OPPO has announced that the Find X9 Ultra will launch globally on April 21, 2026. The phone is positioned as a camera flagship, with the headline feature being a new 50MP telephoto lens capable of true 10x optical zoom.
Why the zoom spec is a bigger deal than it sounds
Most flagship phones top out at 4x or 5x optical zoom. Getting to 10x in a phone-sized body requires a physically longer camera module, which has historically meant compromises in thickness or camera bump size.
What OPPO says about it
Pete Lau, OPPO's SVP and Chief Product Officer, framed the telephoto as the defining feature of the Find X Series philosophy. “By introducing the Hasselblad 50MP 10x Ultra-Sensing Optical-Zoom Telephoto,” he said, “we are pushing the boundaries of what is possible with smartphone zoom. This is not just another flagship, it's your next camera.”
How OPPO solved the engineering problem
OPPO's answer is a new Quintuple Prism Reflection Periscope Structure. Rather than a single reflection like a standard periscope lens, light bounces through five separate prism elements. OPPO says this achieves the optical path length needed for 10x zoom while cutting the module's physical length by 30% compared to a conventional design.
What that means for image quality
The prism assembly uses three precision-cut pieces separated by a nanometer-scale air gap, which OPPO says keeps the optical path clean and reduces image degradation before light reaches the sensor. The company is also calling out a new Sensor Shift stabilization system, which physically moves the sensor to compensate for camera shake at longer focal lengths, where movement is harder to correct.
The bigger picture
OPPO is calling the 10x zoom lens the anchor of a wider imaging system, with computational photography features sitting on top of the hardware. Full details on pricing and availability are expected closer to the April 21 launch date.
We are getting a review unit, so keep it locked to TalkAndroid – it's going to be a cracker.
Read: OPPO Find N6 Review: This Is What a Foldable Should Be
