A: The WolfPack 1080p 18x30 HDMI Over IP Matrix Switcher is configured with 18 HDMI-to-IP transmitters and 30 HDMI-to-IP receivers. This configuration allows multiple 1080p sources to be routed across the network to the specified number of displays.

The system is designed for flexible source-to-display distribution, including routing any input to any output, sending one source to multiple outputs, or creating combinations of routes. The exact input and output count is defined by the 18x30 configuration.

A: The transmitter and receiver units can extend compatible 1080p video up to approximately 450 feet over CAT6/7 cabling. The network architecture carries the video through 1G Ethernet switching rather than requiring a dedicated long HDMI cable.

For installations covering multiple rooms or floors, compatible Ethernet switches can be cascaded, and fiber can be used between network locations where the network design supports it.

A: The system is designed around 1080p video distribution, with supported formats including common HD resolutions and 1080p frame rates up to 60Hz on compatible configurations.

The transmitter and receiver specifications also support lower HD and computer resolutions. The connected displays and source equipment should be checked for compatible EDID and resolution behavior.

A: Yes. The LAN-based matrix architecture allows any HDMI input to be routed to any output, or the same input to be sent to multiple outputs at the same time.

This routing flexibility makes the system suitable for installations where displays need to change sources without physically reconnecting HDMI cables. Routing can be managed through supported tablet and PC control interfaces.

A: Yes. The WolfPack system supports real-time source video preview on an iPad when the compatible Wi-Fi controller and app are used. The preview shows the source video so an operator can identify content before routing it to displays.

The iPad control workflow is intended for live source selection and display management. The tablet and wireless network components are part of the control architecture and are not the HDMI transport itself.

A: The system supports iPad and Android tablet control, along with Windows PC software on compatible configurations. The control interface can be used to select sources, route displays, and manage the matrix system.

The system also supports network-based configuration features for compatible transmitters and receivers. This provides a practical way to manage a large number of endpoints without manually changing cabling.

A: Yes. The WolfPack AV-over-IP platform supports video-wall processing, allowing multiple displays to be arranged as a larger visual canvas when the configuration and number of outputs support the required layout.

The platform supports flexible video-wall arrangements rather than limiting the installation to a single fixed display size. Video-wall resolution and layout should be planned around the connected displays and available outputs.

A: The WolfPack system uses PoE-enabled transmitters and receivers in the supported matrix architecture, allowing compatible network switches to provide power over Ethernet instead of requiring a separate AC adapter at every endpoint.

A managed Gigabit PoE Ethernet switch with appropriate capacity is recommended for a matrix installation. The switch should provide sufficient PoE budget for all connected transmitters and receivers.

A: The system is designed to operate through 1G Gigabit Ethernet switching. A managed IGMP-capable PoE Ethernet switch is used in the typical preconfigured matrix architecture to handle multicast AV traffic and endpoint power requirements.

VLAN capability can be used to isolate the AV traffic from other network traffic when the installation is integrated with an existing LAN. Larger systems can use additional cascaded switches and suitable fiber uplinks.

A: The primary specification is the 18x30 source-to-display capacity, with 18 source transmitters and 30 display receivers. Other key features include 1080p distribution, CAT6/7 extension up to about 450 feet, 1G networking, tablet/PC control, and real-time iPad preview.

The platform also supports flexible routing, video-wall applications, PoE endpoint operation, VLAN-capable network integration, separate audio functionality on supported endpoints, and scalable system designs.