Omnia A300 integruotas stiprintuvas ir tinklo grotuvas

Feature Highlights

• Amplifier capable of 2 x 150W @ 8 ohms and 2 x 200W @ 4 ohms power
• Wi-Fi 24-bit/192kHz and Bluetooth 5.0 aptX HD streaming
• Multiple digital and analog inputs, with up to IIS 32-bit/768kHz, USB 24-bit/384kHz, and DSD256 decoding
• Coaxial, Optical and analog Pre-Out
• Supports all major online streaming services (Amazon Music, Deezer, iHeartRadio, Qobuz, QQ Music, Spotify, TIDAL, TuneIn, Napster, Ximalaya) and network DLNA

The free iOS and Android app allow you to easily control your smart music system and select your source music and group destination speakers (including receiving streamers).

Technical Highlights

A combination of high-power Class-D amplifier, 64-bit quad-core Arm Cortex-A53 processor, NuPrime proprietary SRC chip, Cirrus Logic CS43131 DAC, plus other audiophile-grade components enable the Omnia A300 to achieve world class performance above its peers.

•                      Amlogic A113X                                             Audiophile-grade                                       Bluetooth Wireless HD
  64-bit quad-core Arm Cortex-A53 processor                      components &                                     Qualcomm aptX HD supports
  for high resolution wireless streaming                                 noise filter                                    24-bit music quality over Bluetooth

The Omnia A300 utilizes a compact yet powerful Class-D amplifier capable of signal bandwidth up to 100kHz with advanced integrated feedback design and error correction for very low noise and distortion. The Cirrus Logic CS43131 combines a next-generation, low power audio DAC with a high-fidelity headphone amplifier to provide a superior system-level audio performance. The onboard low noise, ground-centered headphone amplifier provides proprietary AC impedance detection to support headphone fingerprinting to provide a consistent and transparent audio experience for the end user regardless of transducer impedances or frequency responses.