WiiM Ultra

WiiM Ultra: The Digital Hub for Your Music

The WiiM Ultra, designed to provide users with an unparalleled audio experience through versatile functions, rich connections, and high performance sets a new standard for audio streamers. It features a vibrant 3.5” full-color touchscreen, a physical volume knob, and a rich selection of new audio inputs and outputs for even more vibrant and hi-res sound. Additionally, it seamlessly connects with a wide range of devices including turntables, TVs, headphones, AV receivers, subwoofers, smart speakers, Bluetooth headsets, and more, offering a comprehensive and versatile audio solution. With its advanced high-resolution audio capabilities, the WiiM Ultra enables users to enjoy their favorite music, podcasts, and audiobooks with exceptional clarity, detail and depth. The device seamlessly integrates with popular streaming services and supports multiple audio formats, making it a versatile addition to any smart audio setup.

Upgraded Specifications

• A rich selection of audio inputs and outputs, including HDMI ARC, Line-In, Phono-in, and Optical Inputs, along with Line-Out, Optical, Coaxial, USB, Subwoofer, and dedicated Headphone output port.
• Premium 32-bit/384kHz ES9038 Q2M SABRE DAC
• Latest Wi-Fi 6E and BT 5.3 with two antennas offering rock-solid Bluetooth or Wi-Fi audio streaming
• Elegant aluminum case with a 3.5” vibrant touchscreen display covered with glass which:
  • Displays App widgets, large album pictures, playback control, playing queue, presets, EQ, audio input and output, and device settings
  • Guides users through the OOBE and OTA
  • Provides feedback when there’s a change in the play mode
  • Allows users to customize the wallpaper and display the time and date during standby mode
• Built-in room correction technology actively takes precise acoustic measurements of your room, crafting customized corrections for your speaker and subwoofer.
• Stream Hi-Res music with the bit-perfect digital output or high-fidelity analog audio (SNR>120dB, THD+N<0.0002%)