ONT-Dp82d 4K DP Female to Female Converter

ONT-Dp82d 4K DP Female to Female Converter

The Onten ONT-Dp82d 4K DP Female to Female Converter (often referred to by similar model codes like DP-082) is a high-performance DisplayPort 1.4 female-to-female coupler designed to connect two DisplayPort cables to extend their reach or convert a male port into a female port.

• Resolution Support: According to Mustafacomputers, Onten ONT-Dp82d 4K DP Female to Female Converter supports ultra-high resolutions including 8K@60Hz, 4K@144Hz, and 4K@120Hz.
• Protocol: It is fully compliant with DisplayPort 1.4 standards, ensuring support for HDR, DSC (Display Stream Compression), and HBR3.
• Build Materials: The device typically features an aluminum alloy shell for improved heat dissipation and 24K gold-plated connectors to resist corrosion and ensure stable signal transmission.
• Compatibility: It works with standard DisplayPort devices such as PCs, monitors, and docking stations.
• Plug & Play: Reviewers and product descriptions emphasize that no drivers or additional software are required for operation.
• Signal Integrity: One user review of a similar DP 1.4 coupler noted that the internal shielding prevents signal degradation, maintaining sharp images with no color banding or ghosting.
• Port Protection: Using this adapter can help protect the built-in ports on your computer or monitor from the wear and tear of frequent plugging and unplugging.
• Extension Limit: For optimal performance and stable 8K signal transmission, it is generally recommended that the total combined length of the cables being extended should be kept relatively short, often suggested to be within 2 meters.
• Gaming: Ideal for high-refresh-rate gaming monitors (up to 240Hz at lower resolutions like 2K/1080P).
• Professional Work: Suitable for 8K video editing and professional AV setups where cable extension is necessary.
• Note on VR: Some similar adapters are explicitly listed as not compatible with VR headsets like the Oculus Rift S or Valve Index due to high bandwidth and latency requirements.