Then there’s the new updated UA Luna that lets you mix on the road and the cloud based UA plugins that run native on your Mac. There are a handful of really useful and amazing unison plugs that you can use on the front end like an API or SSL preamp and channel strip or the back end like I described earlier. A “Unison plug” is not a software emulation but a hardware and software reamping that reacts and sound like the original in real time and uses no system resources as it runs natively on any Apollo.
Running “Unison” emulation plugins natively allow you for example to use a Neve 80 series summing amp on your DAW of choice output bus. Wonderful options with the Apollo series interface.įirst of all it’s a solid build that will last for a lifetime. To see full system requirements, click here. Uncompromising analog design, superior components, and premium build qualityįree, industry-leading technical support - on the phone and online - from knowledgeable audio engineers Runs UAD Powered Plug-Ins via VST, RTAS, & AAX 64 in all major DAWs Includes the "Realtime Analog Classics" UAD plug-in bundle. Up to 8 channels of additional digital input via Optical TOSLINK connection Improved monitor functionality including monitor remote functions and Mono, Mute, DIM, and ALT monitor controlsĢ premium Unison mic/line preamps 2 line outputs front-panel Hi-Z instrument input and headphone outputĢ digitally controlled analog monitor outputs for full resolution at all listening levels
Includes access to LUNA Recording System for a fully-integrated, analog inspired Apollo workflowīuilt-in talkback mic for communication with studio talent and recording slate cues Unison™ technology offers stunning models of classic tube and transformer-based preamps, guitar amps, and stompboxes Desktop 2圆 Thunderbolt audio interface for Mac and Windows with next-generation 24-bit/192 kHz audio conversionĪvailable UAD-2 DUO Core Processing for tracking through vintage compressors, EQs, tape machines, mic preamps, and guitar amp plug-ins with near-zero latency*
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