Breaking: Find X9 Ultra will feature a new 1/1.28″ 200MP 3× telephoto sensor paired with a large-aperture optical system, positioning it as the highest light-intake telephoto lens in its class. It will also include a native 50MP 10× (230mm) super-telephoto module, providing up to 20× (460mm) via in-sensor zoom (ISZ) directly from the native 10× lens.

This will be the first quad-camera smartphone configuration to integrate two 200MP sensors: LYTIA 901 (1/1.12″, 200MP) and a second, newly introduced 1/1.28″ 200MP sensor.

Potential candidates for the new 1/1.28″ 200MP sensor include SmartSens SCC80XC and OmniVision OV52A / OV52B.

Source: DCS

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Xiaomi 17 Ultra Debuts "Leica 200MP Optical Zoom" - Industry's first 75-100mm full 200MP optical output lens; Industry's first mobile phone lens to receive Leica APO optical certification; 3G+5P dual floating lens group. Xiaomi's most ingenious optical design to date is "optical zoom," not "digital cropping."

This marks a new starting point for next-generation telephoto solutions and mobile imaging optics. It all begins here.

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The all-new "Leica 200MP Optical Zoom" is another masterpiece of Xiaomi's Leica optical miniaturization, inheriting the same principles as camera zoom lenses.

It supports full 200MP optical output throughout the zoom range, allowing the Xiaomi 17 Ultra to boast four golden portrait focal lengths (75mm, 85mm, 90mm, 100mm) using true optics, giving portrait creation freedom.

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Built on a 28 nanometer process, HPE reduces power consumption by 40% compared to the previous generation HP9.

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Xiaomi 17 Ultra and Xiaomi 17 Ultra Leica Edition Pricing Overview

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OnePlus Turbo 6V official renders

• 6.8-inch 1.5K 144Hz display
• Snapdragon 7s Gen 4
• 9,000mAh battery
• 80 watt charging
• 50MP main +8MP UW rear camera
• 32MP front camera
• Optical In-display fingerprint scanner

🗓️ Launching on January 8 in China
🌍 Can be launched as OnePlus Nord CE 6 globally

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The most significant improvement of Xiaomi 17 Ultra is the inclusion of LOFIC technology.

To briefly explain, if a pixel is trap for capturing light, then the full-well capacity is the number of photons a pixel can store. Theoretically, the larger the full-well capacity, the higher the dynamic range. However, it's important to note that simply increasing the full-well capacity primarily ensures that highlights don't overflow. In low-light conditions, it's difficult to fill the entire image, and to improve the image quality, the gain must be artificially increased, leading to more noise in shadows. LOFIC solves this problem by equipping each pixel with two capacitors, one large and one small, and opening a channel between them. Photons first enter the small capacitor, filling it before overflowing into the large capacitor. The benefits of this are obvious: it simultaneously ensures detail in highlights and clarity in shadows.

Source: WekiHome

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