The GEMINI's power ratings were defined under conservative measurement conditions that more accurately reflect real-world use.

With an 8-ohm load, it can deliver 120 watts RMS per channel, while with 4-ohm loudspeakers this rises to 220 watts. This level of power provides suitable headroom for distortion-free reproduction of dynamic musical peaks, as well as stable control of more demanding loudspeakers.

With 26 dB of gain and 1.8 Vrms input sensitivity, the unit integrates excellently with a wide range of reference-level preamplifiers.

The power amplifier uses a fully discrete Class AB topology built around individual transistors, without the use of integrated power amplifier modules.

The Class AB operating principle combines the linearity and naturalness of Class A amplifiers with the higher efficiency of Class B designs, resulting in low distortion, good thermal stability and sufficient power reserves even at high volume levels.

Four pairs of high-current output transistors per channel handle loudspeaker drive. The use of parallel transistors does not simply mean higher power: shared load distribution improves linearity and thermal stability, while providing substantial current delivery capability. This results in more precise loudspeaker control, especially with impulse-like transients and loudspeakers with more complex impedance curves.

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The GEMINI can be an ideal partner for reference-level DACs and preamplifiers, where the goal is to maintain the cleanest possible signal path.

The 4 mm loudspeaker terminals provide a reliable connection with various speaker cables, while universal 115 V/60 Hz and 230 V/50 Hz mains compatibility allows the unit to be used almost independently of region when the appropriate power cable is used.

It is important that the GEMINI has a true balanced output stage, so the loudspeaker outputs must not be connected to the high-level inputs of subwoofers, as this may damage the power amplifier.