The AMP-F2, developed in collaboration between the Starke Sound team and the Eversolo team, is based on the innovative NS600 module created by the Starke Sound team. It boasts a high sampling rate of up to 600KHz. Simultaneously, it significantly reduces noise and enhances dynamic performance through the newly designed SAPS audio-specific switch power supply. It employs an efficient Class D amplification structure, coupled with optimized circuits to maximize audio quality. The AMP-F2 is bridgeable, allowing flexible configuration for 2-channel or mono-channel setups when needed.
The AMP-F2 is equipped with Starke Sound's NS600 amplifier module, each channel can output a constant 250W RMS (42) @ 1% THD+N. When bridged, it can support up to 450W RMS (29) with THD+N still below 1%. This ability to handle extremely low-impedance loads ensures ample energy even in large and challenging speaker setups, particularly during high-dynamic low-frequency outputs.
The NS600 module employs PurePathTM Ultra-HD technology and advanced integrated feedback design, fea- turing high-speed gate driver error correction functions. This technology achieves ultra-low distortion across the entire audio frequency range, delivering perfect high-end audio quality.
Utilizing a 600W high-efficiency, low-ripple, low-EMI switch power supply, it delivers consistent and powerful output, and extremely low noise, enhancing the overall dynamic performance of the system.
AMP-F2 has an extremely low standby power (0.5W) and idle power consumption (14W), complying with the European Union ErP standards.
Complete self-protection and anti-interference design to avoid disturbances from various electrical environments.
The AMP-F2 is equipped with standard 12V TRIGGER IN and TRIGGER OUT functions, allowing it to be synchronized with other devices that support the standard TRIGGER interface for power on and off, using the USB to TRIGGER adapter cable provided with the AMP-F2, you can connect the USB Type A interface of the DMP-A6 to the TRIGGER IN of the AMP-F2 to achieve synchronization.