.DXF 2D Drawing of the Q-SYS I/O USB Bridge
File type: text/plain
.DXF Detailed 2D Drawing of the Q-SYS I/O USB Bridge
File type: text/plain
.DXF 3D Drawing of the Q-SYS I/O USB Bridge
File type: text/plain
.RFA Revit File of the Q-SYS I/O USB Bridge
File type: application/CDFV2-unknown
Features & Benefits 64 x 64 networked audio channels (Q-LAN / AES67) 8x AEC processors up to 32 x 32 Dante audio channels (8 x 8 included) USB AV bridging (8 x 8 audio + Q-SYS camera support) Full-featured Q-SYS Control engine (with optional feature license) External USB audio device host Up to 2x VoIP instances 1U half-width, includes...
Features & Benefits Single Cable Solution: The Q-SYS NV-21-HU simplifies the user experience and intuitively supports a wide range of devices. A single USB-C connection to the NV-21-HU enables a user’s device to distribute video formats up to 4K60 4:4:4 via Q-SYS Shift™ video codec, integrate Q-SYS video camera and audio feeds into a...
Architect & Engineering Specifications for the Q-SYS I/O to USB Bridge
File type: text/plain
Current Slide: 1 / 1 Features & Benefits Rightsized Amplification: Four output channel models at 60 W per channel Flex I/O: Two onboard software-definable flex channels (as mic/line inputs with 48V phantom power, or as line level outputs) Bi-directional GPIO: Power/control microphone LEDs, sensors or buttons using four bi-directional...
Current Slide: 1 / 1 Features & Benefits Rightsized Amplification: Four output channel models at 60 W per channel Flex I/O: Two onboard software-definable flex channels (as mic/line inputs with 48V phantom power, or as line level outputs) Bi-directional GPIO: Power/control microphone LEDs, sensors or buttons using four bi-directional...
Current Slide: 1 / 1 Features & Benefits Rightsized Amplification: Two output channel models at 60 W per channel Flex I/O: Two onboard software-definable flex channels (as mic/line inputs with 48V phantom power, or as line level outputs) Bi-directional GPIO: Power/control microphone LEDs, sensors or buttons using four bi-directional...
