Eaton Tripp Lite P568-100-HD 100ft 1080p HDMI Cable

The Eaton P568-100-HD is a robust 100-foot (30.5 meter) Standard Speed HDMI cable, engineered to deliver high-definition digital video and multi-channel audio over extended distances. This cable is an essential component for interconnecting digital display devices, such as HDTVs, plasma displays, LCD TVs, and projectors, with digital source devices like Blu-ray players, set-top boxes, and A/V receivers. Its design prioritizes signal integrity for reliable performance in various AV installations. Featuring 24 AWG heavy-gauge wire, the P568-100-HD is constructed to maintain full 1080p resolution, providing a clear and vibrant picture. It supports bandwidth capacities up to 10.2 Gbps, ensuring that high-speed data transmission for uncompressed video and multi-channel audio is handled efficiently. The cable incorporates premium double shielding and impedance-matched twisted-pair construction to significantly reduce crosstalk and electromagnetic/radio frequency interference (EMI/RFI), which is crucial for maintaining signal quality over its substantial length. Ideal for residential home theater setups, conference rooms, classrooms, or other commercial applications requiring long HDMI runs, this cable simplifies connections by carrying both audio and video signals in a single conduit. While designed for performance, for optimal signal strength and stability over 100 feet, particularly with 1080p signals, the use of an in-line HDMI signal booster is generally recommended to ensure a consistent, high-quality display without degradation. Gold-plated connectors further enhance optimal signal transfer and provide corrosion resistance, contributing to the cable's longevity and performance.

• Connects HDMI devices up to 100 feet for flexible placement.
• Delivers sharp 1080p video resolution and clear audio.
• 24 AWG wire gauge ensures reliable signal transmission.
• Gold-plated connectors optimize signal transfer and resist corrosion.
• Double-shielded construction minimizes external signal interference.