AudioQuest Vodka Optical Cable

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Please Call or Email us to place your orders! AudioQuest Vodka Optical Cable at Vinyl Sound Toronto Canada The Vodka Optical is a Toslink S/PDIF fiber-optic digital audio cable fro m AudioQuest (San Luis Obispo, California, USA), available at Vinyl Sound in Toronto, Canada. Positioned well above the Pearl Optical and Cinnamon Optical in AudioQuest's OptiLink range, the Vodka Optical is built around a bundle of 217 narrow-aperture, highest-purity synthetic fibers, a significantly more sophisticated fiber construction than the basic multi-fiber bundles used in lower-tier optical cables. Each of the 217 fibers is precision-engineered to accept light only within a tightly controlled range of input angles, a narrow-aperture design that dramatically reduces light dispersion across time and is the primary mechanism through which the Vodka Optical achieves its low-jitter performance. Precision-polished fiber end-faces at both connectors and brass ferrule reinforcement at each Toslink plug ensure optimal light transmission and a snug, secure connection. A 3.5mm Mini-Toslink adaptor is included. PS Audio selected the Vodka Optical as their reference cable pairing for the PerfectWave Series, describing it as "a revolution in fiber optic cable design" that offers "surprising transient performance and excellent dynamic gradations" compared to standard Toslink cables and even similarly priced coaxial digital cables. 217 Narrow-Aperture Synthetic Fibers: The Physics of Dispersion Reduction In any Toslink system, the LED light source sprays light into the 1.0mm fiber bundle at many different angles. Light rays entering at steeper angles travel a longer path through the cable, arriving at the receiving end later than those that traveled straight. This spread of arrival times is called dispersion, and it produces jitter in the digital audio signal at the far end. Jitter is a timing error in the decoded data stream that forces the receiving clock recovery circuit to work harder and introduces distortion into the final analog output. AudioQuest addresses the dispersion problem in the Vodka Optical through two simultaneous mechanisms. The first is fiber material: the 217 individual synthetic fibers are made from highest-purity polymer materials that minimize scattering caused by internal imperfections and impurities, meaning less light is deflected onto longer paths within each fiber. The second, and more powerful mechanism, is the narrow-aperture design. Because each of the 217 fibers is very small relative to the overall 1.0mm bundle diameter, each individual fiber accepts light only within a narrow range of entry angles, precisely analogous to the way a pinhole camera forms a sharp image without a lens by admitting light from only a restricted angular range. Light entering at steep angles is rejected at the fiber entrance rather than traveling a long, dispersive path through the cable. The result is that the light emerging at the far end arrives within a far smaller time-envelope than in a standard multi-fiber or single-fiber cable, producing measurably lower jitter and correspondingly lower distortion in the decoded audio signal. Precision-Polished Fiber Ends and Brass Ferrule Connectors The optical interface at each connector end is a critical factor in Toslink performance, separate from the quality of the fiber itself. Roughness or imperfection at the fiber end-face scatters light at the entry and exit points of the cable, adding dispersion and signal loss before the light has even traveled through the fiber bundle. AudioQuest polishes the fiber ends of the Vodka Optical to a high-precision standard, producing a smooth, flat end-face that maximizes light throughput at both connectors and minimizes the scattering that contributes to jitter at the interface. Both Toslink connectors are reinforced with a brass ferrule, a precision metal sleeve that holds the fiber bundle in precise alignment with the optical port of the connected device and provides a snug, secure mechanical fit that standard plastic-only connectors cannot match. The connector is shaped for single-orientation insertion, ensuring correct optical alignment every time. Clear protective caps on each connector should be removed before use. Key Features 217 Narrow-Aperture Highest-Purity Synthetic Fibers: A bundle of 217 individually narrow-aperture polymer fibers, each of which accepts light only within a tightly controlled angular range, rejecting steep-angle rays that would travel longer dispersive paths and arrive late. Dramatically reduces light dispersion and timing jitter compared to basic multi-fiber bundles and single-fiber optical cables. Low-Jitter Performance: The combination of 217 narrow-aperture fibers and precision-polished end-faces minimizes the timing spread of light arriving at the receiving decoder, reducing digital timing errors and the distortion they produce in the converted analog audio output. Precision-Polished Fiber End-Faces: High-precision polishing of the fiber bundle at each connector end produces a flat, smooth optical interface that maximizes light throughput and minimizes scattering-induced jitter at the entry and exit points of the cable. Brass Ferrule Toslink Connectors: Metal ferrule reinforcement at each connector holds the fiber bundle in precise optical alignment with the connected device's port, providing a snug and secure mechanical fit superior to standard plastic-shell connectors. 3.5mm Mini-Toslink Adaptor Included: Allows connection to Mac laptops, portable audio devices, and components with a 3.5mm optical output without a separate purchase. Black and Blue Nylon Braid Jacket: Flexible, durable nylon braid jacket with a black and blue finish provides practical flexibility for cable routing. S/PDIF Optical Signal, Inherent EMI/RFI Immunity: Carries the S/PDIF digital audio standard as pulses of light, inherently immune to electromagnetic and radio-frequency interference from nearby cables, power supplies, and wireless devices. PS Audio PerfectWave Series Reference Cable: Selected by PS Audio as the Toslink cable for their PerfectWave Series digital products. Technical Specifications Signal Type Digital S/PDIF optical (Toslink / EIA-J) Fiber Type 217 narrow-aperture highest-purity synthetic fibers Fiber Bundle Diameter 1.0mm Connectors Toslink (full-size) on each end, brass ferrule reinforced Included Adaptor 3.5mm Mini-Toslink Optical Interface Precision-polished fiber end-faces Jitter Low (minimized by 217 narrow-aperture fiber design and polished interface) Jacket Material Black and blue flexible nylon braid Audio Formats Supported Stereo PCM, Dolby Digital 5.1, DTS EMI/RFI Immunity Inherent (light-based signal transmission) Compatible Devices TVs, AV receivers, soundbars, subwoofers, CD players, DACs, streamers, game consoles, computers Frequently Asked Questions What is the AudioQuest Vodka Optical cable? The AudioQuest Vodka Optical is a Toslink S/PDIF fiber-optic digital audio cable built around a bundle of 217 narrow-aperture, highest-purity synthetic fibers within a 1.0mm diameter. The narrow-aperture design of each individual fiber restricts the range of light entry angles, rejecting steep-angle rays that would produce dispersion and timing errors, dramatically reducing jitter compared to basic multi-fiber optical cables. Precision-polished fiber end-faces and brass ferrule Toslink connectors complete the design. A 3.5mm Mini-Toslink adaptor is included. It is available at Vinyl Sound in Toronto, Canada, and was selected by PS Audio as the reference optical cable for their PerfectWave Series. How does the AudioQuest Vodka Optical compare to the Pearl Optical, Cinnamon Optical, or a standard Toslink cable? The primary differentiator across AudioQuest's optical cable lineup is the fiber construction. The Pearl Optical uses a basic multi-fiber polymer bundle that reduces dispersion compared to a single-fiber cable. The Cinnamon Optical refines this with higher-purity fiber materials. The Vodka Optical advances further with 217 individually narrow-aperture synthetic fibers, each of which mechanically restricts the angular range of accepted light to a tighter window than lower-tier models, producing a correspondingly greater reduction in light dispersion and jitter. Upscale Audio's review found the Vodka "even outperforms similarly priced coaxial digital cables, with a smoother, more natural tonal palette and surprisingly deep black background." The Audio Tailor described it as delivering "drastically reduced jitter for a coherent, lifelike signal transfer." What is light dispersion in a Toslink cable and why does it cause jitter? Light dispersion in a Toslink cable is the spreading of light rays arriving at the far end of the fiber bundle across a range of arrival times, rather than arriving simultaneously. This happens because the LED light source in a Toslink system sprays light into the fiber bundle at many different angles. Light entering at a steep angle must travel a longer, bouncing path through the fiber and arrives later than light that entered nearly parallel to the fiber axis. When this spread of arrival times is wide, the receiving decoder sees signal edges that are blurred in time rather than sharply defined. The clock recovery circuit in the decoder must extrapolate the correct timing from these blurred edges, and any error it introduces becomes jitter, which manifests as distortion in the decoded analog audio output. The AudioQuest Vodka Optical's 217 narrow-aperture fibers reduce this spread by rejecting steep-angle light at the fiber entrance, so the light that does enter the bundle travels within a much smaller range of path lengths and arrives within a far tighter time-envelope. Can the AudioQuest Vodka Optical carry Dolby Atmos or DTS:X? No. The Toslink S/PDIF standard has a fixed bandwidth ceiling that does not support Dolby Atmos, DTS:X, or lossless formats such as Dolby TrueHD and DTS-HD Master Audio. Toslink is limited to stereo PCM, Dolby Digital 5.1, and DTS 5.1. For lossless multi-channel audio, an HDMI eARC connection is required. The Vodka Optical is the optimal Toslink cable for applications where a Toslink connection is the available or preferred interface, delivering the lowest possible jitter within the S/PDIF optical standard's capabilities. What is the brass ferrule on the Vodka Optical's connectors and why does it matter? The brass ferrule is a precision metal sleeve that reinforces the Toslink connector body and holds the fiber bundle in exact alignment with the optical port of the connected device. Standard Toslink connectors use plastic shells that provide less precise alignment and a less secure mechanical fit. The brass ferrule of the Vodka Optical ensures that the polished fiber end-face is consistently and accurately positioned at the optical interface of the connected component, maximizing light throughput and preventing the misalignment losses that degrade performance in plastic-shelled connectors. It also contributes to a snug, secure physical connection that resists movement and vibration. Where can I buy the AudioQuest Vodka Optical cable in Toronto or Canada? The AudioQuest Vodka Optical is available in Toronto, Canada at Vinyl Sound, an authorized AudioQuest dealer. You can purchase it in store or through the Vinyl Sound online store at vinylsound.ca, with shipping available across Canada. What devices is the AudioQuest Vodka Optical compatible with? The Vodka Optical connects any device with a standard Toslink optical output or input, including televisions, AV receivers, soundbars, powered subwoofers, CD players, DACs, network streamers, Blu-ray players, Sony PlayStation and Microsoft Xbox game consoles, and Mac computers using the included 3.5mm Mini-Toslink adaptor. It carries S/PDIF digital audio, so any component with a Toslink port that outputs or receives S/PDIF is compatible. Show more