Binary B4-HD2-2-20BOX High Speed Hdmi Cable 6.5 Feet

Product Description

The BINARY B4-HD2-2-20BOX is a high speed HDMI cable measuring 6.5 feet (2 meters) in length. It is designed to carry high-definition audio and video signals between source devices and displays in residential and light commercial AV installations. HDMI cables of this type support digital signal transmission for applications including televisions, projectors, receivers, and media players. Installation is typically performed by AV integrators, low-voltage technicians, or experienced trade professionals. The B4-HD2-2-20BOX ships as a single unit and is suitable for in-wall or exposed routing depending on the installation environment.

This cable is intended for use in structured wiring installations, home theater setups, and commercial display applications where a reliable HDMI connection is required over a short to medium run. At 6.5 feet, it suits equipment rack connections, wall-mounted display drops, and equipment shelf routing. The high speed designation indicates support for higher bandwidth signal requirements common in modern AV systems.

Key Features

• High speed HDMI specification for increased bandwidth support
• 6.5 foot (2 meter) cable length suits rack and display installations
• Single-unit packaging for individual installation needs
• Designed for residential and light commercial AV environments

Compatibility

Designed as an HDMI cable replacement or new installation component compatible with any device featuring a standard HDMI port, including televisions, AV receivers, Blu-ray players, projectors, and similar equipment.

Installation Notes

Installation is typically performed by low-voltage AV technicians or licensed electricians where local codes require it. Power down all connected equipment before making or breaking HDMI connections to avoid signal board damage. For in-wall routing, verify local building and fire codes regarding cable plenum or riser ratings before installation. Avoid sharp bends or pinching the cable during routing to maintain signal integrity.