Xiaomi is set to join the competitive foldable phone market with its upcoming device, the MIX Fold 3, which has now passed the MIIT certification and is expected to be officially released in August. The foldable phone market has been heating up with recent launches from brands like Samsung and Honor, and other players like OnePlus and OPPO are also gearing up to launch their latest foldables soon. Just today Samsung has launched its highly anticipated foldable phone Galaxy Z Fold 5.

Xiaomi Mix Fold 2

Xiaomi MIX Fold 3 MIIT certification

The MIIT certification image of the Xiaomi MIX Fold 3 was shared on Twitter by Mukul Sharma, revealing its license number and model number (00-B324-238711 and 2308CPXD0C, respectively). The phone is classified as a 5G digital mobile phone and will support various network connections, including 5G, 4G, 3G, and 2G, as well as eMBB technology support. Dual SIM dual standby and 5G network roaming capabilities are also expected.

Xiaomi MIX Fold 3 specifications (rumored)

The Xiaomi MIX Fold 3 has recently obtained 3C certification, shedding light on its specifications. The device is rumored to be powered by the overclocked Snapdragon 8 Gen 2 flagship processor and feature 67W fast charging. There are also speculations that it will be the first Xiaomi foldable phone to support wireless charging, with a potential 50W wireless charging capability. Additionally, the phone is said to come with a 4,800mAh battery.

According to DCS, MIX Fold 3 will have a white curved glass body, a rear quad camera setup with a 3.2X portrait lens and a 5X periscope lens, and a new waterdrop hinge to enhance drop resistance while maintaining a thin and light profile. The phone is expected to feature four Leica Optics cameras, as announced by Lu Weibing, the CEO of Xiaomi Group.

Furthermore, the MIX Fold 3 is said to be thinner, lighter, and more durable than its predecessor, the MIX Fold 2. It will be manufactured in Xiaomi’s intelligent factory in Beijing’s Yizhuang, which utilizes intelligent manufacturing systems to improve production precision and reliability.

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