
As Samsung potentially gears up to enter this competitive space, the prospect of foldable flip phones with flagship camera capabilities has ignited excitement among smartphone enthusiasts.
A new chapter for Samsung raises intriguing questions about its plans for foldable devices. As the tech landscape continues to evolve, all eyes will be on the South Korean tech giant as it navigates this emerging market segment.
According to Geekbench, the Samsung Galaxy Z Flip 6 has achieved an impressive score of 14325 points in OpenCL testing — which is a good sign that this phone is going to be super quick and responsive.
We might see it officially unveiled later this year, maybe around the same time as the Galaxy Z Fold 6. Samsung seems ready to impress us with their new foldable phones, possibly using a mix of different chips to give us lots of choices.
The Geekbench listing, identified under the model number SM-F741U, provides further insight into the Galaxy Z Flip 6's capabilities, with a Vulkan score of 15,084 and an OpenCL score of 14,325. The test confirms the presence of an eight-core CPU featuring a 2.26GHz base frequency, 3.40GHz peak frequency, and Adreno 750 GPU.
Moreover, the listings hint at an Android 14 operating system and 6.75GB of RAM, likely translating to 8GB on paper. Such specifications align with Qualcomm's Snapdragon 8 Gen 3 mobile platform for the Galaxy. The listings are dated April 17 and were first spotted by SamMobile.
With an expected launch in July, enthusiasts eagerly await Samsung's Unpacked event in Paris, alongside the Galaxy Z Fold 6.
Anticipated upgrades include a larger cover display, potentially offering a smoother 120Hz refresh rate compared to its predecessor's 60Hz rate. Additionally, the device is rumoured to come in 8GB or 12GB RAM variants, with ample storage options of 256GB or 512GB.
Colour options for the Galaxy Z Flip 6 include light blue, light green, silver, and yellow, adding a splash of personality to this innovative foldable device. The foldable is said to support 25W charging.