The Mivi SuperPods Halo follow a true wireless, in-ear design with no cables, neckband, or wingtips involved. They carry an IPX4 rating, making them resistant to sweat, which suits active use. Stereo speakers are built in, while extras like RGB lighting, a display, and UV light are not part of the design.
The Mivi SuperPods Halo handle noise reduction on two fronts, combining active noise cancellation (ANC) with passive noise isolation. Audio is driven by a 13 mm driver unit covering the full standard range of 20 Hz to 20,000 Hz, and spatial audio is supported for a more dimensional listening experience. Dolby Atmos, Dirac Virtuo, and a neodymium magnet are not part of the setup.
The Mivi SuperPods Halo are equipped with a rechargeable battery that delivers 8.5 hours of playback, while the charging case extends the total available power to 41.5 hours. A full charge takes 2 hours, and a battery level indicator is included so remaining power is always visible. Wireless charging and solar battery support are not available on this model.
The Mivi SuperPods Halo connect wirelessly via Bluetooth 5.3, covering a maximum range of 10 meters with an audio latency of 50 ms. USB Type-C is used for wired charging, and the earbuds can otherwise be used entirely wirelessly. Advanced codec support — including LDAC, LDHC, AAC, aptX in its various forms, and LE Audio — is not present, and neither are fast pairing, NFC pairing, or Auracast.
The Mivi SuperPods Halo come with a practical set of features, including ambient sound mode, a mute function, voice prompts, and a find device option for locating misplaced earbuds. They support fast charging, function as a headset, and are controlled through a panel placed on the earbud itself rather than an in-line cable control. A travel bag is included in the box. In-ear detection, notification reading, a temperature sensor, and a camera remote are not part of the feature set.
The Mivi SuperPods Halo include a noise-canceling microphone, which works to reduce unwanted background sound during calls and voice interactions.