Kramer Electronics 99-9797011 Hdmi F to F Adapter

Product Description

The KRAMER ELECTRONICS 99-9797011 is an HDMI female-to-female coupler adapter designed to join two HDMI cables end-to-end. This passive inline connector allows AV installers and technicians to extend an existing HDMI cable run by bridging two male-terminated cables without the need for an active signal device. It functions as a straightforward mechanical pass-through, maintaining the standard 19-pin HDMI connection on both sides. AV integrators, low-voltage technicians, and system installers use this type of adapter during rack builds, wall-plate terminations, and temporary signal routing tasks where a direct cable-to-cable connection is required.

This adapter is suited for residential and light commercial AV signal processing installations. It fits naturally into home theater setups, conference room AV racks, and digital signage runs where two HDMI cable segments must be joined inline. The unit ships individually and is categorized as an AV signal processing accessory, making it a practical addition to an installer's service kit for on-site cable management and troubleshooting.

Key Features

• Female-to-female HDMI coupler joins two HDMI male cable ends inline
• Passive design requires no external power source
• Standard 19-pin HDMI connector interface on both sides
• Compact form factor suited for rack, wall-plate, and field use
• Sold individually for single-unit replacement or supplemental stocking

Compatibility

Designed as a standard HDMI female-to-female coupler compatible with any male-terminated HDMI cable conforming to the standard 19-pin HDMI connector specification.

Installation Notes

Installation is performed by low-voltage AV technicians and does not require special tools beyond basic hand tools for cable management. Ensure both HDMI cable ends are free of debris and undamaged before seating them into the adapter. Avoid excessive lateral stress on the connector body when routing cables through tight conduit or wall cavities, as mechanical stress can degrade contact integrity over time.