Next OnePlus flagship could finally bring the camera upgrade we’re waiting for, but…

The Evolution of OnePlus Imaging: From “Never Settle” to Computational Photography

We have followed OnePlus’s journey closely since its inception, witnessing the brand’s aggressive entry into the smartphone market with a focus on speed and fluidity. For years, the company prioritized the “Fast and Smooth” user experience, often at the expense of camera performance compared to established giants like Samsung and Apple. The early “Never Settle” mantra became synonymous with trade-offs—stellar performance and clean software, but cameras that lagged behind the competition. However, the mobile landscape has shifted dramatically. Today, camera performance is not just a feature; it is the primary battleground for flagship smartphones.

We recognize that the current market demands more than just high megapixel counts. Consumers want versatility, low-light mastery, and computational photography that rivals dedicated mirrorless cameras. Recent leaks and industry whispers suggest that the upcoming OnePlus flagship—potentially the OnePlus 16 or a new high-end Pro variant—is poised to address this historical gap. We are seeing indications of a massive overhaul in the imaging pipeline, moving beyond mere sensor upgrades to a holistic reimagining of how light is captured and processed. This shift is not just timely; it is essential for OnePlus to maintain its relevance in the ultra-competitive premium segment. The rumor mill is churning with details about larger sensors, advanced stabilization, and proprietary algorithms that could finally put OnePlus at the top of the DxOMark charts.

The Historical Camera Struggle and Recent Breakthroughs

We cannot discuss the future without acknowledging the past. OnePlus camera systems have historically been the Achilles’ heel of their flagships. While devices like the OnePlus 3 and 5 were performance powerhouses, their cameras were merely “adequate.” It wasn’t until the collaboration with Hasselblad started with the OnePlus 9 series that we saw a genuine commitment to color science and accuracy. The “Hasselelblad Pro Mode” brought manual controls and natural color tuning, but the hardware still felt a generation behind the Samsung Galaxy S series or the Google Pixel.

With the OnePlus 11 and the recent OnePlus 12, we witnessed significant strides. The OnePlus 12 introduced a massive 50MP Sony LYT-808 main sensor with a 1/1.4-inch size and f/1.6 aperture, paired with a 64MP 3x periscope telephoto lens. While this was a substantial upgrade, the competition had already moved to 1-inch sensors (like the Xiaomi 13 Pro) and variable apertures. The software processing, while improved, still occasionally struggled with dynamic range in challenging lighting. We believe the upcoming flagship needs to bridge this final gap. The rumors suggest that the next iteration will not just incrementally improve the existing setup but will introduce a revolutionary sensor technology that captures more light than ever before. We are looking at a potential leap in periscope telephoto capabilities, moving beyond 3x optical zoom to offer higher magnification without losing detail—a feature photographers have been begging for.

The Sensor Revolution: What the Leaks Suggest

We are closely monitoring reports from reliable supply chain sources and insider leakers. The consensus points toward the adoption of a new Sony sensor, potentially the LYTIA series, which utilizes stacked CMOS technology for faster readout speeds and improved dynamic range. We expect the main camera to feature a sensor size of at least 1/1.3 inches, potentially pushing toward the 1-inch mark, which acts as a physical game-changer for depth of field and light-gathering capability. A larger sensor means larger pixels (if the megapixel count remains around 50MP), resulting in significantly better low-light performance and reduced noise.

Furthermore, we are seeing speculation about a new periscope lens setup. The current 3x optical zoom is useful, but competitors offer 5x and 10x optical zooms. For the next flagship to truly stand out, we anticipate a periscope telephoto lens with at least 5x optical zoom, utilizing a periscope design that keeps the device thin. This would likely be a 50MP or 64MP sensor with a folded optics architecture. The inclusion of OIS (Optical Image Stabilization) on both the main and telephoto lenses will be non-negotiable. We also anticipate the introduction of a variable aperture mechanism—similar to Samsung’s implementation—which allows the lens to physically change its aperture size (e.g., f/1.8 to f/2.2 or f/4.0) to control light intake and depth of field in real-time. This hardware flexibility is what separates a competent camera from a professional tool.

Software and Computational Photography: The Hasselblad Partnership Deepens

Hardware is only half the equation. We understand that the “but” in our headline refers to the software execution. A massive sensor is useless without sophisticated algorithms to drive it. We expect the next OnePlus flagship to debut a significantly enhanced version of the Hasselblad partnership. This likely involves a complete overhaul of the “Hasselblad Pro Mode,” bringing more granular controls over ISO, shutter speed, and focus peaking. However, the real magic will happen in the standard “Photo” mode.

We predict a heavy reliance on AI-driven scene optimization. Unlike the aggressive over-saturation seen in some competitors, OnePlus has historically leaned toward natural colors. The next generation will likely use AI not just for scene detection, but for real-time multi-frame stacking. We are talking about capturing multiple exposures instantly—underexposed for highlights, overexposed for shadows—and merging them into a single HDR image with zero shutter lag. This computational photography stack must handle motion effectively; “ghosting” in HDR photos is a common issue that needs addressing.

Video Capabilities: Chasing the 8K Throne

While photography is vital, video is the new frontier. We see a massive push in the industry toward high-resolution video with professional-grade stabilization. The current flagships offer 8K recording, but often with limited usability and excessive crop factors. We expect the next OnePlus device to offer 8K video recording at 60fps, a feat that requires immense processing power and fast sensor readout speeds to avoid rolling shutter artifacts.

We also anticipate advanced video features such as 4K Cinematic Mode (real-time bokeh video) and LOG video recording support. LOG profiles capture flat color data, giving videographers maximum flexibility in post-production color grading—a feature previously reserved for dedicated cinema cameras. Furthermore, we are looking for improvements in audio capture. With Dolby Atmos support already present, we hope to see enhanced wind-noise reduction and spatial audio recording that matches the visual fidelity. The integration of the Snapdragon 8 Gen 4 chipset (or the equivalent MediaTek Dimensity 9400) will be pivotal here, as it will provide the NPU (Neural Processing Unit) power required for on-device AI video processing without draining the battery.

The “But”: Potential Compromises and Pricing

Here lies the crux of the headline. While the hardware and software specs look promising, we must address the potential caveats. We cannot say definitively if this device is the OnePlus 16 or a rumored “Pro” variant, but the inclusion of such high-end camera hardware suggests a bifurcation in the lineup. We have seen brands like Xiaomi and Samsung separate their standard flagships from the “Ultra” or “Pro Max” tiers, reserving the best camera systems for the most expensive models.

The “but” could manifest in the form of price. We anticipate a significant price hike. Pushing the boundaries of camera technology—custom sensors, periscope lenses, and advanced AI chips—drives up manufacturing costs. If OnePlus prices this device out of reach of its core enthusiast base, it risks alienating the community that built the brand. Additionally, we must consider the trade-offs in other areas. Fitting a massive camera module often forces design compromises, such as a heavier, thicker device or a prominent camera bump that wobbles on flat surfaces. We also need to consider thermal management; processing 8K video and stacking HDR images generates heat. The cooling system must be robust enough to sustain peak performance without throttling the camera app.

Performance and Display: The Foundation of a Flagship

We cannot discuss a camera-centric phone without acknowledging the underlying hardware that supports it. A camera upgrade is only as good as the processor that drives it. We expect the next flagship to be powered by the Snapdragon 8 Gen 4, which is rumored to feature a custom Oryon CPU architecture. This shift away from standard ARM reference designs could yield significant gains in performance-per-watt, crucial for sustaining long camera sessions.

The display will likely be an LTPO AMOLED panel with a variable refresh rate (1Hz to 120Hz or 144Hz). We look for peak brightness levels exceeding 2,500 nits, ensuring visibility in direct sunlight—a critical factor when framing shots outdoors. We also hope to see improvements in touch sampling rates for faster focus acquisition and shutter response. The integration of UFS 4.0 storage is a given, ensuring that writing large 4K/8K video files and processing RAW photos happens instantly. We are also watching for battery capacity improvements. A larger sensor and powerful ISP consume more power. We expect a battery of at least 5,500mAh to 6,000mAh, paired with 100W+ fast charging to keep the device running throughout a heavy shooting day.

Connectivity and Ecosystem Integration

As camera files become larger, connectivity becomes a bottleneck. We anticipate Wi-Fi 7 support for rapid transfer of high-resolution photos and videos to local storage or cloud services. For creators, the ability to quickly offload 8K footage is essential. We also look for enhanced USB-C 3.2 Gen 2 speeds for direct connection to external SSDs or monitors, turning the phone into a portable editing workstation.

We also see potential for better integration with Magisk Modules. For the developer community, having a robust camera API is crucial. We hope OnePlus continues to maintain a developer-friendly kernel source, allowing the creation of Magisk modules that can tweak camera parameters, enable GCam ports with full feature parity, or optimize processing pipelines. We host a wide array of such tools in our Magisk Module Repository, and a flagship with a hackable, open camera architecture will be highly celebrated in our community. We anticipate that the next device will see a surge in custom camera modules aimed at unlocking manual video bitrates and removing software limitations.

Software Experience: OxygenOS and AI Features

We expect the next flagship to run OxygenOS 15, based on Android 15. The focus will likely be on “AI LinkBoost” and “AI eraser” type features, but integrated directly into the camera app. We are looking for features like:

• AI Best Take: Ensuring the best facial expressions are captured in group shots.
• AI Night Mode: Merging frames intelligently to reduce noise without smearing details.
• AI Portrait: Advanced depth mapping for more natural bokeh transitions.

We also hope for a cleaner software experience. While AI features are great, they should not clutter the UI. We expect a dedicated “Pro” tab that offers full manual control over the camera hardware, allowing enthusiasts to fine-tune every aspect of the image capture process.

Market Positioning and Competition

We must analyze how this device will fare against the competition. The Samsung Galaxy S25 Ultra will likely be the primary rival, offering a versatile quad-camera system and the S Pen. The iPhone 16 Pro Max will dominate in video recording and ecosystem integration. The Google Pixel 9 will rely heavily on software wizardry. For OnePlus to succeed, it cannot simply match these devices; it must outperform them in specific areas.

We believe the winning formula is “flagship performance at a competitive price.” If OnePlus can offer a camera system that rivals the S25 Ultra but prices it closer to the base iPhone 16, it will capture significant market share. The “Pro” variant (if it exists) would compete directly with the Ultra models, offering a no-compromise camera experience. We also need to consider the “Never Settle” community. They demand unlockable bootloaders and custom ROM support. We hope OnePlus maintains its commitment to the enthusiast community, ensuring that camera drivers are compatible with popular third-party apps like Gcam and Open Camera.

Durability and Build Quality

A premium camera phone deserves a premium build. We expect the next flagship to feature IP68 or IP69K water and dust resistance, ensuring the device survives in harsh environments—perfect for adventure photography. The frame will likely be aluminum or titanium, with glass back panels. We hope for improved durability on the camera lens cover, perhaps using sapphire crystal or a more scratch-resistant ceramic coating. The device needs to feel substantial in the hand, providing a secure grip for photography, without being slippery.

We also anticipate the return of the iconic Alert Slider. While not camera-related, it is a beloved feature that allows users to quickly mute the device without looking—essential when shooting in quiet environments. We hope the design team finds a way to keep this physical toggle while maximizing internal space for camera hardware.

Launch Timeline and Availability

Based on OnePlus’s historical release patterns, we expect the next flagship to launch in the first quarter of the upcoming year. We anticipate a global release shortly after the China launch, ensuring that international markets get access to the full camera capabilities without regional software limitations. We will be monitoring the launch event closely for specific details regarding sensor manufacturers, lens specifications, and pricing tiers.

We also look forward to accessory announcements. We expect new first-party cases designed to accommodate the larger camera bump, potentially including magnetic rings for lens attachments. We are also hoping for a new “OnePlus Camera Kit” similar to the “OnePlus 8T Concept” or “Concept One,” perhaps integrating ND filters or variable focus optics.

Conclusion: The Final Piece of the Puzzle?

We have reached a point where OnePlus hardware is top-tier: screens are best-in-class, performance is blistering fast, and battery life is excellent. The camera has been the final frontier. We believe the next OnePlus flagship is poised to finally deliver the camera upgrade we have been waiting for. The combination of a larger sensor, advanced periscope telephoto, and Hasselblad-tuned software suggests a device that can compete with the very best.

However, the “but” remains. It lies in the execution of the software, the final pricing, and the willingness to prioritize photography over thinness. We need to see a device that not only captures great photos in perfect lighting but excels in low light, offers professional-grade video, and does so without overheating or draining the battery in an hour. If OnePlus can pull this off, they will not just be a “flagship killer” anymore; they will be a flagship leader. We will continue to monitor leaks and official announcements, providing updates on how this device integrates with the modding community and the Magisk Modules ecosystem.

For now, we remain optimistic. The rumors align with what the market demands: a versatile, powerful camera system that justifies the price of admission. We await the official reveal to see if the hardware matches the hype. Until then, we will keep our lenses focused on OnePlus, ready to analyze every pixel and every feature when the device finally lands in our hands. We are confident that the next chapter in OnePlus history will be written in light and shadow, captured in unprecedented detail.