Introducing the RMB-1587MKII: a powerhouse 7-channel amplifier designed for audiophiles seeking exceptional performance in multi-channel audio systems. Delivering robust power and pristine sound quality, this amplifier is an ideal choice for those aiming to elevate their home theater or music experience.
Features
- Powerful 7-Channel Output
- Class AB Amplifier Design
- Dual Toroidal Transformers
- Premium Slit Foil Capacitors
- Flexible Connectivity Options
- Elegant and Functional Design
High-Powered Performance
The RMB-1587MKII provides 155 watts per channel into 8-ohm loads and an impressive 250 watts per channel into 4-ohm loads, with all seven channels driven simultaneously. This ensures ample power to drive a wide range of speakers, delivering dynamic and immersive audio across all channels.
Class AB Amplification
Utilizing a Class AB amplifier design, the RMB-1587MKII balances efficiency and audio fidelity. This design choice results in low distortion and high-quality sound reproduction, meeting the demands of discerning listeners.
Robust Power Supply
At the heart of the RMB-1587MKII are dual toroidal transformers, providing a stable and clean power source. This robust power supply supports the amplifier's high-current capabilities, ensuring consistent performance even during demanding audio passages.
Premium Components
The amplifier incorporates high-quality slit foil capacitors, known for their superior performance in audio applications. These components contribute to the amplifier's ability to deliver clear and detailed sound, enhancing the overall listening experience.
Versatile Connectivity
Equipped with both RCA and XLR inputs, the RMB-1587MKII offers flexible connectivity options to accommodate various preamplifiers and source components. This versatility ensures seamless integration into existing audio setups.
Elegant Design
Available in black and silver finishes, the RMB-1587MKII features a sleek and modern aesthetic. Its 5U chassis design not only looks sophisticated but also facilitates efficient heat dissipation, maintaining optimal operating temperatures during extended use.
