Allen & Heath GLD-112 Digital Mixing Console Now ShippingThe new larger version of the GLD-80, Allen & Heath's GLD-112 digital mixer console is now shipping to dealers. GLD-112 retains the same analog-style channel processing control section complemented by a graphical 8.4" touch screen as the GLD-80. A fully-customizable drag and drop layout allows quick and easy assignment of inputs and mixes to fader strips. There are 28 fader strips in four layers, each with motorized fader, a channel LCD display which can be named and color-coded, plus a rotary control for direct access to gain, pan, and aux/FX sends. The mixer's local I/O comprises four XLR mic/line inputs, four XLR line outs, four RCA inputs, two RCA outputs, and digital outputs in SPDIF and AES3 formats. The larger GLD is scene compatible with the existing GLD-80 mixer, and at the heart of both mixers is the same audio core. There are 48 input processing channels, eight stereo FX returns fed by iLive's FX emulations, 30 configurable buses, 20 mix processing channels, and DSP power to provide full processing without compromise. As with the GLD-80, GLD-112 also connects to a range of plug and play I/O racks to "build" 12, 20, 28, 36, or 44 mic input systems. An AR2412 rack (24 XLR inputs, 12 XLR outs) and up to two AR84 expander racks (eight XLR inputs, four XLR outs each) can be connected over CAT5 runs using Allen & Heath's dSNAKE protocol. dSNAKE provides control to the remote preamp, and all mic preamps are scene recallable. AR2412 also includes a connection for personal monitoring systems, such as the Allen & Heath ME-1. GLD has the ability to record and playback a stereo signal on a USB memory stick. Standard iLive audio I/O option cards for Dante, MADI, Waves, and Allen & Heath's ACE protocols can be fitted, allowing multi-channel record/playback, front of house / monitor splits, use of Waves plug-ins and connection to Allen & Heath's iLive systems, which can easily be configured using GLD's extensive soft-patching. "The new GLD-112 is ideal for applications where an increased fader count is a primary consideration. This is particularly true for applications where events change regularly, such as houses of worship and festivals, where there is limited rehearsal time and the performers are constantly changing. Presenting more sources on a single layer and so avoiding layer switching to locate channels is a huge benefit," comments Allen & Heath's managing director, Glenn Rogers.
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