The SPL GoldMike Mk2 is a dual-channel Class-A microphone preamp. It features a hybrid design, with solid-state and tube gain stages. The circuitry is completely discrete, with each transistor tailored for its specific function. The GoldMike Mk2 has a very convenient layout, boasting lots of parameter adjustments enabling you to pull a unique sound each tracking session. There are also front panel instrument inputs, and the rear panel includes mic inputs, inserts, and analog and digital outputs. There are blank panels for an optional A-D convertor expansion card.

Key Features:

• Hybrid Preamplifier Design: Combines a discrete transistor stage for high dynamics and low noise with a tube stage for musical overtones and three-dimensional sound.
• Discrete Class A Preamplification: Microphone stage is constructed from 16 individual transistors for premium signal integrity.
• Class A Instrument Input: Features a low-noise field-effect transistor (FET) with high input resistance, ideal for impedance conversion.
• Three-Stage Tube Gain: Adjustable tube warmth allows you to dial in specific levels of saturation and overtones.
• High-Quality Input Transformers: Specially designed 2161 transformers provide up to 14dB of passive, noise-free gain while rounding out bass and fundamental tones.
• Advanced Signal Processing: Includes a built-in limiter based on diode characteristics for smooth, analog-style peak protection and saturation.
• Custom Coil Circuitry: Utilizes the sonic characteristics of coils and tubes to enhance presence, helping voices and acoustic instruments cut through a mix.
• Integrated Insert Point: Allows for the connection of external compressors, de-essers, or reverb units between the preamp and output.
• Comprehensive Controls: Equipped with 48V phantom power, polarity inversion, pad, and a Butterworth Hi Pass filter.
• Visual Monitoring: Features VU meters for energy levels and dedicated clipping/overload LEDs for both analog and optional AD converter stages.
• Dual-Path Versatility: Offers a choice between the precision of electronic balancing or the silky vintage character of transformer-balanced signal paths.

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