Oppo is reportedly testing a mid-range smartphone featuring an unusually large battery, with internal tests showing a rated capacity of approximately 9,700mAh and typical usage figures reaching the 10,000mAh mark. The reported battery specifications suggest that manufacturers may be exploring higher energy storage options for portable electronics.
Leaked specs reveal a flat LTPS display and high-polymer impact-resistant materials in the prototype device.
The device centers around a chipset built on a 4nm process node, paired with a flat LTPS display that offers a resolution hovering near the 1.5K standard. The device reportedly utilizes a 4nm-based chipset and a flat LTPS display with approximately 1.5K resolution to balance performance and energy consumption.
- Battery capacity (rated): ~9,700mAh
- Battery capacity (typical): ~10,000mAh
- Chipset process node: 4nm-based
- Display type: Flat LTPS
- Display resolution: ~1.5K
Build quality appears to prioritize durability, utilizing high-polymer impact-resistant materials alongside design elements borrowed from Oppo's 'diamond architecture' framework. The leaked design reportedly incorporates high-polymer impact-resistant materials and elements of the company's diamond architecture to enhance durability.
Pricing is expected to sit around 2,000 yuan CNY (about $295), positioning the phone competitively within its class. Availability details remain unconfirmed as the device continues internal testing phases without an official launch date.
The rumored device is positioned around the 2,000 yuan range and features an unusually large battery compared to typical mid-range smartphones. The rumored specs align with growing consumer demand for longer-lasting mid-tier devices.
Digital Chat Station first shared these details regarding the prototype phase, noting that no official confirmation has been issued yet. Industry observers view the leak as a potential indicator of Oppo's next steps in hardware innovation.
Source: GIZMOCHINA
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