The iQOO Z9 is an upcoming smartphone model from iQOO, and it is expected to offer impressive display specifications. According to a tipster on Weibo, the iQOO Z9 will feature an OLED display panel with a 1.5K resolution. This information comes after the device was recently spotted on the Bluetooth SIG certification, indicating an imminent launch.
Display Specs
The iQOO Z9 will sport an OLED display panel with a 1.5K resolution, as per the information shared by Digital Chat Station on Weibo. This display is expected to offer vibrant colors and sharp visuals, enhancing the overall viewing experience.
Bluetooth SIG Certification
The iQOO Z9 was recently listed on the Bluetooth SIG certification with the model number I2302. This certification also confirmed support for Bluetooth 5.3 connectivity. The sighting of the certification suggests that the device’s launch is just around the corner.
Chipset Details
According to a report from late January 2024, the iQOO Z9 is expected to be powered by the MediaTek Dimensity 8300 SoC. This chipset is expected to offer impressive performance and efficiency, ensuring smooth multitasking and gaming experiences.
Battery and Charging
The iQOO Z8, the predecessor of the Z9, featured a 5,000mAh battery pack. However, it is speculated that the Z9 could offer a higher capacity. Additionally, the Z8 supported 120W fast charging, and it is likely that the Z9 will retain this feature, allowing for quick and convenient charging.
Camera Setup
The iQOO Z8 had a 64-megapixel dual-camera setup on the rear, and it is expected that the Z9 might receive an upgrade in this department. While there is no official confirmation yet, it is possible that the Z9 could offer improved camera capabilities for capturing stunning photos and videos.
It is important to note that these details are based on speculation and should be taken with a pinch of salt until official information is released. As the launch of the iQOO Z9 approaches, more concrete details about its specifications and features are expected to surface.
