This active HDMI AOC hybrid fiber optic cable is ideal for transmitting uncompressed, high-bandwidth video and audio data over longer distances.
The hybrid construction of copper and fiber optic conductors excludes electromagnetic influences, ensuring loss-free transmission over the entire cable length with UHD resolutions of up to 4K / 60 Hz and bandwidths of up to 18 Gbps.
Due to the use of optical conductors (glass fiber), the diameter of this active cable is very small and is characterized by very small bending radii and a low weight.
The ideal use for home, meeting or conference rooms, as well as inside buildings are just some of the areas of application. The user-friendly installation is carried out by simply plug and play, plug it in and immediately enjoy the highest image quality.
Numerous standards are supported, such as HDMI 2.0b, HDCP 2.2 or HDR. In the audio area, ARC, DTS-HD Master Audio or Dolby TrueHD, as well as many other features are supported.

Highlights

• The active HDMI cable with AOC technology is based on a hybrid construction of copper < fiber optic cables
• Enables bandwidths of up to 18 Gbit/s with the full HDMI signal spectrum
• Thanks to the latest chip technology and no susceptibility to electromagnetic influences, the cable is ideal for home cinema, meeting < conference rooms or other video cabling
• Very small bending radius and low weight
• Installation via Plug < Play (automatic detection and configuration of hardware components)
• Supports, among other things: HDMI 2.0b, HDCP 2.2, HDR, ARC, DTS-HD Master Audio, CED, EDID, 21:8 Cinemascope, Dolby TrueHD, 32 channel audio
• Very good transmission of uncompressed audio and video content over longer distances

Product type

• Network cable
• ear category (ElektroG ): relevant, category 6: small IT and telecommunications devices, small IT and telecommunications devices B2C

Specifications

• Cable length: 20 m

Basic properties

• Color: Black

Scope of delivery

• DIGITUS HDMI AOC hybrid fiber optic cable, UHD 4K, Type-A St / St, 20 m