ALL-STAR TECHNOLOGY & PERFORMANCE
Antelope Audio’s Discrete 8 Microphone Preamp Interface brings a new level of sound quality and power to home studios and mobile recordists.
It comes with 8 console grade 6-transistor discrete preamps, 121 db dynamic range conversion and rock solid clocking.
Discrete 8’s features:
8 DISCRETE MIC PREAMPS
Console-grade 6-transistor discrete microphone preamps
MIC PREAMP MODELING
Turn the expensive sounding Discrete 8 mic pres into classic units via Tube, Transformer and FET based circuitry in real-time
REAL-TIME FPGA FX
Premier real-time FX including BAE, Grove Hill, Gyraf Audio and Lang classics to use in the Easy Panel or in a DAW
Discrete 8 features Antelope’s 4th Generation 64-bit Acoustically Focused Clocking (AFC) technology
Create up to 4 custom monitoring mixes with FPGA FX included and send them to Headphone or Monitor outs; Talkback feature also included
Control all Discrete 8 features via its intuitive Easy Panel or download the free iOS and Android mobile apps
Discrete 8 features all of Antelope Audio’s premier real-time FPGA FX
Including authentic models of iconic gear from BAE, Lang, Gyraf Audio and many more.
The Antelope AFX platform is a rapidly expanding hardware modeling engine. Discrete 8 includes Accusonic 3D microphone and preamp models, guitar amps, transformer and tube FX, and a huge selection of classic vintage gear, which are now accessible in the DAW via the new ConnectAFX Plugin.
Discrete 8 is designed to work with any microphone,
But it really shines with Antelope’s new
Edge and Verge mics.
Edge & Verge were designed to match the unit’s discrete preamp architecture.
Inside the Discrete 8 FPGA Accusonic 3D modeling engine you can transform both Edge and Verge into vintage replicas giving you complete control over proximity effect, off-axis response and even allow you to change polar patterns during or after recording. Choose from a collection of classic and expensive microphones and track the results as you monitor live, bringing out a musician’s best possible performance.