A: The WolfPack 1080p 6x14 HDMI Over LAN Matrix Switcher distributes multiple 1080p HDMI sources to multiple displays through a Gigabit Ethernet network. HDMI-to-LAN transmitters and LAN-to-HDMI receivers allow sources and displays to be placed at flexible distances.

The 6x14 configuration provides 6 HDMI source inputs and 14 HDMI display outputs. It supports flexible routing, tablet and PC control, video-wall processing, and scalable network distribution for commercial AV, sports bars, clubs, and multi-room installations.

A: The 6x14 model provides 6 HDMI inputs and 14 HDMI outputs, allowing multiple sources to be distributed independently to a larger number of displays through the network.

The matrix supports any-input-to-any-output routing, the same input to multiple outputs, or combinations of sources and displays. This makes it useful when different TVs need different content at the same time.

A: The HDMI-over-LAN architecture can extend compatible 1080p signals up to approximately 450 feet over CAT6/7 cabling. Each transmitter and receiver connects to the Ethernet infrastructure, allowing source and display locations to be separated by long cable runs.

For reliable installations, suitable CAT6/7 cabling and an appropriate managed Gigabit PoE network switch should be used. The product family also supports network designs using copper and fiber Ethernet interfaces, providing flexibility for larger installations.

A: Yes. The WolfPack HDMI-over-LAN transmitter and receiver platform supports video resolutions up to 1920x1080p at 60 Hz, along with additional computer and video resolutions.

Supported formats include 1080p at 24, 25, 30, 50, and 60 Hz, along with 720p and various computer resolutions. The exact supported signal format should be matched to the connected source and display.

A: Yes. The matrix architecture supports any input to any output in any combination. An individual source can be sent to one display, several displays, or all available outputs depending on the required configuration.

Routing can be controlled from an iPad or Android tablet and through Windows software. Sources and displays can also be renamed, making larger installations easier for operators to manage.

A: Yes. The system supports wireless real-time source preview on an iPad. The operator can see live video from connected sources before selecting which source should be sent to a particular display.

The preview is intended to make source selection easier in installations with many receivers or channels. An iPad or Android tablet can be used as the control interface, with a Wi-Fi router required for wireless tablet control.

A: Yes. The WolfPack HDMI-over-LAN platform provides video-wall processing as well as standard matrix switching. Multiple displays can be configured as a coordinated video wall using the available outputs.

The system supports video-wall configurations based on the number of outputs, and the product family specifies support for video walls up to 7x7 in applicable configurations. This provides flexibility for commercial displays, sports venues, clubs, and other multi-screen environments.

A: Yes. The system is designed around a 1G Ethernet network and compatible PoE transmitters and receivers. PoE allows network cabling to provide power to endpoints in addition to carrying AV-over-IP traffic.

A managed Gigabit PoE Ethernet switch is recommended for stable operation. Larger systems can use scalable network architectures, and the Ethernet infrastructure can support copper CAT6/7 and fiber interfaces where required.

A: The standard product configuration is designed for low-latency AV distribution, with the product family specifying approximately 80 ms latency and seamless four-frame switching around 60 ms on applicable configurations.

The transmitter/receiver platform also provides selectable low-latency and high-quality operating modes on applicable models, with approximately 50 ms in low-latency mode and approximately 250 ms in high-quality mode. Actual performance depends on the selected mode and network environment.

A: The system supports iPad and Android tablet control, Windows software control, source/display renaming, EDID preset and learning, separate audio connections, DHCP plug-and-play operation, and web-based configuration on applicable transmitter/receiver versions.

It also supports VLAN-based AV traffic isolation, network switch cascading, scalable input/output expansion, and field upgrades on applicable configurations. HDMI-over-LAN endpoints support HDMI and HDCP specifications appropriate to the transmitter/receiver version, including HDMI 1.3/HDCP 1.4 or HDMI 2.0/HDCP 2.2 depending on the system version.