ISE 2017: QSC debuting new Q-SYS Core processor
Core 510i offers the most flexible audio I/O configuration of any Q-SYS processor, with card-based I/O as well as native Q-LAN network channel and AES67 capabilities.
QSC is debuting its new Q-SYS Core 510i Integrated Core processor at the upcoming ISE 2017 Show in Amsterdam.
An evolution of the Q-SYS Platform, the Core 510i processor leverages the latest Intel platform using a QSC-developed Linux realtime operating system (RTOS) to deliver a powerful audio, video and control (AVC) solution.
The Core 510i processor offers the most flexible audio I/O configuration options of any processor in the Q-SYS catalogue, with card-based I/O as well as native Q-LAN network channel and AES67 capabilities. It is idesigned for applications that require a diverse mixture of analogue, digital and networked audio connectivity, including mid- to large-sized meeting spaces and hospitality applications.
The Core 510i can be deployed in two different software configurable modes.
Q-SYS Core mode handles all AVC processing including extensive resources for built-in acoustic echo cancellation (AEC) that can be deployed with the new Q-SYS AV-to-USB Bridging solution for soft codec conferencing applications.
I/O Frame mode provides support for up to 128x128 audio channels as an I/O peripheral into the Q-SYS system for processing on a separate Q-SYS Core processor. It can accommodate any combination of Q-SYS Type-II I/O cards including Dante, CobraNet, AVB or Q-SYS analogue and AES/EBU cards.
With the recent release of Q-SYS Designer Software v5.3, all Q-SYS Core processors shipped to date, including the Core 510i processor offer native AES67 capability without the need for any additional hardware or license costs. Like other Q-SYS solutions, the Core 510i processor offers multiple levels of system redundancy allowing the designer to choose the most appropriate redundancy scheme for the project at hand.
The Q-SYS Core 510i processor will be unveiled for the first time at the QSC Systems stand (7-Q170) at ISE.