StarTech.com 16 ft CL3 Rated HDMI Cable with Ethernet - In-Wall High Speed HDMI 1.4 for 4K UHD Devices

StarTech.com 16 ft CL3 Rated HDMI Cable w/ Ethernet, In Wall Rated HDMI Cable, 4K 30Hz UHD HDMI Cord, HDMI 1.4 Video/Display Cable, White

The StarTech.com HD3MM5MW 16 ft high-speed HDMI cable is designed for reliable, high-quality connections between a variety of digital devices such as Blu-ray players, HDTVs, DVD players, and projectors. Its CL3 in-wall rating ensures safety and compliance for in-wall installations, making it an ideal choice for home theater setups and custom installations. Featuring two gold-plated HDMI male connectors, this cable guarantees a durable, corrosion-resistant connection that maintains signal integrity over long distances. The cable supports resolutions up to 4K x 2K at 30Hz and bandwidths of 10.2 Gbit/s, enabling crisp, detailed images with vibrant colors and smooth motion, suitable for modern high-definition entertainment systems. The cable's construction includes high-quality materials such as PVC jacket and shielding to minimize interference, ensuring consistent performance. This HDMI cable also supports HDCP 1.4 for secure content transmission, making it compatible with a wide range of digital media sources and displays. Whether for home theater, digital signage, or professional AV setups, this cable provides a dependable, future-proof solution for high-resolution video and multi-channel audio transmission. The white color and sturdy build make it discreet and durable for long-term use, backed by StarTech.com's lifetime warranty for peace of mind. Designed and manufactured in China, this cable combines performance, safety, and reliability for professional and personal AV applications alike.

Features:

• 2x HDMI Male Connectors for versatile device connectivity

• CL3 cable rating suitable for in-wall installations

• Supports Ultra HD resolutions up to 4K x 2K at 30Hz

• Gold-plated HDMI connectors for corrosion resistance and optimal signal quality

• High-quality construction with shielding to prevent interference