Black Box HDMI to DVI-D Adapter Female to Dual-Link Male

Overview

The Black Box FA795-R2 is an adapter designed to connect devices with HDMI outputs to displays or equipment that use dual-link DVI-D inputs. It enables seamless compatibility between modern HDMI sources and legacy DVI-D monitors or projectors, preserving high-definition video quality and supporting multichannel digital audio when available. This adapter is ideal for IT professionals, audiovisual installers, and home users who want to extend the life of their existing equipment without compromising signal integrity.

Key features

• Female HDMI connector to dual-link DVI-D male interface for versatile device compatibility
• Matched impedance design that maintains signal quality across the full HDMI bandwidth
• Supports high-definition video and multichannel digital audio for rich media experiences
• UL Listed to ensure compliance with recognized electrical safety standards
• Compact and durable housing built to withstand frequent insertions and removals in busy setups

Key specs

• Connector type: Female HDMI to dual-link DVI-D male
• Signal support: High-bandwidth video and multichannel digital audio
• Safety certification: UL Listed
• Design: Matched impedance for signal integrity
• Durability: Housing designed for repeated use and tight spaces

Connectivity and compatibility

This adapter bridges HDMI output devices such as game consoles, media players, and set-top boxes to dual-link DVI-D inputs found on monitors, projectors, and KVM switches. It supports a wide range of equipment commonly used in conference rooms, classrooms, and digital signage environments, making it a flexible solution for mixed-interface setups.

Ideal uses and environments

The FA795-R2 fits well in professional IT toolkits for quick workstation upgrades and audiovisual installations where HDMI and DVI-D devices coexist. It also serves home users who want to connect modern HDMI sources to older DVI-D displays, preserving investment in existing monitors while enjoying high-definition content without signal loss or latency.