Realme Reveals GT5 Pro's Greatest Low-Light Telephoto Performance
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The Strongest Low-Light Telephoto Presented by Realme
At a formal press conference this afternoon, Realme, Qualcomm, and ArcSoft announced a ground-breaking image technology partnership. The group revealed the release of an ultra-core telephoto picture system that combines sophisticated image algorithms, chip arithmetic, and state-of-the-art optical hardware. Through this partnership, the industry-first Snapdragon 8 Gen3 + IMX890 telephoto combination makes its premiere. Interestingly, this is the first telephoto end to support DOL-HDR at the main camera level.
Realme officially revealed that the Realme GT5 Pro, their next flagship smartphone, will come with an IMX890 extremely light periscope telephoto lens that was cooperatively adjusted by three parties. This action attempts to test the best low-light telephoto capabilities available in the industry. has incredibly high specifications for the primary camera.
A crucial part of the Realme GT5 Pro's imaging system, the Sony IMX890 sensor has a 1/1.56-inch ultra-large base, outperforming rivals with an amazing 143% increase over the JN1 and 89% higher base than the OV64B. The Realme GT5 Pro's huge F/2.6 aperture, 3x optical zoom, OIS + EIS super anti-shake technology, and all-pixel omnidirectional focusing make it a serious competitor in the smartphone photography market.
Camera Configuration for the Realme GT5 Pro: Round Camera Housing
The IMX890 Ultra Luminous Periscope Telephoto, which Realme claims is the most light-sensitive telephoto lens in the market, establishes a new benchmark. Enabling a huge 2μm single pixel and supporting prime-level 4-in-1 multi-pixel fusion technology, this lens produces an amazing 215 percent greater light sensitivity than standard upright telephoto lenses. The telephoto lens's exceptional absorption of light enables it to provide exceptional results in low light, including detailed images with well-defined light and shadow and a resolute performance even at high magnification.
Realme has implemented an ultra-core image heterogeneous computing framework to significantly improve the GT5 Pro's imaging capabilities. With this framework, single-frame processing speed increases by 44%, image power consumption decreases by 10%, and multi-frame compositing up to 13 frames is supported. The visual quality has significantly improved as a result of these developments.
The GT5 Pro's first-ever implementation of DOL-HDR technology at the telephoto end is another noteworthy feature. Thanks to a new 2x6+1 multi-frame option, this technology technique, which produces purer and more realistic images, increases image latitude and dynamic range. Dynamic HDR photosynthesis is made possible by DOL-HDR's ability to simultaneously capture two frames at differing exposures, even while photographing fast-moving subjects.
Realme and ArcSoft, a leader in artificial intelligence for computer vision globally, have commenced a close partnership. By working together, they have refined and unveiled the telephoto super light and shadow engine, shattering the telephoto image quality ceiling in the areas of computed light and shadow, AI semantic perception, and image quality enhancement.
With this alliance, Realme and Qualcomm and ArcSoft have expanded their relationship to the furthest extent possible, allowing for the optimization of chips, sensors, and algorithms. Realme has improved telephoto image quality, performance, and overall quality by exploring the underlying image architecture.algorithms, bringing telephoto imaging to a new turning point for the sector.
The OmniVision OV64B sensor will be available in Realme's digital series, expanding their range of periscope telephoto products. This technology is anticipated to be carried over into the next Realme 12 series, demonstrating Realme's dedication to improving smartphone photography across its product spectrum.
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