Cable HDMI PureLink FI-H100-020 2m conector macho HDMI Type-A 48 Gbit/s

The PureLink FI-H100-020 is a 2 m Ultra High Speed HDMI 2.1 cable with HDMI Type A male connectors on both ends. Pre-assembled with a blue strain relief and a compact, flexible design, this cable supports up to 48 Gbit/s bandwidth and resolutions up to 8K UltraHD-2 at 60 Hz. It is intended for professional AV and IT environments where reliable high-resolution audio and video transmission is required.

Advantages

This HDMI cable combines an ultra-flexible compact construction with SLS technology for easier installation in tight spaces and a secure connection. High-purity copper conductors and graphene nano-shielding reduce interference and support consistent signal transmission. HDMI-A to HDMI-A connectors with copper-plated contacts minimise signal loss and provide stable plug-and-play performance.

Suitable for

• Professional AV installations (switchers, matrixes, video walls)
• High-resolution displays and 8K-capable sources
• Workstations and IT systems that require reliable HDMI connectivity
• Home cinema systems requiring HDMI 2.1 bandwidth

Key specifications

• Model: PureLink FI-H100-020
• Cable length: 2 m
• Connector type: HDMI Type A male — HDMI Type A male
• HDMI version: 2.1
• Bandwidth: 48 Gbit/s
• Maximum resolution: up to 8K UltraHD-2 @ 60 Hz
• Colours: Black cable with blue strain relief

How to use

Connect one HDMI Type A male end to the source device (such as a media player, PC or AV matrix) and the other end to the display or sink device. Ensure connectors are fully inserted until a secure fit is felt. For best results use direct connections or certified distribution hardware that supports HDMI 2.1 and the required bandwidth. Avoid tight bends near connectors and allow slack to prevent strain on the cable and connectors.

Recommendations

For optimal performance, use this cable with HDMI 2.1 compatible devices and ensure source and display firmware support the intended resolution and refresh rate. Avoid running the cable parallel to strong EM sources and maintain gentle bend radii to preserve shielding and conductor integrity.