
| Brand | TRIBUTARIES |
|---|---|
| Manufacturer Part Number | 4AO-020D |
| Type | HOME WIRING AUDIO CABLES |
| Bullet Point1 | MACHINE POLISHED CONVEX LENSES |
| Bullet Point2 | 1MM SINGLE-CORE PLASTIC OPTICAL FIBER |
| Bullet Point3 | HIGHLY REFLECTIVE POLYETHYLENE CLADDING |
| Bullet Point4 | TOSLINK SJ15 CONNECTOR WITH MOLDED COVER |
| Bullet Point5 | DECORATIVE WOVEN JACKET OVER HIGHLY FLEXIBLE BLACK PVC JACKET |
| UPC | 805696014870 |
The Tributaries 4AO-020D 2-meter TOSLINK Fiber Optic Digital Audio Cable is a high-performance, optical digital audio interconnect designed to deliver pristine, uncompressed audio signals between AV components. This 2-meter (6.6 ft) cable employs TOSLINK technology, ensuring reliable data transmission and maintaining the integrity of the audio signals during transmission. With a fiber optic design, it is ideal for long-distance runs where traditional coaxial or twisted-pair copper cables may experience signal degradation.
The 4AO-020D features a durable, lightweight design, made possible by its TPE jacket that protects the inner conducting fibers from potential damage. The optical fibers themselves are composed of 100% pure silica, ensuring maximum signal clarity and uncompromised sound quality. A precision-molded stainless steel connector at each end ensures a secure and stable connection to AV components, and the gold-plated phosphor-bronze TOSLINK plug contacts provide excellent conductivity and corrosion resistance.
The Tributaries 4AO-020D fiber optic cable is compatible with various audio applications, including digital audio sources and sinks, such as Blu-ray players, digital TVs, CD players, and digital soundbars, as well as Dolby Digital and DTS surround sound decoding. The cable is also capable of transmitting high-resolution audio formats, such as Dolby TrueHD, DTS-HD Master Audio, and MLP (Multiple Lossless Packet Audio). With its high bandwidth capacity, low jitter, and minimal signal loss, the Tributaries 4AO-020D 2-meter TOSLINK Fiber Optic Digital Audio Cable is an excellent choice for audiophiles seeking exceptional sound quality and a long-lasting, reliable connection.
The Tributaries 4AO-020D 2-meter Toslink fiber optic cable is designed for audio transmissions between components, promising minimal signal loss and superior sound quality through fiber optic technology. In this analysis, we will discuss the advantages and disadvantages of using this cable, ultimately providing a recommendation.
Pros:1. Superior Signal Transmission: Toslink fiber optic cables employ light signals instead of electrical connections for data transmission. As a result, there is no potential for electrical interference, ensuring exceptionally clear audio quality.
2. Minimal Signal Loss: The light signals in fiber optic cables experience significantly less signal loss compared to traditional analog cables, granting uninterrupted transmission when extended lengths are involved.
3. Reduced Electromagnetic Interference (EMI) and Radio-Frequency Interference (RFI): Fiber optic cables are immune to electromagnetic and radio-frequency interference, which dramatically decreases the likelihood of experiencing any disruption in the quality of the sound transmission.
4. Durability: Fiber optic cables are less susceptible to damage due to their robust design and the inherent solidity of fiber material.
5. Increased Compatibility: Toslink fiber optic cables can function as both digital audio and S/PDIF (Sony/Philips Digital Interface Format) cables, providing adaptability across different devices and systems.
Cons:1. Cost: Fiber optic cables tend to be more expensive than standard analog cables due to the advanced technology involved in their design and manufacturing.
2. Installation Complexity: Since fiber optic cables require a dedicated fiber optical to electrical converter, the installation process can be more intricate and may necessitate the assistance of a professional or increased user competence.
3. Lack of Standards Compliance: Unlike traditional digital optical cables which comply with S/PDIF standards, fiber optic cables are not as universally compatible. Still, it's essential to verify compatibility between devices before making a purchase.
4. Limited Distance Capabilities: Although fiber optic cables offer less signal loss, they do not support the same distance capabilities as analog cables. Instead, they may require the use of repeaters to expand transmission ranges.
Recommendation:The Tributaries 4AO-020D 2-meter Toslink fiber optic cable is a sound investment for individuals who prioritize unparalleled signal transmission, excellent immunity to electromagnetic and radio-frequency interference, and potential cable durability. The primary drawbacks of increased cost, installation complexity, and limited compatibility primarily concern users who may not require the specific benefits offered by a fiber optic cable. Therefore, the recommendation comes down to the individual's personal preferences and priorities:
1. If you demand reliable connectivity and audio quality over extended distances while minimizing susceptibility to interference and signal loss, the Tributaries 4AO-020D Toslink fiber optic cable is likely the ideal solution.
2. If you work with a limited budget, traditional digital optical or S/PDIF cables may be more suitable.
3. Consider the system's compatibility with the cable, as well as the transmission length and complexity involved in installation.
4. Keep in mind the added benefits of fiber optic technology, such as improved durability and overall signal quality, before making a choice.
The constant thickness improves losses due to attenuation. Tributaries 4AO-020D 2 meter series 4 toslink fiber optic cable, cables are single mode plastic optical fiber made from 1mm crystal-clear cores surrounded by a highly reflective cladding and protective jacket. This procedure ensures less than 0.1db loss at each termination. The cladding and jacket are applied in concentric layers during the drawing process to prevent damage fiber that may occur a 2 step.
The 4ao has highly polished termination ends that resemble the convex look of a camera lens to ensure maximum signal transfer.
