HDMI cable 2.1 Ruipro 8K 10 m Fiber optic resistant to damage

Ruipro Introduces a revolutionary cable HDMI 2.1which was designed for demanding users who expect exceptional image and sound quality. Thanks to technology fiber and durable construction, this cable provides the highest performance by meeting the latest HDMI standards 2.1. It offers data transfer to speed to 48 Gbps, which allows you to display the image in the resolution 8k @ 60 and 4k @ 120What makes it an ideal solution for domestic cinema and professional video applications.

One of the most innovative aspects of this cable Detachable Connectors, i.e. detached tips that significantly simplify the installation. In the event of failure or damage to the tip, you have the ability to replace only a damaged element instead of replacing the entire cable. This type of solution is particularly important in installations that have been installed in walls where access to cables can be difficult. Ruipro It allows you to adapt cables in the future, which makes it a suitable solution for upcoming technological changes.

This cable, being fully fiber The solution also offers highly advanced protection against both electromagnetic interference and other forms of interference that may adversely affect the signal quality. Its construction of durable stainless steel provides protection against bending, stress and damage during everyday use. Thanks to this, you can be sure that the cable will keep its functionality for a long time, regardless of the conditions of use.

This element is characterized by ease of assembly thanks to its flexibility and thin structure. The use of Fiber optic wires Allows you to put a cable even to narrow space, which significantly facilitates the installation process. You can use a drag wire if necessary, and connect the tip in a convenient moment. Cable HDMI 2.1 Ruipro It works perfectly in various applications, including:

• Home cinema systems
• Conference rooms
• Technological installations
• Medical areas
• Wherever flexible wiring and no electromagnetic interference are required