Huawei
Huawei Pocket 2 tipped to resemble P60 series design with Rococo White color
Huawei Pocket 2 is expected to remain identical to its predecessor, but consumers may find a twist in design aesthetics with the Rococo White color scheme. The new input hints that the small vertical foldable may resemble the P60 series outlook.
As shared by the @FixedFocus, Huawei Pocket 2 could bring a variety of impressive accessories including a large-letter phone case. On the flip side, the tipster added some details regarding the layout segment of the approaching folding handset.
Eventually, Huawei Pocket 2 is hearsay to follow the same design suit as the flagship P60 smartphone with the Rococo White color. Thus, the new foldable’s appearance would be simple yet attractive, giving a classic feel to consumers.
Rococo White: New and Different!
Huawei introduced a new white color variant – Rococo Pearl with the Huawei P60 Pro handset. The ultimate design scheme has a distinct rear texture with an appealing pattern over the past flagship models from the brand.
As per the official details, the company has combined several pearl mineral powders of varying refractive rates to achieve the desired layered texture. Due to the stylish appearance, customers showed a great interest in this color.
Probably, Huawei will continue this color scheme with its upcoming premium devices like the P70 series as well as the Pocket 2 foldable. Meanwhile, we may find more color options for the new vertical flip-flop phone in the coming days.
Huawei Pocket 2:
The new folding handset is just a few days away from its expected launch date. According to the leaks, the company might unveil the next Pocket device on February 26. However, Huawei has not officially teased the phone yet.
Consequently, the Pocket 2 phone could feature a variety of upgraded solutions over the previous-generation foldable model. The list begins with the Kirin 9000 5G chipset and counts the new main camera, large cover screen, and amazing accessories. Let’s see how far these leaks fall accurately to the official parameters.
(Source)