ENET NSI Industries DisplayPort to HDMI Passive Adapter Cable – 10 ft, 4K, 28 AWG

DisplayPort Male to HDMI Male Passive Adapter Cable 10FT 28 AWG 4K 30Hz Black

The ENET NSI Industries DisplayPort to HDMI Passive Adapter Cable offers a reliable solution for connecting DisplayPort-enabled devices to HDMI displays. Designed for high-quality audio and video transmission, this cable ensures seamless performance during entertainment, presentations, or professional setups. Its robust construction and active features provide durability and ease of use, making it suitable for both home and office environments. The 10-foot length provides ample flexibility for various setups without compromising signal integrity. The cable supports up to 4K resolution at 30Hz, delivering sharp visuals and vibrant colors for a superior viewing experience. Its 28 AWG gauge enhances signal stability and reduces interference, ensuring consistent performance over extended use. Compatible with a wide range of devices, this cable is ideal for connecting computers, laptops, gaming consoles, and other multimedia devices to HDMI displays or projectors. The simple plug-and-play design eliminates the need for additional adapters or drivers, offering straightforward integration with your existing equipment. Whether for professional presentations or home theater systems, the ENET NSI Industries DisplayPort to HDMI cable combines practicality with dependable signal quality to meet diverse connectivity needs.

Features:

• Provides robust audio and video support for uninterrupted playback, combining durability with high-quality signal transmission

• Delivers DisplayPort to HDMI connector solution for seamless connectivity, enabling practical integration with diverse equipment

• Active feature designed for convenience and ease of use, ensuring smooth operation and improved functionality across supported devices

• Supports 4K resolution at 30Hz with a 28 AWG gauge for stable, high-quality signal transmission

• 10-foot length offers flexible setup options without compromising performance