Cabo adaptador HDMI InLine Type-A fêmea/fêmea com flange banhado a ouro 4K2K, 0,2 m

The InLine HDMI Adapter Cable Type A Female/Female with flange provides a compact in-line connection between two HDMI Type A male cables. It has gold-plated contacts for reliable signal transfer and corrosion resistance. With a 0.2 m length and black finish, the adapter is suitable for installations where space is limited and a short extension or pass-through is required. The adapter supports up to 4K2K resolution for high-quality video output.

Advantages

Gold-plated HDMI Type A female connectors improve contact quality and reduce signal loss. The flange design allows secure mounting or stable placement in a confined installation. Short 0.2 m length minimizes cable clutter while enabling inline coupling of HDMI cables. Support for 4K2K ensures compatibility with modern high-resolution displays.

Suitable for

• Connecting two HDMI Type A male cables in tight spaces
• Inline extension or pass-through behind displays or in AV cabinets
• Short coupling between source devices and displays where a brief adapter is needed

Key specifications

• Product: HDMI Adapter Cable Type A Female/Female w/Flange InLine 17600R
• Connectors: HDMI Type A (Standard) female — both ends
• Cable length: 0.2 m
• Supported resolution: up to 4K2K
• Contact plating: gold-plated
• Color: Black
• Brand: InLine
• MPN: 17600R
• EAN: 4043718198177

How to use

Align each HDMI Type A male connector with the corresponding female port on the adapter and insert firmly until fully seated. Use the flange to position or secure the adapter in the installation area if mounting or stabilizing is required. Verify connections on source and display devices and confirm video output resolution via the connected equipment settings.

Recommendations

Use this short InLine HDMI adapter for temporary or permanent inline connections where a direct cable-to-cable coupling is needed. Avoid excessive bending near the connector and ensure both HDMI cables are fully inserted to maintain signal integrity.