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Redmi K30 5G certified with 12GB RAM and 512GB storage

Redmi K30 5G was launched in China last week. And the handset is equipped with all the mesmerizing features such as quad-camera setup, punch hole display, dual selfie shooter and snapdragon SoC.

Originally Redmi K30 5G was launched with 8 gigs of ram and up to 256 gigs of onboard storage. But now the smartphone’s listing on TENAA has been refreshed. The all-new TENAA approved version of Redmi K30 5G suggests the existence of 12 GB RAM and 512 GB storage.

The approved 12GB variant was found listed on Chinese regulatory TENAA with model number M2001G7AE. And moreover, the listing indicates that the phone will pack up to 12 GB of RAM and 512 GB storage.

Earlier, it was just offering 256 GB storage and 8 GB of RAM. But it is clear that soon we all will witness the launch of all-new Redmi K30 5G with 8 GB RAM and 512 GB storage.

At present, the Xiaomi and Mi don’t show any official sign about Redmi K30 5G as they still list the 8GB RAM + 256GB storage as the high-end model.

Till now, the smartphone is coming to the market with the price tag of CNY 2,899 (roughly $455/€410). And it is understood that the 12 GB + 512 GB variant should be priced higher than this.

Redmi K30 5G Specifications, Features

The phone offers a 6.67″ LCD screen panel with HD+ resolution. And dual punch holes for the selfie shooter. In the front camera section, the main camera is offering 20 megapixels, accompanied by 2 megapixels depth sensor.

At the backside, the phone offers four cameras setup, with the main one, is having 64 megapixels IMX686 lens, makes its first smartphone which is equipped with Sony’s latest solution.

The device packs a side-mounted fingerprint reader, and a powerful 4,500 mAh battery with 30W fast charging support.

The main connectivity features of K30 5G includes dual-band 4G/5G support (SA/NSA), and the integration of 5G Multilink and 5G Smart features.

How 5G Smart intelligently Work?

The 5G Smart intelligently automatically adjust the network to ensure lower power management without compromising with strong signal performance.