Just one month after the Oppo Find X8 Ultra hit the market in April, leaks surrounding its successor are already making waves in the tech community. The upcoming Find X9 Ultra appears to be taking a dramatically different approach to mobile photography, with significant camera upgrades that could reshape the flagship smartphone landscape.
Major Camera System Overhaul
The Find X9 Ultra is set to abandon the uniform quad-camera setup of its predecessor in favor of a more diverse configuration. While the Find X8 Ultra featured four identical 50MP sensors, the new model will reportedly sport a 200MP main camera with a large sensor, marking a substantial leap in resolution. This represents Oppo's commitment to pushing the boundaries of smartphone photography through higher pixel counts and improved sensor technology.
The camera array will be completed by a 50MP ultrawide sensor, maintaining consistency with current flagship standards. However, the real innovation lies in the telephoto department, where Oppo plans to include two periscope cameras with different capabilities and resolutions.
Camera Comparison: Find X8 Ultra vs Find X9 Ultra
| Specification | Find X8 Ultra | Find X9 Ultra |
|---|---|---|
| Main Camera | 50MP | 200MP |
| Ultrawide | 50MP | 50MP |
| Telephoto 1 | 50MP | 200MP (with macro) |
| Telephoto 2 | 50MP | 50MP (10x optical zoom) |
Dual Periscope Telephoto Innovation
The telephoto system represents perhaps the most intriguing aspect of the Find X9 Ultra's camera setup. The device will feature a 200MP periscope telephoto camera that doubles as a macro shooter, providing versatility for both distant subjects and close-up photography. This high-resolution telephoto sensor could deliver exceptional detail retention even when digitally cropping images.
Complementing this will be a second 50MP super periscope telephoto camera, rumored to support 10x optical zoom. This dual-telephoto approach suggests Oppo is targeting professional photographers and enthusiasts who demand flexibility across different focal lengths without compromising image quality.
Next-Generation Performance Platform
Under the hood, the Find X9 Ultra will be powered by Qualcomm's upcoming Snapdragon 8 Elite 2 chipset, identified by the model number SM8850. This represents a significant performance upgrade and positions the device at the cutting edge of mobile processing power. The choice of Qualcomm's flagship processor indicates Oppo's intention to compete directly with other premium Android flagships.
Display and Software Specifications
The device is expected to feature a 6.82-inch flat OLED display with 2K+ resolution and 120Hz refresh rate, maintaining the high-quality screen standards established by its predecessor. The flat display design continues Oppo's recent trend away from curved edges, potentially improving durability and reducing accidental touches.
Software-wise, the Find X9 Ultra will launch with ColorOS 16, based on Android 16. Oppo plans to unveil ColorOS 16 between July and September 2025, suggesting the smartphone's launch timeline aligns with the software development schedule.
Key Specifications
- Display: 6.82-inch flat OLED, 2K+ resolution, 120Hz refresh rate
- Processor: Snapdragon 8 Elite 2 (SM8850)
- Software: ColorOS 16 based on Android 16
- Expected Launch: March 2026
- Current Status: Prototype stage
Launch Timeline and Market Positioning
According to current rumors, the Find X9 Ultra is expected to arrive in March 2026, giving Oppo nearly a full year to refine the device and its camera algorithms. This extended development period could allow for significant optimization of the high-resolution sensors and advanced telephoto capabilities.
The device is currently in the prototype stage, with leaks coming from reliable sources including Digital Chat Station, a tipster known for accurate early information about upcoming Chinese smartphones. While other models in the Find X9 series may launch earlier with MediaTek's Dimensity 9500 processor, the Ultra variant's later release date reflects its position as the premium flagship offering.