SUPRA ZAC Tos-Link (4.0m)
A Tos-Link cable that connects optical digital audio to your system—keeping it clear.
【SUPRA ZAC Tos-Link(4.0m)｜High-Quality Optical Digital Cable】
This is an optical digital cable suited for those who want to refine the digital connection of their car audio more carefully.
SUPRA ZAC Tos-Link(4.0m) supports 192kHz/24bit. By polishing the resin fiber into a specially curved shape, it achieves excellent transmission characteristics comparable to glass fiber, along with low jitter.
In systems that combine components such as digital processors and DSPs, it’s important to choose the cable not only for its quality, but also for its length and routing. Rather than simply replacing it, we will make proposals in a reasonable way while confirming your vehicle’s system configuration and connection method.
If you’re considering reviewing your optical digital connection, please tell us about your current system and how you’re using it. Let’s think together about the combination that best matches the direction of the sound.
■ Key Specifications
【General Information】
Product name：SUPRA ZAC Tos-Link(4.0m)
Manufacturer：SAEC
Type：Optical digital cable
【Compatibility / Specifications】
Compatibility：192kHz/24bit
Length：4.0m
Transmission method：Tos-Link
Material：Resin fiber
Feature：Low-jitter design
| Connector Type | Square Toslink (optical) connectors on both ends; the series also includes mini-optical connector variants |
| Core Material | Resin fiber core, custom-polished into a curved profile |
| Product Line | SUPRA ZAC series (ZAC Toslink / ZAC MinTos / ZAC Mini) |
| Transmission Spec | Supports high-resolution 24-bit/192kHz audio transmission with a low-jitter design |
| Noise Isolation | As an optical link it is immune to electrical noise interference and emits no noise of its own |
| Length Options | Offered in multiple lengths from about 0.15m up to 6m, sold as separate part numbers per length |
| Notable Feature | Built on the "Zero Attenuation Concept (ZAC)" for low signal loss and low jitter, delivering high signal-to-noise ratio and resolution |