Xiaomi Redmi Turbo 4 Specs Leaked: New Dimensity Chipset, 6500mAh Battery, and 90W Fast Charging Headline

Xiaomi Redmi Turbo 4 Specs Leaked: New Dimensity Chipset, 6500mAh Battery, and 90W Fast Charging HeadlineDigital blogger @DigitalChatStation today revealed details about a mid-range phone from a certain manufacturer. The device is said to feature a new Dimensity chipset, a design incorporating a plastic mid-frame, glass back, and an under-display fingerprint sensor

Xiaomi Redmi Turbo 4 Specs Leaked: New Dimensity Chipset, 6500mAh Battery, and 90W Fast Charging Headline

Digital blogger @DigitalChatStation today revealed details about a mid-range phone from a certain manufacturer. The device is said to feature a new Dimensity chipset, a design incorporating a plastic mid-frame, glass back, and an under-display fingerprint sensor. It will reportedly boast a 1.5K LTPS display, a massive 6500mAh () battery, a 50MP main camera, 90W fast charging, and IP68 dust and water resistance. Considering the blogger's comments and previous leaks, this phone is highly likely to be the Xiaomi Redmi Turbo 4.

In the comments section of the Weibo post, @DigitalChatStation answered some user questions. Regarding a certain manufacturer's "S" series "large cup" phone (presumably a top-tier model within the series), the blogger responded, "You mean the X200S Pro, right? Its design is the same as the X200 Pro." Regarding the new phone's durability, the blogger added, "It extends downwards, and there's also a drop-resistant body structure," hinting at a special design beyond the IP68 rating to enhance its ruggedness.

Previously, IT Home reported on the Xiaomi Redmi Turbo 4, aligning with @DigitalChatStation's information. This report indicated a 6500mAh battery, a 1.5K LTPS narrow-bezel eye-protection straight screen, a glass back with a plastic frame, an under-display fingerprint sensor, and a 50MP dual-camera setup arranged vertically in the top left corner. The report also mentioned a Dimensity 8-series processor.

Combining the above information, we can summarize the expected specifications of the Xiaomi Redmi Turbo 4. The phone is anticipated to feature a 1.5K LTPS display with a high refresh rate for smooth visuals. The large 6500mAh battery paired with 90W fast charging should alleviate range anxiety and significantly reduce charging time. The 50MP main camera suggests decent photographic capabilities. IP68 dust and water resistance, along with a drop-resistant body structure, offer comprehensive protection and enhance durability. The plastic frame likely contributes to cost reduction, allowing for a competitive price point despite the impressive specifications.

The use of an under-display fingerprint sensor improves the screen-to-body ratio and provides convenient unlocking. The Dimensity 8-series processor suggests decent performance for daily tasks and light gaming. The narrow bezels of the 1.5K LTPS screen further enhance the visual appeal, making it more competitive within its price range.

In summary, the Xiaomi Redmi Turbo 4 is shaping up to be a mid-range phone focusing on long battery life, fast charging, and durability. By employing cost-effective design choices, it aims to offer attractive pricing while maintaining core specifications. The combination of a 6500mAh battery, 90W fast charging, IP68 protection, and a drop-resistant build is a compelling selling point for practical users. The Dimensity 8-series processor and 1.5K LTPS display meet the needs of most users in terms of performance and display quality. It has the potential to be a strong contender in the mid-range market. However, final specifications and pricing await official confirmation. Based on current leaks, we can anticipate positive market performance.

Please note that the above information is based on online leaks and its accuracy awaits official verification. Consumers are advised to refer to official announcements before making a purchase.

IT Home Unboxing: Xiaomi Redmi Turbo 3 "Ice Titanium" (This section is largely unrelated to the main article and is placed at the end.)