Tecno's Next-Gen Flip Phone Surfaces with Exciting Upgrades
Tecno's upcoming Phantom V2 Flip has made an appearance on the FCC certification website, revealing key details about the company's second-generation clamshell foldable. The leaked information suggests significant improvements over its predecessor, particularly in battery capacity and external display design.
Rectangular Cover Display: A Practical Upgrade
One of the most notable changes is the shift from the circular secondary display on the original Phantom V Flip to a larger, rectangular cover screen. This new design, while perhaps less visually striking, offers enhanced practicality:
- Improved app and widget compatibility
- Larger viewing area for notifications and quick interactions
- Potential for more versatile use cases
The cover display is accompanied by two vertically stacked camera sensors and an LED flash, maintaining the dual-camera setup of the previous model.
Beefed-Up Battery and Faster Charging
The FCC listing reveals a substantial improvement in battery capacity:
- Total battery: 4,590mAh (split between 3,410mAh and 1,180mAh cells)
- 15% larger than the original Phantom V Flip's 4,000mAh battery
Charging speeds also see a significant boost:
- 70W fast charging support (up from 45W on the previous model)
These upgrades should translate to improved battery life and quicker recharge times for users.
Other Specifications and Details
- Processor: MediaTek Dimensity 8020 (based on Geekbench listings)
- RAM: 8GB
- Storage: 256GB
- Dimensions (unfolded): 170 x 74 x 8 mm
- Dimensions (folded): 85 x 74 x 16 mm
What's Next for Tecno?
While Tecno has yet to make an official announcement, the appearance of the Phantom V2 Flip on FCC certification suggests a launch may be imminent. The improvements in battery life, charging speed, and cover display functionality could make this an attractive option in the growing foldable smartphone market.
As always, we'll need to wait for official confirmation and hands-on testing to fully assess the device's capabilities and real-world performance.