Belkin High-Speed HDMI Cable with Ethernet 16.4 ft

Overview

The Belkin AV10050BT5M is a high-speed HDMI cable designed to transmit both video and audio signals through a single connection. Measuring 16.4 feet, it supports Full HD 1080p resolution, 3D content, and 4K Ultra HD signals, making it suitable for connecting devices like Blu-ray players, game consoles, streaming boxes, or laptops to HDTVs, 4K displays, or projectors. With a bandwidth of 15 Gbps, it ensures smooth frame rates and rich color reproduction for an enhanced viewing experience.

Key features

• Supports Full HD 1080p and 3D video formats for immersive entertainment
• Compatible with 4K Ultra HD displays to deliver sharp and detailed images
• 15 Gbps bandwidth provides the capacity needed for clear picture and sound quality
• Gold-plated connectors reduce signal loss and maintain connection quality over time
• Triple layer shielding minimizes electromagnetic interference from nearby devices
• Built-in HDMI Ethernet Channel allows network sharing between compatible devices without extra cables
• Audio Return Channel simplifies sending audio from your TV back to a receiver or soundbar
• Length of 16.4 feet accommodates setups where devices are placed across the room or inside cabinets

Key specs

• Length: 16.4 feet (5 meters)
• Bandwidth: 15 Gbps
• Supported resolutions: Full HD 1080p, 3D, 4K Ultra HD
• Connectors: Gold-plated HDMI
• Shielding: Triple layer for interference reduction
• Features: HDMI Ethernet Channel, Audio Return Channel

Connectivity and compatibility

This HDMI cable works well with a wide range of modern entertainment and office devices. It connects easily to Blu-ray players, gaming consoles, streaming devices, laptops, HDTVs, 4K monitors, and projectors. The integrated Ethernet channel supports network sharing between compatible components, reducing cable clutter and simplifying your setup.

Ideal uses and environments

The cable’s extended length and robust shielding make it a strong choice for home theaters, gaming setups, office presentations, and classrooms where devices may be positioned at a distance from displays. It fits well in environments that require reliable signal transmission over longer runs without compromising audio or video quality.