The Mivi DuoPods i2 adopt a true wireless, in-ear design with no cables or neckband connecting the two earbuds. They carry an IPX4 rating, offering resistance to sweat, which makes them suitable for active use. Stereo speakers are built in, while wingtips are not included as part of the fit configuration.
The Mivi DuoPods i2 use a 13 mm driver unit and cover a frequency range of 20 Hz to 20,000 Hz. Passive noise reduction is supported, helping to block out some ambient sound through the physical fit of the earbuds, though active noise cancellation is not available. The earbuds do not feature a neodymium magnet in their driver configuration.
The Mivi DuoPods i2 offer 8.5 hours of battery life per charge, with the included charging case extending total usage to 36.5 hours. The earbuds feature a rechargeable battery and a battery level indicator to help track remaining charge. A full charge takes 1.5 hours, though wireless charging is not supported — the earbuds rely solely on wired charging.
The Mivi DuoPods i2 connect wirelessly via Bluetooth 5.3 with a maximum range of 10 meters, and support the AAC codec for audio transmission. Neither fast pairing nor NFC pairing is available, and the earbuds do not support any aptX variants — including aptX, aptX HD, aptX Adaptive, aptX Low Latency, aptX Lossless, or aptX Voice — nor do they offer LDAC or LDHC. USB Type-C is used for wired charging, and the earbuds can be used wirelessly as their primary mode of connection.
The Mivi DuoPods i2 support fast charging and can function as a headset, with controls managed through a control panel placed on the device rather than an in-line panel on a cable. A mute function and voice prompts are both included, and a travel bag comes in the box for portability. The earbuds do not feature ambient sound mode, in/on-ear detection, a find device function, or a body temperature sensor. The warranty period covers one year from purchase.
The Mivi DuoPods i2 are equipped with a noise-canceling microphone, which works to reduce background noise during calls or voice input.