The IBT Series AV Distribution Solution consists of two transceiver devices, IBT-1-BX (box) and IBT-1-WP1 (1 gang wall unit) are the building blocks to create up to a 255x255 low cost 4K60 4:4:4 matrix using a network switch. This is not your typical AV over IP solution. The IBT Series has the simplicity of HDBaseT with the scalability of AVoIP. We refer to this as IPBaseT.
Here is how it works.
Each unit can be set as a transmitter or receiver and can be addressed from 0 to 255. If it is point to point, set one to transmitter and another to receiver, set it to address zero and connect with CAT cabling or Fiber accordingly. If it is to be used as a distribution amplifier, set one as a transmitter and the amount required for receivers at address zero, and connect to the appropriate network switch brand and size we recommend in the documentation.
To make a switch or matrix, set the devices accordingly to be transmitters and receivers, and then set the transmitters address starting at 1 and same for receivers. Now with a simple multicast or RS-232 command that is no different than an off the shelf matrix, the units will route accordingly. Yes, it is that simple.
The IBT Series is meant to only use a network switch as a matrix to “glue” the IBT devices together that is on our list of recommend switches so it will work out of the box with little setup for plug and play operation.
The IBT Series AV Distribution Solution consists of two transceiver devices, IBT-1-BX (box) and IBT-1-WP1 (1 gang wall unit) are the building blocks to create up to a 255x255 low cost 4K60 4:4:4 matrix using a network switch. This is not your typical AV over IP solution. The IBT Series has the simplicity of HDBaseT with the scalability of AVoIP. We refer to this as IPBaseT.
Here is how it works.
Each unit can be set as a transmitter or receiver and can be addressed from 0 to 255. If it is point to point, set one to transmitter and another to receiver, set it to address zero and connect with CAT cabling or Fiber accordingly. If it is to be used as a distribution amplifier, set one as a transmitter and the amount required for receivers at address zero, and connect to the appropriate network switch brand and size we recommend in the documentation.
To make a switch or matrix, set the devices accordingly to be transmitters and receivers, and then set the transmitters address starting at 1 and same for receivers. Now with a simple multicast or RS-232 command that is no different than an off the shelf matrix, the units will route accordingly. Yes, it is that simple.
The IBT Series is meant to only use a network switch as a matrix to “glue” the IBT devices together that is on our list of recommend switches so it will work out of the box with little setup for plug and play operation.
Native Panopto integration
Stream, record, and upload video from the camera directly to Panopto. No PC or additional hardware required.
One cable delivers everything
A single Ethernet cable handles power, network, video, and audio. The camera is ready for Panopto recording right out of the box.
Capture rooms that were out of reach
Add recording to spaces that never had it, or bring presenter video into slide-only setups.
Fleet-first camera management
EC20 paired with Epiphan Edge rethinks how cameras are deployed and operated at scale. It’s the first
PTZ camera designed to run as part of a cloud-managed fleet, delivering instant, fleet-wide visibility
with cloud management built in by design.
Visibility first. Always on.
Monitor status, access camera controls, and update firmware across your entire deployment from a single dashboard.
Faster fixes, less downtime
Resolve issues remotely with secure access to camera controls. Enjoy full management capability without on-site intervention.
Deploy faster. Scale cleanly.
Go from box to capture-ready in minutes, reducing site visits and scaling deployments without added headcount.