Product description: Akyga 8K optical AOC 48 Gb/s HDMI cable - 5 m - black - AK-HD-50L
The Akyga 5 m long HDMI cable (AOC) is an ideal solution for people looking for the highest quality HDMI connection. Thanks to advanced optical technology (AOC - Active Optical Cable), the cable ensures stable and fast signal transmission over long distances, eliminating interference and losses. Compatibility with the HDMI 2.1 standard allows you to use the latest features and technologies, such as dynamic HDR, eARC and VRR , which significantly improve the quality of the content you watch and your gaming experience. The cable supports signal transmission in 8K at 60 Hz and 4K at 120 Hz resolutions, making it an ideal choice for home theater enthusiasts, gamers and professionals requiring the highest image quality. With data transfer speeds of up to 48Gb/s , it ensures smooth and clear playback of even the most demanding content.
Akyga 8K optical AOC 48 Gb/s HDMI cable - 5 m - black - AK-HD-50L.
The cable supports signal transmission in 8K resolutions at 60 Hz and 4K at 120 Hz.
Akyga AK-HD-50L HDMI cable specifications
- Type: audio-video cable
- Model: AK-HD-50L
- Standard: HDMI 2.1
- Connector type 1: male (HDMI plug)
- Connector type 2: male (HDMI plug)
- Processing frequency: 4K 120 Hz / 8K 60 Hz
- Bandwidth: 48 Gbit/s
- Supported features: dynamic HDR, eARC, VRR
- Operating temperature: from 5°C to 50°C
- Material: optical fiber (AOC)
- Black colour
- Cable length: 5 m
- Product weight: 186 g
AOC optical technology
AOC (Active Optical Cable) optical technology is an advanced solution used in HDMI cables that significantly improves the quality of signal transmission over long distances. Thanks to the use of optical fibers, AOC cables eliminate electromagnetic interference and signal losses that may occur in traditional copper cables. This allows for reliable transmission of high-resolution signals without compromising image or sound quality. AOC technology is particularly useful in large home theater installations , conference rooms or professional studios, where long distances between devices may affect signal quality.
