Biamp EX-UBT

The EX-UBT is a compact remote expander that uses the AVB networking protocol to extend USB and/or Bluetooth sources back to a rack-mounted Tesira server-class device. A standard USB cable connects the host computer to the EX-UBT. CAT5e cabling or better is required for the network connection, with a maximum distance of up to 100 meters (328 ft) allowed to the equipment rack. The EX-UBT is an IEEE 802.3at Class 2 device requiring 7 watts of power from a PoE-capable switch or mid-span injector.

Supports up to 8 channels of configurable USB audio
Supports Bluetooth wireless technology
LED indicators for power and wireless status
Configurable via Tesira software

PoE powered
CE marked, UL listed, and RoHS compliant
Covered by Biamp Systems’ five-year warranty

ARCHITECTS & ENGINEERS SPECIFICATION

The video decoder shall be designed exclusively for use with Tesira® systems. The video decoder shall utilize an AVB/TSN network for all media networking as well as software configuration and control. The video decoder shall provide one High-Definition Multimedia Interface (HDMI®) port and shall output video signals up to and including 4K60. End-to-end network transit latency shall be 1.5 frames (25ms at 60fps) or less. Compression shall be visually lossless using M-JPEG. The video decoder shall be equipped with one RJ-45 port to support AVB/TSN transmission at 1Gb, and one SFP+ port to receive at 1Gb or 10Gb. The video decoder shall be equipped with a separate RJ-45 Ethernet port for control connection to third party control systems and configuration. The video decoder shall support port authentication via IEEE 802.1X. The video decoder shall provide two balanced output connections for transmitting microphone or line level analog audio signals on screw-down, removable connectors. Digital-to-Analog conversion shall be 24-bit with a sampling rate of 48kHz. The video decoder shall support the transmission of HDCP 2.2 protected content. The video decoder shall provide front panel OLED display of device power, status, alarm, and activity as well as system-wide alarm. The video decoder shall be built in a half-rack chassis and feature software-configurable signal processing, including but not limited to: signal routing and mixing, levels, mute, delay, and audio embedding/de-embedding, as well as control, monitoring, and diagnostic tools. The video decoder shall include 4 channels of General Purpose Input and Output connection (GPIO) for sending or receiving logic signals. The programming of the GPIO ports shall be software configurable. The video decoder shall include an RS-232 connection for control data transmission into or out of the device and such operation shall be software programmable. The video decoder shall be CE marked, UL listed, and shall be