Revolutionize Your Mixing Experience with the Allen & Heath GLD2-80 20-Channel Digital Mixer
Get ready to take your live digital mixing to the next level with the GLD! This user-friendly, cost-effective, and scalable system is a game-changer. It's based on the highly successful digital iLive series, offering plug n' play I/O expanders for easy system building with up to 48 mic inputs. And it's supported by a full suite of apps, software, and personal monitoring solutions.
At the heart of the system is the GLD-80 mixer, packed with amazing features. It has 48 input processing channels, 8 stereo FX returns with acclaimed FX emulations, 30 configurable buses, 20 mix processing channels, and powerful DSP for full processing. Now available in a sleek new GLD Chrome Edition with Automatic Mic Mixing, new embedded plugin FX, and new compressor models on all channels.
Here are the key features that make the GLD-80 a must-have:
• Analogue-style channel processing control section with an 8.4-inch touch screen for easy setup.
• 20 fader strips in 4 layers, each with a motorized fader, channel LCD display, and rotary control for quick access to gain, pan, and aux/FX sends.
• Connects to a range of plug n' play I/O racks for systems with up to 48 microphone inputs via dSNAKE protocol over 120m CAT5 runs.
Whether you're a professional sound engineer or just starting out, the GLD has something for you. It's perfect for live events, conferences, panel talks, and TV shows. With its advanced features and easy-to-use interface, you'll be mixing like a pro in no time!
The Allen & Heath GLD2-80 20-Channel Digital Mixer is designed for live events, conferences, panel talks, and TV shows. It's perfect for professional sound engineers and beginners alike. The mixer has an analogue-style channel processing control section with an 8.4-inch touch screen. It has 20 fader strips in 4 layers, each with a motorized fader, channel LCD display, and rotary control. It connects to a range of plug n' play I/O racks for systems with up to 48 microphone inputs via dSNAKE protocol over 120m CAT5 runs.
