QSC Core 110f v2
QSC Core 110f v2 Q-SYS network + analog I/O processor
The Q-SYS™ Core 110f v2 processor provides a fully integrated audio, video and control solution for installations with a mixture of analog and network channels, supporting medium-sized rooms through the largest Enterprise scale deployments.
Feature Changes: To ease component supply chain challenges and continue a steady supply to our customers, Core 110f will no longer feature 16 x 16 GPIO. In addition, the OLED display and 2x USB Type A ports have been replaced with a simplified, functionally similar solution.
Class leading I/O: Core 110f has 24 I/O + USB, POTS and VoIP simultaneously offering the best cost to I/O ratio in a single SKU, single chassis product available on the market.
8 Flex Channels: Nearly all the flexibility of a card-based DSP solution without the hassle of multiple SKU’s and custom ordering.
Extend your network I/O connectivity with QIO Series: QIO Series lets you quickly add network I/O connectivity to your Q-SYS systems where it’s most convenient. Each of the six models supports a different, specific connectivity type, from mic/line audio I/O to control (IR, Serial, or GPIO).
True IT Software Integration: The Q-SYS Operating System is a true IT integrative solution that is free of the fixed hardware limitations seen in competing products. It allows for greater functionality such as Layer 3 routing, LDAP contact server integration, SNMP monitoring, as well as the latest software-based security for your AV system like cryptographically signed firmware updates, encrypted data transport and storage.
Suite of Software-Based Conferencing Technology applications: Built by Q-SYS from the ground up allowing for continued refinement, without any additional hardware. The suite includes next generation acoustic echo cancellation (AEC), multiple-instance SIP softphones, gain sharing, gating automixers and role-based access controls.
Unified Software Platform: The integrator has a single training investment in one software design tool rather than needing to learn several platforms to scale from small to large systems.