Features & Benefits

• 512 x 512 networked audio channels (Q-LAN/AES67)

• 160 AEC processors

• Up to 512 x 512 Dante audio channels (8 x 8 included)

• Supports up to 28 Q-SYS NM-T1 network microphones

• 64x VoIP softphone instances

• Media/WAN streaming capacity: up to 256 channels

• 16x multitrack playback channels (up to 128 with optional feature license)

• Dual gigabit Ethernet ports for redundant networked audio

• Two (2) independent, gigabit auxiliary Ethernet ports for segregation of network services such as VoIP, SNMP, LLDP, LDAP and WAN Media streaming

• Onboard 960 GB media drive

• iDRAC monitoring for integration with IT monitoring systems

• 2RU form factor

Q-SYS + Dell:
Through its partnership with Dell, Q-SYS deployed the full-featured, software-based foundation of the Q-SYS OS on an industry-tested Dell server to deliver a uniquely flexible and scalable audio, video, and control solution. The Core 5200 processor offers the real-time AV&C processing capabilities of Q-SYS on Dell’s most prolific and common IT server which has been fully vetted and used in IT environments and applications around the world.

Industry First, COTS Solution:
The Core 5200 processor is the first professional AV&C solution available that combines commercial off-the-shelf (COTS) server technology with the scalability of a purpose-built AV&C real-time operating system (RTOS). As part of the next-generation of Q-SYS processing, the Q-SYS OS is paired with an enterprise-grade Dell R740 server hardware to deliver scalable IT integration capabilities for a vast range of larger-scale applications including meeting rooms, multi-use and divisible spaces, education campuses, themed attractions, sports arenas, transportation hubs, and more.

Network-Based AV&C Solution:
Q-SYS Core processors are the only real-time audio, video, and control processors offering reconfigurable audio DSP, full-featured control processing, and network-based video switching in a single product. Centralize the location of the Core 5200, even using it across multiple rooms, and then position your desired I/O (either native Q-SYS Products or third-party devices) closer to the endpoints, resulting in a more streamlined system topology and simplified system design and deployment.