Q-SYS Core 8 Flex Network & Analog I/O Processor
The Core 8 Flex audio, video and control (AV&C) processor extends the applications of the Q-SYS Platform into a wider range of smaller-scale installations across corporate, higher education, healthcare and beyond. Built on the same foundational technologies and driven by the same Q-SYS OS as the rest of the Q-SYS processor portfolio, including the best-in-class Q-SYS Core 110f, Core 8 Flex is designed for applications with lower network or analog channel capacity and/or targeted processing requirements.
Enquiry about Q-SYS Core 8 Flex Network & Analog I/O Processor
- 64 x 64 networked audio channels (Q-LAN / AES67)
- 8x on-board Flex channels and GPIO
- 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 mounting hardware
Network plus on-board I/O
In addition to its 64 x 64 network I/O capacity, the Core 8 Flex offers eight on-board Flex channels and eight GPIO on-ramps to integrate analog audio and control devices into the Q-SYS Ecosystem. Ideal for in-room processing with both analog & networked endpoints.
Rightsized. Uncompromised.
Rather than deploying an AV&C processor with unused analog I/O that occupies a full rack space, Core 8 Flex offers a smaller solution with several mounting options. However, its smaller form factor does not compromise on functionality; instead Core 8 Flex delivers a full featured control engine for third-party device control, full paging and BGM capabilities, automation, monitoring and beyond.

| Channel Capacity | |||
| Q-LAN / AES67 channels | 64 x 64 | ||
| Dante channels | 8 x 8 (included); licensable up to 32 x 32 | ||
| Local analog I/O channels | 8 flex | ||
| AEC processors | 8 | ||
| VoIP instances | 2 | ||
| Audio recording / playback | 4 ch recording / 16 ch playback (expandable to 32 ch with optional license) | ||
| Q-SYS NM-T1 capacity | 3 (base capacity); 6 (with Collaboration Bundle scaling license) | ||
| Network peripherals | up to 32 | ||
| Mic/line inputs | |||
| Phantom power | +48 VDC, 10 mA per input max | ||
| A/D-D/A converters | 24 bit | ||
| Sample rate | 48 kHz | ||
| Control | |||
| RS-232 | 2 ports | ||
| GPIO | 8 x 8 | ||
| USB Inputs & Outputs | |||
| Channel count | 8 x 8 | ||
| Bit depth | 16 bit | ||
| Sample rate | 48 kHz | ||
| USB audio device hosting | Support for standard USB headset, speakerphone | ||
| Environmental | |||
| Power consumption | 40 W typical | ||
| Physical | |||
| Device dimensions (H x W x D) | 1.72 x 8.66 x 11.28 in (43.6 x 220 x 286.6 mm) | ||
| Weight | 4.0 lbs (1.8 kg) | ||
Blogs
Introducing the Next-Gen LiveU Solo Pro Portable Encoder
February 10, 2023
The LiveU Solo PRO brings a robust 4K streaming solution to the market in a small form-factor LiveU today unveiled its next-generation Solo PRO portable bonding encoder for engaging live coverage, combining professional-grade 4K and HEVC video quality with rock-solid reliability. The Solo PRO ensures the smoothest streaming experience, combining up to...
Enterprise-Grade Live Event Production: Building Reliable Broadcast Systems for Corporate Communications
March 2, 2026
Enterprise live event production is now a core part of corporate communication strategy. This article explores how livestream enterprise systems enable polished, reliable video delivery for town halls, hybrid launches, and stakeholder communications. It covers how professional AV infrastructure, thoughtful system design, and scalable technology help organisations support in-house teams,...
Interconnected AV for Multi-Site Events: A Better Way to Coordinate Live Production Streaming
March 2, 2026
Running a live stream from multiple locations often highlights the limits of traditional one-way church streaming setups. This article explores how interconnected, bi-directional AV systems improve coordination, timing, and engagement across campuses. It also looks at how low-latency transmission, stable network bonding, and centralised production control work together to support...
