bridgee Mark Series HDMIv2.1 Fiber Optic Cable

The bridgee Mark series HDMI v2.1 optical fiber cable is the first high-precision 8K HDMI optical fiber cable that has been specifically designed to fulfill the requirements of audiophile equipment and produce higher sound and picture quality when measured.
An 8K cable officially recognized by the HDMI Association is the bridgee Mark series. It supports 8K 60Hz transmissions, has a 48Gbps bandwidth, and is ARC/eARC compliant. To ensure stutter-free transmission, the product complies with the HDMI2.1 protocol specification, supports up to 10K resolution and image quality, and can support future 8K/60Hz and 4K/120Hz applications.
Every frame of video in the Mark series is guaranteed to have the best details, contrast, wide color gamut, color depth, and brightness. The bridgee Mark series provides 48Gbps bandwidth and can carry uncompressed dynamic HDR 8K video transmissions. Both Dolby Atmos and DTSX surround sound are supported by the product. Moreover, it is backwards compatible with HDMI2.0/1.4 and may be used with any old HDMI-enabled device.
The cable supports Variable Refresh Rate (VRR), which lessens or eliminates video lag and quality tearing in games and action movies. reduces latency in interactive VR applications by supporting Quick Frame Transfer (QFT).
All of the components used in the bridgee Mark series are imported, and even little ones like resistors are carefully inspected before being used, greatly enhancing the photoelectric conversion engine's operational precision. To provide 30-meter lossless signal transmission, it uses a hybrid technique that combines four-core OM3 optical fiber with silver-plated OFC copper wire. For the highest electrical conductivity at the connection, the headers use 24K 30u thick gold-plated copper connectors. Advanced welding and noise-reduction techniques are used throughout the cable to ensure a precise connection from start to finish. Aluminum foil is used as a shield to protect the cable from EMI and improve sound quality.
Heat is easily dissipated and the interference from the surrounding radiation is easily reflected by the sleek metal casing. Wire body knotting is prevented by a layer of wear-resistant nylon braiding, which also makes wiring storage simpler.