Product highlights:
- TAA compliant product
- Auto-detection of transceiver units on the network
- Includes web interface and Mobile App support
- Schedule time for audio/video mapping, cycle play, and mute/resume
- Auto-reboot ensures devices are always online
- Control center of the IP-based BG-VOP-MT transceiver
- Intuitive and powerful user interface
- Monitors all devices in one central location
- Perfect for AV distribution over large campuses
BZBGear Smart Controller for HDMI over IP Series
The BZBGear Smart Controller for HDMI over IP Series is a smart controller that provides system management for BZBGEAR’s BG-VOP-MT transceivers. In addition to managing devices and serving as the gateway for the web interface, this TAA-Compliant unit allows users to monitor the IP-based BG-VOP-MT transceivers in real-time.
Functionality
This device allows the system to be highly expandable and can manage up to 1024 transceivers at the same time. With a web-based GUI, users can drag and drop any source to any connected display, build video walls, and create custom on-screen displays.
Control
The BG-VOP-CB is capable of continuous system monitoring and self-recovery. This includes real-time event notifications and alerts. A free iOS app is available for mobile control as well. With a simple and easy-to-use interface, this app allows easy control of basic system functions such as mapping and preset recall.
Connectivity
This unit uses a 5V DC power adapter, an HDMI connector, and an Ethernet port for system connectivity. The simple connections allow stress-free installation and servicing.
Storage and Design
In case of temperature fluctuations in the operating environment, the BG-VOP-CB can safely operate between temperatures of 0~40-degree C. The compact form factor makes placement easy with dimensions of 90 x 78 x 29 millimeters.
Ideal for
Given its features, interface, and ease of use, the BG-VOP-CB provides a reliable and cost-effective IP video solution for audio-visual professionals. It is also perfectly suited for distributing audio-visual signals across large campuses or with multiple buildings.