AudioQuest Vodka 48 8K-10K 48Gbps HDMI cable combines superior materials and thoughtful design to produce a deeply immersive entertainment experience. Meticulously designed for enhanced sound quality and outstanding overall performance, Vodka 48 features 10% Silver-Plated Copper conductors with AudioQuest’s Level-3 Noise Dissipation technology: a high-loss carbon layer, sandwiched between layers of metal around the 4 FRL + eARC pairs, further enhances noise-dissipation. Of course, all AudioQuest 48G HDMI cables can transfer up to professional 10K Ultra HD video, support Dynamic HDR, and have the conductors and bandwidth required for eARC’s enhanced sonic capabilities. Taking performance even further, all 19 conductors, comprising A/V and eARC signals, all Ground-Reference drains, and control and power conductors, are properly controlled for the most efficient dissipation of Radio-Frequency Noise. 8K-10K: AudioQuest Vodka 48 HDMI cables can transfer up to professional 10K Ultra HD video. The incredible 48Gbps data rate is made possible by four balanced audio/video pairs each capable of 12Gbps, enabling a surprisingly stronger audio/video experience. 4K Performance: In addition to enabling the 48Gbps data rate, the improved materials and design of AudioQuest Vodka 48 HDMI cables significantly benefit the overall performance of your 4K system. All AudioQuest HDMI cables are completely backwards compatible with existing 4K devices. Gaming: Supports enhanced gaming features (4K120, VRR, ALLM, QFT) for optimal performance from Sony Playstation 5 (PS5), Microsoft Xbox Series X, Gaming PCs, etc. 10% Silver Conductors: AudioQuest Vodka 48 HDMI cables use solid conductors to defeat both electrical and magnetic strand-to-strand interaction. Increasing thicknesses of Silver-Plating, culminating in 100% Solid Perfect-Surface Silver (PSS), are used to further improve noise dissipation. Noise-Dissipation (Level 3): In addition to all 19 HDMI conductors being Direction-Controlled to reduce RF Noise, AudioQuest Vodka 48 HDMI cables feature a high-loss carbon layer sandwiched between layers of metal around the 4 FRL + eARC pairs to further enhance noise-dissipation.
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