Performance of the HP2 sensor in the Galaxy S23 Ultra
According to JBQ, There has been a lot of speculation about Samsung’s next-gen camera for its upcoming Galaxy S23 Ultra flagship phone. Industry watchers are certain that the device will not use the existing ISOCELL HP1 or ISOCELL HP2 sensor, but a new camera that Samsung has yet to announce.ISOCELL HP1 and HP3 are in the 200 megapixel family. The Galaxy S23 Ultra could also feature a 200MP sensor, and leaker @UniverseIce now speculates that Samsung’s next flagship could feature a so-called ISOCELL HP2 sensor. Currently, the latter is absent from Samsung’s lineup and has not been announced.A
As for specifications, since the ISOCELL HP1 and HP3 have 0.64μm and 0.56μm pixels respectively, the source further speculates that the ISOCELL HP2 sensor could fall right in the middle, with 0.60μm pixels.
Wilder’s rumor suggests that the Samsung Galaxy S23 Ultra might have a 450MP camera, though that seems a bit too realistic. And according to other rumors, the Galaxy S23 Ultra’s zoom camera may miss out on the upgrade.
Be that as it may, there is a very good chance that Samsung will upgrade the main camera of the Galaxy S23 Ultra with a higher resolution sensor above 108MP. The company has shied away from the high-definition camera game for years, but now it seems it’s trying to set an example and crush its rivals in the numbers game.
Galaxy S23 Ultra camera specs are expected
- Main camera: 200 MP Samsung ISOCELL HP2 sensor with 0.60 micron pixel size
- 3x telephoto camera: 10 MP, sensor size: 1/3.52 inch; Pixel size: 1.12 µm
- 10x periscope zoom camera: 10MP, sensor size: 1/3.52 inch; Pixel size: 1.12 µm
- Ultra Wide Camera: 12MP Sensor Size: 1/2.55″; Pixel size: 1.4 µm
That’s right, the leaker’s cat avatar believes that Samsung’s mysterious ISOCELL HP2 sensor designed for the Galaxy S23 Ultra will have a pixel size of 0.6 microns. This is right between the ISOCELL HP1’s 0.64 microns and the HP3’s 0.56 microns, so it must indeed be a new sensor.
This wouldn’t be the first time Samsung has sold a super high-resolution sensor to other phone makers, like its latest 108 and 200MP products, but it’s keeping a customized version of them for itself, keeping the Galaxy S Ultra series for the last few years. has Generations
For example, Xiaomi and Motorola were first with Samsung’s 108-megapixel and 200-megapixel sensors, but only got the first generation, while when it came time to build a high-end Samsung phone, the world’s biggest phone maker packed its flagships with Released an improved version. From the same sensors, something similar might be in play for the Galaxy S23 Ultra, but one thing seems certain – indeed, it will have the new high-resolution sensor that was originally rumored.
SAMSUNG GALAXY S23 ULTRA will introduce a 200-megapixel HP2 sensor
JBQ says, The South Korean manufacturing giant, Samsung, is one of the major players in the global smartphone market. This company is also one of the top brands in the field of mobile phone camera production. However, in many cases, Samsung is not the first to use its own sensor.
However, according to @iceuniverse, the Samsung Galaxy S23 Ultra will use a 200-megapixel primary camera. The cool part about this camera is that it has a 200MP ISOCELL HP2 sensor from the future. According to all indications, Samsung will be the first to use this sensor.
Currently, Samsung has two 200 megapixel sensors called Samsung ISOCELL HP1 and ISOCELL HP3. The first is confirmed to be powered by Motorola’s new Moto X30 Pro/Edge 30 Ultra. According to IceUniverse, HP2 will outperform HP1 and HP3 in overall performance. This is probably why Samsung itself will officially release this sensor. The size of HP2 is currently unknown. If it performs better, it might be bigger than the HP1 (1.22″/1.1″ sensor) or have better processing technology.
SAMSUNG GALAXY S23 ULTRA – A premium flagship
The current highest-pixel lens on Samsung phones is the 108-megapixel camera on the Galaxy S22 Ultra. The company also uses this sensor in older smartphones such as the previous Galaxy S20 series and the S21 series. You can see that Samsung has used a 108 megapixel sensor for the flagships of the three generations. Therefore, it is necessary for the company to upgrade the sensor in the upcoming Galaxy S series flagship.
If the Galaxy S23 Ultra is equipped with a 200-megapixel main camera, it will be the first change in Samsung’s camera specifications in four years. In addition, the Samsung Galaxy S23 Ultra is expected to be powered by a Qualcomm Snapdragon 8 Gen 2 (SM8550) processor.
This flagship processor will be officially introduced in November this year. Expectations are that the performance of this chip will be improved and it will have better energy consumption.
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Stellar Galaxy S23 Ultra HP2 sensor optimization can take Samsung night photography to new levels
According to new details shared about the expected camera equipment, the Samsung Galaxy S23 Ultra seems to offer better photos of the moon. The Galaxy S23 Ultra is believed to feature an ISOCELL HP2 sensor that has been specially optimized to produce starry night photography that could eclipse the S22 Ultra’s nocturnal capabilities.
Ice universe has released the Galaxy S23 Ultra leak again, this time with proper focus on the camera equipment. The Samsung Galaxy S23 Ultra has long been rumored to use a 200MP ISOCELL HP2 sensor as part of its camera equipment, and the leaker claims that the “significant” optimizations ensure that the S23 Ultra’s night photography might even beat the Galaxy to defeat S22 Ultra with its specialized night mode and “nightography” cameras.
Night Camera Was very Good
The leaker specifically states that night photography is “significantly improved” for the Samsung Galaxy S23 Ultra, while sharing a post from Chinese social media site Weibo that apparently explains why prospective owners They take pictures with less noise than before the moon.
The description, in both Chinese and English, is difficult for the casual observer to decipher because of the few primitive characters associated with the camera (see tweet embedded below).
FWC (full well capacity) seems to be less aggressive than 10,000e- (“e-” = electrons), which should apparently help determine how the pixels react to light, especially after dark. The source also states that “RMS, RTN, FPN are significantly optimized”, those in the know (pdf) will know that they stand for Root Mean Square, Random Telegraph Noise (can cause pixels to flicker) and Fixed-Pattern Noise.
respectively occurs in long exposure photography. Basically, the combination of noise reduction and control is the name of the game here, especially when shooting in low light.
Ice universe says essentially the same thing, believing that “night scene performance could be better” for the Samsung Galaxy S23 Ultra thanks to the ISOCELL HP2 sensor (apparently more like a unit made by rival Sony) and the aforementioned . Optimization to deal with noise and noise sources.
Samsung has already announced night mode capabilities on many of its devices, from the A32 to the Note10 and up to the Galaxy S22 Ultra, with the latter featuring a night vision camera system powered by a 108-megapixel sensor (Samsung ISOCELL HM3). And now the Galaxy S23 Ultra also looks promising in this particular area. You can Buy Accessories Like earbuds, Power bank, charger and etc for your cellphone.
