- Desktop-grade DAC/AMP in a portable design
- ES9281AC Pro DAC chipset
- Dual Op-AMP configuration for superior amplification
- Multiple input options: Aux, USB, and Bluetooth
- Proprietary iPS Intelligent Power Management system
- CNC-machined chassis (5-axis)
- Zirconium sand anodized finish
- Large color display
- Separate data and charging ports
- Three-level adjustable gain
- Compact yet powerful USB DAC/AMP
- Supports up to 32-bit/768kHz and DSD512 decoding
- Ultra-low distortion output
- Excellent signal-to-noise ratio (SNR)
- Optional detachable Bluetooth module
- Physical volume controls
The Audirect Team 1 is a portable USB DAC/AMP that delivers desktop-level performance. This premium device features the ESS Sabre 9281AC Pro DAC chipset and a robust amplification section with five OPAMP chips. It produces clean, accurate sound with impressive high-resolution decoding capabilities. An optional Bluetooth accessory is available for purchase separately.
Powerful Amplification: The Team 1 employs a 5-OPA design, including TI OPA1612 Dual OP-AMP chips, providing ample power to drive headphones up to 600Ω. It offers a maximum output of 5.6Vrms (4.4mm) and 2.8Vrms (3.5mm). The three-level gain adjustment allows easy pairing with various headphones and IEMs.
High-Resolution Audio Decoding: Equipped with ES9281AC Pro DAC chips, the Team 1 supports PCM signals up to 32-bit/768kHz and Native DSD512. It boasts an ultra-low distortion of 0.0004% and a high SNR of -118dB, resulting in rich, clean audio output free from audible distortion or noise.
Bluetooth Connectivity: The optional Audirect AUD BT attachment connects to the Team 1's Aux input, enabling high-quality Bluetooth audio input.
Build Quality and Display: Constructed using 5-axis CNC machining and finished with a zirconium sand anodizing process, the Team 1 boasts a solid, elegant build. Its circular color display shows active settings and bitrate information.
Power Management: The device incorporates Audirect's patented iPS Intelligent Power Management system, ensuring clean and consistent performance across all components.