AudioQuest Pearl 48 2.1 HDMI Cable - 8K/10K Ultra HD, Gaming, High-Speed, 48Gbps, HDR, eARC
AudioQuest Pearl 48 2.1 HDMI Cable - 8K/10K Ultra HD, Gaming, High-Speed, 48Gbps, HDR, eARC
With 48Gbps, UHD, HDR & eARC
Pearl 48 features high-purity Long-Grain Copper conductors and Level 1 Noise-Dissipation for the most efficient dissipation of radio-frequency noise.
AudioQuest Pearl 48 8K-10K 48Gbps HDMI cable combines superior materials and superior design to produce a superior entertainment experience. Featuring solid Long-Grain Copper conductors with AudioQuest’s Level-1 Noise Dissipation, Pearl 48 is meticulously designed for enhanced sound quality and outstanding overall performance. Of course, all AudioQuest 48Gbps 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.
Original: $49.95
-65%$49.95
$17.48
Description
With 48Gbps, UHD, HDR & eARC
Pearl 48 features high-purity Long-Grain Copper conductors and Level 1 Noise-Dissipation for the most efficient dissipation of radio-frequency noise.
AudioQuest Pearl 48 8K-10K 48Gbps HDMI cable combines superior materials and superior design to produce a superior entertainment experience. Featuring solid Long-Grain Copper conductors with AudioQuest’s Level-1 Noise Dissipation, Pearl 48 is meticulously designed for enhanced sound quality and outstanding overall performance. Of course, all AudioQuest 48Gbps 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.
