Description
Rotel Michi X5 Stereo Integrated Amp S2
The Michi X5 Series 2 Integrated Amplifier combines 600 Watts of unwavering Class AB output power and an ESS SABRE 8-Channel Digital to Analog converter to deliver breathtaking precision and unparalleled control. Analog, Digital, XLR, aptX™ HD Bluetooth, PC-USB, Moving Magnet and Moving Coil Phono Stage sources are all supported.
The Michi X5 Series 2 Integrated Amplifier is authoritative and precise, capable of delivering a speaker-taming 600 watts of Class AB output power. The X5’s linear power supply is built around two massive in-house manufactured, shielded, low-noise toroidal transformers. Equipped with an ESS SABRE 8-Channel Digital to Analog converter, this amplifier renders ultra-revealing music with breathtaking accuracy.
The brief for Rotel Michi X5 Stereo Integrated Amp S2 is refreshingly direct: control the loudspeakers and stay composed when the music becomes demanding.
For official product information and current support resources, visit the Michi Rotel Michi X5 Stereo Integrated Amp S2 product page.
| ITEM | DESCRIPTION |
| Main Features | |
| Amplifier platform | Class AB defines the component's driving character. |
| Power delivery | 600 Watts gives the speaker layout its authority. |
| System role | Built for systems where amplification is chosen deliberately, not left to convenience. |
| Control and integration | Installation control support keeps it suitable for managed AV racks. |
| DETAIL | VALUE |
| Product Specifications | |
| Power output | 600 Watts |
| Amplifier class | Class AB |
| DAC | ESS SABRE 8-Channel |
| Digital resolution | 32-bit 384kHz |
| Channels | 350 Channel |
| Frequency response | 10 Hz - 100k Hz |
| Total harmonic distortion | Total Harmonic Distortion (THD) <0.009% |
| Signal-to-noise ratio | S/N Ratio (IHF "A" Weighted) Line Level Inputs: 102 dB Digital Inputs: 102 dB |
| Dimensions | 485 × 195 × 452mm |
| Weight | 43.8kg |
| Best Suited For | |
| Stereo systems, power-hungry speaker layouts and premium AV installations requiring dedicated amplification. | |