Tripp Lite 15ft Premium Hi-Speed HDMI Cable w Grip Connectors 4K@60Hz 15' - HDMI for Projector, Monitor, TV, Audio/Video Device, Home Theater System, iPad, A/V Receiver, Blu-ray Player - 2.25 GB/s - 15 ft - 1 x HDMI Male Digital Audio/Video - 1 x HD

Tripp Lite 15ft Premium Hi-Speed HDMI Cable w Grip Connectors 4K@60Hz 15' - HDMI for Projector, Monitor, TV, Audio/Video Device, Home Theater System, iPad, A/V Receiver, Blu-ray Player - 2.25 GB/s - 15 ft - 1 x HDMI Male Digital Audio/Video - 1 x HDMI Male Digital Audio/Video - Gold Plated, Gold-plated Contacts - Shielding - Black. The P569-015-CERT Premium High-Speed HDMI Cable with Ethernet (M/M) is recommended for home theater systems and other applications that display Ultra High Definition (UHD) video and multi-channel audio. It connects an HDMI-enabled source device, such as a Blu-ray player, video game system or computer, to a 4K-enabled television, monitor or projector.This 15-foot cable is specially certified by HDMI to guarantee UHD video resolutions up to 4096 x 2160 (4K x 2K), including 1080p, at 60 Hz. Burgundy molding signifies the cable's status as an HDMI Premium Certified Cable. Distinctive high-grip male connectors ensure a secure, tight fit to prevent the cable from coming loose accidentally.The P569-015-CERT also supports data transfer speeds up to 18 Gbps and 3D video. Backward compatible with previous HDMI generations, the P569-015-CERT works in all HDMI cabling scenarios.This latest generation HDMI cable supports Ethernet data connectivity, which allows web-capable devices to share their Internet connection with other connected devices. An audio return channel simplifies setups between displays and A/V receivers. When used with an Apple digital A/V adapter, it supports iPad2 video mirroring for playing games, watching videos or displaying presentations.The 28 AWG cable features premium foil and braid shielding to deliver top-of-the-line signal quality and protection from EMI/RFI interference. Gold-plated connectors and contacts ensure excellent conductivity.