Kramer Electronics 97-01114065 Hdmi Cable 65 Feet

Product Description

The KRAMER ELECTRONICS 97-01114065 is an HDMI cable with Ethernet designed for home cinema installations. It carries high-definition audio and video signals between source components and displays while supporting the HDMI Ethernet Channel (HEC) for network data sharing over a single cable run. At 65 feet in length, it suits longer routing paths found in dedicated home theater rooms, media closets, and structured wiring setups. AV integrators and low-voltage technicians install this cable when a single run must handle both the AV signal and an active Ethernet connection without pulling a separate data cable.

This cable is suited for residential home cinema environments where source devices such as Blu-ray players, AV receivers, and streaming media players connect to flat-panel displays or projectors over longer distances. The 65-foot run length accommodates in-wall or in-ceiling routing from a centralized equipment rack to a display mounted across a room. It is sold as a single unit and is appropriate for any installation requiring a long HDMI cable with integrated Ethernet support.

Key Features

• HDMI with Ethernet Channel (HEC) support allows network data to share the cable with AV signals
• 65-foot length accommodates extended runs in home theater and structured wiring installations
• Single-cable solution reduces conduit congestion by combining AV and network connectivity
• Designed for home cinema signal distribution applications

Compatibility

Designed as a standard HDMI with Ethernet cable for use with any HEC-compatible source and display device in residential home cinema signal path applications.

Installation Notes

Low-voltage technicians and AV integrators typically handle installation of long HDMI cable runs. Power down all connected equipment before routing or terminating the cable. When routing through walls or ceilings, follow local building codes for low-voltage wiring, and use conduit where required. Avoid sharp bends and excessive coiling at either end to prevent signal degradation over the full cable length.