Holiday Special Jbl Synthesis Sda-2200 2 Channel Class G Amplifier Accessory [BLifzo1O]

Introducing the JBL Synthesis SDA-2200 Amplifier

The Holiday Special Jbl Synthesis Sda-2200 2 Channel Class G Amplifier Accessory [BLifzo1O] is a cutting-edge audio solution designed to deliver powerful and dynamic sound experiences. This amplifier combines the best of both worlds, offering the efficiency of Class G amplification with the transparency and realism of Class A and Class A/B designs. With its advanced technology, the SDA-2200 ensures exceptional performance and reliability, making it an ideal choice for high-end audio systems.

Powerful and Dynamic Performance

The SDA-2200 utilizes Class G amplification, which seamlessly blends the efficiency of Class A/B with the pure sound quality of Class A. This innovative design eliminates crossover distortion, providing a high level of realism and clarity. The amplifier features multiple power supplies, allowing it to operate in pure Class A mode within a lower power range. As the signal demand increases, the secondary supply is gradually brought in, ensuring efficient power usage and minimizing wasted heat energy. This unique approach results in a highly efficient and dynamic audio experience.

Flexible Connectivity and Network Integration

The SDA-2200 is equipped with Dante™ audio networking, offering unparalleled flexibility and connectivity. This feature allows seamless integration with the JBL Synthesis SDR-35 AVR and SDP-55 immersive surround sound processor, as well as other Dante-enabled products over Ethernet-based networks. With Dante, you can enjoy high-quality, uncompressed multi-channel audio with near-zero latency, reducing cabling and labor costs while eliminating interference and signal degradation. The SDA-2200 supports high-resolution audio via Dante, ensuring a seamless and flexible audio experience.

• Connectivity: Dante™ audio networking for seamless integration with compatible devices.
• Efficiency: Class G amplification for optimal power usage and reduced heat energy.