experience that will captivate even the most discerning listeners.

Contrary to popular belief, digital audio connections are just as sensitive to cable quality as their analog counterparts. Our extensive listening tests reveal that the audible losses of digital and analog cables are strikingly similar. Even Ethernet connections, while reliable for file saving, have been shown to compromise the fidelity of streamed music and video compared to a local file source.

At Wireworld, we've dedicated decades to research, testing, and development in our quest to create digital audio cables that minimize these losses. The result is the Supernova 7 Toslink Optical (STO) Digital Audio Cable, a product that provides substantial upgrades in musical realism and enjoyment. Regardless of your application or budget, our digital audio cables are designed to preserve the natural tone quality, spatial imaging, and dynamic excitement of live music.

This 1.6 ft (0.5m) male-to-male cable is perfect for connecting digital audio devices such as CD players, DVD players, and home theater systems. With its durable, stylish, and innovative design, the Supernova 7 Toslink Optical (STO) Digital Audio Cable is a reliable choice for high-quality digital audio transmission.