Xiaomi MIX Fold 4 leak reveals stronger hinge, 2-way satellite connectivity and more

Published On: March 13, 2024

Highlights

Xiaomi MIX Fold 4 specs have leaked.
We also get to learn key Xiaomi foldable’s design.
One of the main highlights of the device is going to be its rumoured 2-way satellite communication support.

Xiaomi MIX Fold 4’s key specs have leaked online giving us an idea on what to expect from the upcoming foldable. The leak tells us it could bring a lighter build with a stronger hinge and perhaps even an IP rating. This could mean Xiaomi’s folding phone will be more durable. We also get an idea of the phone’s internals including support for 2-way satellite communication.

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Xiaomi MIX Fold 4 specifications (leaked)

Tipster DigitalChatStation has posted the supposed specs of the MIX Fold 4 on the Chinese microblogging site, Weibo. While he hasn’t specified the phone’s name, writer @ZionsAnvin claims this to be MIX Fold 4.

Design: As already mentioned, the upcoming Xiaomi foldable could have a stronger hinge. This could also result in a lesser visible crease.
Weight: It is believed to weigh between 220g and 240g.
Memory: Xiaomi MIX Fold 4 could ship with up to 16GB RAM and 1TB storage.
Battery: Under the hood, it could pack a 5,000mAh battery with 100W charging support.

Processor: The device could be powered by Qualcomm Snapdragon 8 Gen 3 chipset
Camera: The primary sensor at the back of the device is said to be a 50MP unit. This could be accompanied by a periscope lens, another telephoto lens and perhaps even an ultrawide shooter.
2-way satellite connectivity: Although all its ports and IO details aren’t out, the tipster suggests the phone could sport two-way satellite communication. This means the Mix Fold 4 could connect to a low-orbit satellite and allow network connectivity to phones in places where on-ground cell towers are few and far between.
X-axis vibration motor: You could get an X-axis vibration motor for haptics. Compared to a Z-axis motor, this one is quicker, has stronger vibration and consumes less power.