CMOS sensor is the most influential part of mobile phone photography/video recording. Although there are only three core manufacturers: Sony, Samsung, and Howell (OV), there are many CMOS models and specifications. In addition, Sony and Samsung are both naming wizards, and the naming system of mobile phone CMOS is more chaotic than SoC, which is easy to be confused.
For convenience of reference and comparison, this article makes an inventory Common CMOS and its simple specifications, mainly equipped with models. In case of unknown CMOS, we can roughly understand its level according to its size Rank from large to small according to size 。 Some specifications are not marked, which does not mean they are not , maybe it's just for historical reasons.
PS: Good use of desktop browser Ctrl+F And mobile browser. IPhone's CMOS is marked in italics.
Update records
24-0320 Add domestic new products of Stevie and Geke Micro (rumored to appear in Huawei Mate 70 series)
24-0312 Add OV50K and OV50X messages
On 23-1212, Sony LYT-900/T808/808/600/500, IMX920, IMX906, Howell OV50K/50E and other new products were added, including 900/800/400 Light and Shadow Hunter and Samsung GNK.
23-1208 Additions 2×2 OCL Dimensioning（ 2×2 OCL： The technology of improving focusing and dim light performance will sacrifice detail performance, resulting in a virtual high pixel mode, which can be used as a product with physical pixels divided by 4. Sony sensor sees "full pixel omni focus" and Howell sensor mostly focuses on QPD full pixel, which is 2 × 2 OCL). This technology has been widely used in new sensors, If there is no bid, it doesn't mean it is not. It's just that there is no time to supplement the bid.
23-0608 update: Add the IMX758/858, IMX866, IMX890, Samsung HP2/HP3/HPX and other CMOS released in the past year
Common models in 2023-24
Sony LYT-900 : Optimized version IMX989, 1.02 type (same as 1/0.98 type), 50 million pixels, the next generation of domestic super cup, DCG dual conversion gain optimization
Sony LYT-T808 /IMX888 (Exmor T double-layer sensor): 1/1.35 type, 52 million pixels, 1.12 μ m。 When taking photos, 1/1.43 type 48 million pixels.
Sony LYT-808 /IMX966 (without double layer transistor), 1/1.4 type, 50 megapixel, 1.12 μ m
Sony LYT-700 : 50 million pixels, 1/1.56 type, 1 μ M (or replace IMX766/890 wholesale location)
Sony LYT-600 : 50 megapixel, 1/1.95 type, successor of IMX586
Sony LYT-500 : 50 million pixels, 1/2.93 type, 0.6 μ m. The official original preset is used for front
Howell OV50X : TSMC 22nm process, type 1, with LOFIC (use horizontal overflow integral capacitor to improve optical full well capacity to improve highlight dynamics), expected to appear on mobile phones in 2025
Howell OV50K : Model 1/1.3, the first LOFIC (technology to improve the dynamic range of highlight), claiming the 15EV dynamic range, the first launch of the Glory Magic6 Ultimate/Porsche Design
Howell OV50H/Light and Shadow Hunter 900 /OVX9000): 50 million pixels, 1/1.3 type, 1.2 μ m. Claim 13.5EV dynamic range, dual native ISO Fusion Max, 14bit RAW (OV48C, 1.2 μ m. 1/1.32 type)
Howell OV50E/Shadow Hunter 800 : 50 million pixels, 1/1.55 type, 1 μ m. Claim 13.2EV dynamic range
Howell OV50D/Shadow Hunter 400 : 50 million pixels, 1/2.88 type, 0.6 μ m
Samsung GNK : 50 megapixel, 1.2 μ m. 1/1.3 type
Naming rules
HOWAY OV series, Naming is the most regular. For example, OV64B/OV48C, the digital part is the number of pixels, but the A/B/C of the suffix has no clear rule temporarily.
Samsung General rules: HP series is 200 million pixels, HM series is 100 million pixels, GW series is 64 million pixels, GN/JN series is 50 million pixels, GM series is 48 million pixels, and GD/JD is 32 million pixels. However, the number suffixes are completely irregular. There are both Xiake and Shangke and Xiake, and they may also be replaced by the abbreviations of H, V, X and other mobile phone factory names (for example, GNH, GNV, and HMX are the nominal customized versions of Glory, Vivo, and Xiaomi respectively).
Sony IMX series Naming is the most confusing. Taking IMX363 as an example, the first digit in the early period represents the intergenerational number, and the last two digits are generally stronger as they get bigger. However, the law was broken N years ago, and now it is so chaotic that Mom doesn't recognize it.
What should I care about?
Camera sensor CMOS Indicators to focus on:
CMOS size, Determine its location directly. Since the size is expressed in the reciprocal form, the smaller the denominator value, the larger the CMOS.
In 2023, the flagship mainstream will be 1/1.3 to 1/0.98 (IMX989), the middle end will be 1/1.5 (IMX766 early warning!), and the entry will be 1/2 (OV64B early warning!). From 2022 to 2023, the flagship mainstream IMX766/890 (1/1.56 type) will have an area three times that of IMX214 in 2014, but only half that of GN2 (1/1.12)
Followed by the unit pixel size , middle end 0.56 μ M to 1 μ m. Flagship 1 μ M starting, 1.2 upwards μ m、1.6 μ m、2.4 μ M and other specifications;
OIS optical anti shake and aperture are also important, but these are determined by the lens module. There are only several lens module specifications for the same CMOS.
Use the unit pixel size to calculate the sensor area (still use the old "inch" logo. The IMX689/789 of native 1/1.35 type 16:11, here it is calculated in their 4:3 photographing mode) ↑
Pity mistakes:
For historical reasons, the "inch" used in the sensor field is not 1 inch=2.54 cm. And From 1/2 inch, the corresponding number of "per inch" changes from 18mm to 16mm It's even more confusing. Therefore, the above figure uses "unit pixel size" to calculate the sensor area for intuitive comparison.
"Inch" dimensioned A lot of tricks : For example, type 1/2 is only 5% larger than type 1/2.3. It is also 1/2.3 type, and there is 14% area difference between different CMOS. It is also Type 1, and there are 12% differences between different models.
Our version uses the new "Type" label. For example, the former "1/1.5 inch" is now called "1/1.5 type" or "Type 1/1.5".
Due to historical reasons, many models of the network are wrong. For example, there are N versions of IMX888, which should be carefully identified.
Unconventional
Sony LYT-900 （IMX06A） , 1.02 type, 50 million pixels, 1.6 unit pixels μ m. Octa PD focusing, with DCG dual conversion gain (claimed to increase 30% of the traditional 1-inch full well capacity, the digital layer is upgraded from 40nm to 22nm, and the reading speed and dynamic range are improved (from 10.6EV to 14EV). Xiaomi claims to reduce the power consumption by 43%. Sony said that the power consumption of 8K 30fps video recording is more than 30% lower than that of IMX989, and 4K 30fps video recording is 50% lower. Released in June 23, and first launched by OPPO Find X7 Ultra on January 8, 24)
Sony IMX989, 1.02 type, 50 million pixels, 1.6 unit pixels μ m. Octa PD full pixel eight core focusing, not 2x2 OCL (the actual area is 12% larger than the previous "1 inch". See Xiaomi 13 Ultra/Xiaomi 12S Ultra, vivo X90 Pro+/X90 Pro, OPPO Find X6 Pro, Xiaomi 13 Pro (equivalent to 21mm, 0.9 times), Sharp R7/R8 Pro (equivalent to 19mm and trimmed, only 47.2 million pixels), vivo X100 Pro)
The Sony Black Card Type 1 Exmor RS sensor below the IMX989 is 13.2x8.8mm, with a diagonal of 15.86mm (area of 116.16mm ²）。 IMX989 is 13.1x9.8mm, diagonal 15.9mm (area 128.38mm ²）
Howell OV50X : TSMC 22nm process, type 1, with LOFIC (TheiaCel (improve the optical full well capacity to improve the high light dynamic by using the horizontal overflow integral capacitor), expected to appear on mobile phones in 2025
Sharp AQUOS R6 and its shell changing vest "Leica Leitz 1" It is equipped with unknown type 1 CMOS. Type 1, 20.2 million pixels, about 2.4 per pixel μ M (They are extremely rare single camera flagship. One main camera uses digital cutting to handle the equivalent 19mm to 152mm focal section.)
Sony 1 Exmor RS Sensor 。 Type 1, 20100000 pixels, 2.4 per pixel μ M (see Sony Xperia PRO-I, CMOS is derived from Sony black card RX100 VII, but only 60% of the central area is intercepted, about 1/1.3 type, and the usable pixel is 1200W)
Panasonic Lumix DMC-CM1 in 2014 , type 1, 20100000 pixels, about 2.4 μ m
Samsung GN2/GNH (S5KGN2) , 1/1.12 type, 50 million pixels, 1.4 unit pixels μ m。 4 in 1 into 2.8 μ M 12.5 million pixels, the first dual pixel Pro full pixel omnidirectional 8-core focusing (green pixels are diagonal dual PDs), dual native ISO Fusion (Xiaomi 11 Ultra and Xiaomi 11 Pro are first launched, Xiaomi is equipped with 8P OIS lens, F1.95 aperture. The Glory Magic4 Ultimate/Magic5 Pro GNH is equipped with stronger 8P, F1.6, OIS lens)
Flagship
2012 Nokia 808 PureView , Toshiba HES9 (headlamp), 1/1.2 type, 41.3 million pixels, 1.4 μ m。 At 4:338.2 million pixels when taking photos, and at 16:9 33.6 million pixels when taking videos (this is a monster 11 years ago, do you believe it?)
Samsung HP1 (S5KHP1) , 1/1.22 type, 200 million pixels, 0.64 μ m。 16 in 1 to 12.5 million pixels 2.56 μ m. Or 4 in 1 50 megapixel 1.28 μ M (The unit pixel is too small, and the actual performance is far worse than that of the following products of the same level. See domestic moto X30 Pro and overseas Xiaomi 12T Pro)
Sony IMX700, 1/1.28 type, RYYB, 50 megapixel, 1.22 μ m。 4 in 1 to 2.44 μ M 12.5 million pixels, full pixel eight core focusing (Quad Bayer with dual core focusing), maximum 14bit sampling (super large bottom+RYYB, huge light input, but difficult to adjust white balance. See Huawei P40 series, Mate 40 series, Glory 30 Pro+and other models)
Sony IMX707 , 1/1.28 type, 50 megapixel, 1.22 μ m。 4 in 1 to 2.44 μ M 12.5 million pixels, full pixel eight core focusing, common RGGB filter, 8K 24fps video recording (see Xiaomi 12 Pro, Xiaomi 12S/12S Pro/12 Pro Tianji version)
Howell OVB0B , 1/1.28 type, 200 million pixels, 0.61 μ m。 Daily 16 in 1 2.44 μ M 12.5 million pixels, QPD four phase focusing+triple exposure HDR, 8K30 frame video recording, 2x2 OCL
Stevie SC580XS (Domestic), 1/1.28 type, 50 megapixel, 1.22 μ m. Released in January 24 (same level as IMX700/707 of P40/Mate 40 series/Xiaomi 12S series)
Samsung HP2, 1/1.3 type, 200 million pixels, 0.6 μ m，2x2 OCL。 Daily 16 in 1 2.4 μ M 12.5 million pixels, Super QPD+Smart ISO Pro+Tetra pixel RGB Bayer, 8K30 frame video recording (see Samsung Galaxy S23 Ultra)
Sony IMX803 , about 1/1.3 type, 48 million pixels, 1.22 μ m. 4 in 1 to 2.44 μ m. The first Quad Bayer of Apple （ IPhone 15 Pro/Pro Max, 14 Pro/Pro Max , the most stacked apple)
Howell OV50K: 1/1.3 model, first LOFIC (technology to improve highlight dynamic range), claiming 15EV dynamic range, first release of Glory Magic6/Porsche Design, first release of Glory Magic6
Howell OV50H : 1/1.3 type, 50 megapixel, 1.2 μ m。 QPD focusing+DCG-HDR, 2x2 OCL. DCG synthesized 14bit RAW. See iQOO 12/12 Pro, Meizu 21 Pro, Glory Magic6/6 Pro (OVH9000), Xiaomi 14/14 Pro (light and shadow hunter 900/OVX9000 slightly changed, claiming 13.5EV dynamic range) (diagonal 12.28mm, 8192x6144)
Samsung GNK : 1/1.3 type, 50 megapixel, 1.2 μ M (OV50H contraposition product, released in November 23. It has Dual Pixel Pro, Smart ISO Pro, Staggered HDR, supports 14bit RAW, 4K 120fps/8K 30fps video recording, and also focuses on high dynamic range)
Samsung GN1/GNV, 1/1.31, 50 megapixel, 1.2 μ m。 4 in 1 into 2.4 μ M 12.5 million pixels, full pixel dual core focusing, 8K30 frame video recording (GNV is a customized version of the color filter, ISOCELL 3.0, which can be seen in vivo X80 Pro. GN1 models have the main camera of vivo X50/X60/X70 Pro+and iQOO 5/5 Pro, Meizu 18 Pro/18s Pro, Google Prince Pixel 6/7 series)
Howell OV48C , 1/1.32 type, 48 megapixel, 1.2 μ m。 4 in 1 into 2.4 μ M 12 million pixels, dual native ISO, 12bit video (OV light, enabling Xiaomi 10 Ultra to beat the early Xiaomi 11 Ultra, which is still true, but unfortunately only one generation has been used)
Howell OV64A, 1/1.32, 64 megapixel, 1 μ M (see Lenovo Saver E-sports mobile phone 2 Pro, rumored that Glory V40, nova9 Pro and other models cut it to 5000W and added it to RYYB for use)
Samsung HM3 (S5KHM3), 1/1.33 type, 108 million pixels, 0.8 μ m。 9 in 1 into 2.4 μ M 12 million pixels, Super PD Plus is added to HM1, focusing speed is increased by 50%, and intelligent ISO Pro is added. 3% focus pixels (equipped with Samsung Galaxy S21 Ultra and S22 Ultra)
Samsung HM1 (S5KHM1), 1/1.33 type, 108 million pixels, 0.8 μ m。 9 in 1 into 2.4 μ M 12 million pixels (9-in-1 version of HMX, equipped with Samsung Galaxy S20 Ultra and Note20 Ultra)
Samsung HMX (S5KHMX), 1/1.33 type, 108 million pixels, 0.8 μ m。 4 in 1 to 1.6 μ M 27 million pixels (It was initially ridiculed as "wrong direction", but its daily use is 2700W, which is now the highest straight out pixel mobile phone CMOS, and its digital capability has never been matched. Xiaomi CC9 Pro, Xiaomi 10/10 Pro/10S, Xiaomi 11, etc. are equipped)
Sony Photosimile LYT-T808 /IMX888 (Exmor T double-layer sensor) , 1/1.35 type, 52 million pixels, 1.12 μ m。 Only full 4.3:3 is used in the video recording, which is equivalent to 1/1.43 type 48 million pixels and 4:3 type 8000x6016. Non 2x2 OCL, full pixel 8-core focusing（ Double layer transistor technology: Photodiodes and phototransistors are layered, with double full well capacity. It is mainly to improve the full well capacity, so that the highlight can not be exposed as much as possible, and improve the high sense signal-to-noise ratio when the weak light is weak, but the weak light cannot win the IMX989 (first launched by Sony Xperia 1 V in May 23, and also seen in the OPPO Find N3 folding screen released in October 23)
Sony Photosimile LYT-808 /IMX966 (without double layer transistor), 1/1.4 type, 50 megapixel, 1.12 μ m. 2x2 OCL (first released by One Plus 12 released in December 23, also seen in the real GT5 Pro and Find X7)
Sony IMX789, 1/1.35, 52 million pixels, native 16:11, 1.12 µ m, 2x2 OCL. At 16:9 when shooting video and 4:3 when taking photo, 48 million pixels, equivalent to 1/1.43 type, full pixel omni focus, dual native ISO and DOL-HDR support, 8K 30fps/4K 120fps more video recording. On the basis of IMX689, the full well capacity, reading noise and reading speed (10.37x7.67mm) are improved (see One Plus 9Pro, One Plus 10 Pro Huawei P60 Pro/Art RYYB version is used)
Sony IMX689, 1/1.35, 52 million pixels, native 16:11, 1.12 µ m, 2x2 OCL. 16:9 when shooting video, 4:348 million pixels when taking photo, equivalent to 1/1.43 type, full pixel omnidirectional focusing. Sony's first dual native ISO mobile sensor+first 2 × 2 OCL/full pixel omni focus, 12bi sampling. Sony released it in December 19, and OPPO Find X2 Pro debuted in March 22 (OPPO Find X2 Pro, One Plus 8 Pro and One Plus 9 have all been used)
Howell OVB0A ， 1/1.4 type, 200 million pixels, 0.56 μ m. 16 Cell, QPD focusing, 2x2-OCL (new product in 2023)
Mainstream level: near 1/1.5 type
Samsung HP3/HP3 super zoom version , 1/1.4 type, 200 million pixels, 0.56 μ m. 2x2 OCL, 16 Bayer
Samsung HPX , 1/1.4 type, 200 million pixels, 0.56 μ m. 2x2 OCL (holder of minimum unit pixel, analytical power optimization version, see Redmi Note 12 Pro+/Note 12 Exploration version)
Sony IMX920 , 1/1.49 type (equivalent to 1/1.56 type when taking pictures), 50 million pixels, 1 μ M (see vivo X100 standard version released in November 23, which is the IMX920 VCS version of customized filter)
Sony IMX866 , 1/1.49 type (16:11), 54 million pixels, 1 μ m. RGBW version of IMX800. 50 million pixels at 4:3 when taking photos, and 7% more horizontal width than before when taking 16:9 video (see vivo X80/X90, iQOO 11 Pro/Neo8 Pro and other models, the filter upgraded IMX800, and the actual output is 50 million)
Sony IMX800 , 1/1.49 type (16:11), 54 million pixels, 1 μ m。 At 4:3 when taking a picture, it is 50 million pixels. Some models can output 5400W in high pixel mode. At 16:9 when taking a video, the horizontal width is 7% more than before (IMX766's frame expansion+full well capacity enhancement version can be seen in Xiaomi 13/Xiaomi Civi 3, Redmi K60 Pro, Glory 80 GT, Glory 70 series and other models)
Nokia Lumia 1020 in 2013 , Toshiba CK26V1 (already back lit), 1/1.5 type, 41.3 million pixels, 1.12 μ m。 At 4:3 38.2 million pixels when taking photos, and at 16:9 33.6 million pixels when taking videos (it seems to be a common size today, but it was introduced in 2013. The poor Toshiba CMOS was later incorporated by Sony)
Samsung GN9/S5KGN9 , 1/1.5 type, 50 megapixel, 1 μ M (new product in 2023, see moto G84)
Sony IMX608 , 1/1.54 type, 4000W, 1.12 μ m. 16 in 1 to 4.48 μ M for 1080P video output (giant ultra wide angle sensor, see Huawei Mate 30 Pro, P40 Pro ultra wide angle sensor)
Howell OV50E /Light and Shadow Hunter 800 , 1/1.55 type, 50 megapixel, 1 μ m. Generation 2 QPD focusing+DCG-HDR, 2x2-OCL (2023 new product. The Light and Shadow Hunter 800 was first launched by Redmi K70/K70 Pro in November 23, with dual native ISO. Also seen in vivo S18)
Howell OV50A , 1/1.55 type, 50 megapixel, 1 μ m. 2x2-OCL (Hogway version of IMX766, moto edge X30, Reno8)
Sony Photosimile LYT-700 , 1/1.56 type, 50 megapixel, 1 μ M (released in June 23, or replaced the wholesale location of IMX766/800/866/890)
Sony IMX890 , 1/1.56 type, 50 megapixel, 1 μ m. MIPI C-PHY transmission rate enhanced version of IMX766 (it will appear in a large number since 2023, and only OPPO, OnePlus, and True Self models are in use)
Sony IMX906 , 1/1.56 type, 50 megapixel, 1 μ M (IMX766 analog, specific performance index unknown, first launched by Glory 100 series in November 23)
Sony IMX766/766V , 1/1.56 type, 50 megapixel, 1 μ m. 2x2 OCL (extremely balanced, equipped with a large number of models. See Huawei P50/Gate 50 (RYYB filter version, dark light is stronger but white balance and highlight details suffer, OPPO Find X5/X3 series/Find N, True Self Master Discovery version/GT2/GT2 Pro/GT Noe3, iQOO 8 series, Xiaomi 12/12X, Glory Magic3/3 Pro, Magic4/4 Pro, etc. Huawei Mate 50/50 Pro, Mate 60/60 Pro or RYYB version IMX766)
Stevie SC550XS (Domestic), 1/1.56 type, 50 million pixels, 1 μ M (IMX766/890 peer)
Gekewei GC50B2 (Domestic), 1/1.56 type, 50 million pixels, 1 μ M (IMX766/890 peer)
Samsung GN5/GN3, 1/1.57, 50 megapixel, 1 μ M (Samsung versions of IMX766 and GN5 are active/iQOO machines, such as iQOO digital series, vivo X Fold/Fold+, etc. GN3 is on Samsung S22/S22+, Z Fold4)
Samsung HM2 , 1/1.52 type, 108 million pixels, 0.7 μ M (The unit pixel is too small, the shame of 100 million pixels, the strength is very ordinary, and can not win the IMX598. Countless models: Redmi K50 Pro, Note 9 Pro/Note 11 Pro, K40 Pro+, Xiaomi MIX FOLD, Glory 50/60 series, vivo S12 series, moto edge S30, etc.)
Unknown dual transistor sensor for iPhone 15/15 Plus model, 1/1.6 model, 48 megapixel, 1 μ m
Gradual marginalization: 1/1.7 type
Sony IMX703 , 1/1.67 to 1/1.65, 12 million pixels, 1.9 μ m（ IPhone 13 Pro Series and iPhone 14/14 Plus)
Samsung HM6 , 1/1.67 type, 108 million pixels, 0.64 μ M (The shame of "surpassing" HM2's new 100 million pixels can be seen in the True Self 10 Pro series and Redmi K50 Premium)
Howell OV40A, 1/1.7, 40 megapixel, 1 μ M (It can be understood as the IMX600 of Howell, whose specifications are very similar, but the machines equipped with it generally do not indicate the model)
Sony IMX787 , 1/1.7 type, 6400W, 0.7 μ M (See ZTE model, Nubia Z50 series/Z40 Pro, ZTE Axon 50 Ultra/40 Ultra and other models with equivalent 35mm lens for main photography)
Sony IMX686, 1/1.72, 64 megapixel, 0.8 μ M (The daily output of 1600W has inherent advantages in discrimination, but the weak light is weaker than the CMOS of the same size. There are many models: Redmi K30 Pro, Meizu 17 series, K50 e-sports version, vivo X30 series, etc.)
Sony IMX682, 1/1.72, 64 megapixel, 0.8 μ m。 The IMX686 with a reduced video specification lacks 4K60 frames and 8K video recording (the photo taking effect is basically good, with more models: Redmi K30S/K30 Ultra, Real GT Neo, Meizu 18, Samsung Galaxy A52/M31s/M51, etc.)
Samsung GW2 (S5KGW2) , 1/1.72 type, 64 megapixel, 0.8 μ M (a small change of GW1, which is very interesting to use on the 27mm "telephoto" of Samsung Galaxy S20/S20+, S21/S21+and Note20)
Samsung GW1 (S5KGW1), 1/1.72, 64 megapixel, 0.8 μ M (Samsung version of IMX686, but its performance is weak. Equipped models: LG V60, OPPO Reno3 Pro, Genuine X2/X3/X50 series, Redmi Note 8 Pro/International Note 9 Pro Max, vivo S7, NEX 3/3S, moto edge, etc.)
Sony IMX600y, 1/1.74 type, 40 megapixel, 1.01 μ m. RYYB filter (the modified version of the IMX600 filter is smaller than the above, but the dessert in unit pixel size, with RYYB support, is actually stronger. It is equipped by Huawei P30/P30 Pro, Mate 30/30 Pro, Glory V30 Pro, etc.)
Sony IMX600, 1/1.74 type, 40 megapixel, 1.01 μ M (The well-known CMOS in 2018, the beginning of the night vision instrument century, has a large number of people because of Huawei P20 Pro, Mate 20 Pro, Mate 20X, Glory V30, "nova backbone" nova 6 and other models)
Sony IMX555, 1/1.76 type, 12.2 million pixels, 1.8 μ m. Dual core focus+three-layer stack (Samsung Galaxy S20/S20+/S20 FE for 20 years, S21/S21+/S21 FE for 21 years)
Sony IMX557 , 1/1.76 type, 12.2 million pixels, 1.8 μ m. Dual core focusing+three-layer stack, 4K 120fps video has been recorded (Sony Xperia 1 II/5 II in 20 years, Xperia 1 III/5 III in 21 years, and Xperia 1 IV/5 IV in 22 years)
Howell OVA0B , 1/1.8 type, 100 million pixels, 0.61 μ M (new product in 2023)
Sony IMX603, 1/1.88, 12 megapixel, 1.7 μ m（ IPhone 13/13 mini, iPhone 12 Pro Max ）
Foundation level 1/2 type
Sony Photosimile LYT-600 （IMX882） , 1/1.953 type, 50 megapixel, 0.8 μ M (new product in June 23, see vivo S18e released in December 23)
IMX598， Type 1/2, 48 megapixel, 0.8 μ M (the customized version of vivo color filter is not different from IMX586, which can be seen in vivo X50/X50 Pro, X60/X60 Pro, X70 Pro+/X80 Pro/X90 Pro+Ultra Wide Angle, iQOO Neo5/iQOO 7/8/8 Pro, etc.)
IMX586， Type 1/2, 48 megapixel, 0.8 μ m。 7.5x5.66mm, 40nm process (a generation of classic, main camera+ultra telephoto+telephoto three habitat real · evergreen tree CMOS. It carries countless models: Glory 20 series, nova 4, Meizu 16s series, Xiaomi 9 series, Xiaomi CC9, Redmi K20 Pro/Note7 Pro, Find X2, One Plus 7/One Plus 8 series, vivo X27 series, etc. Xiaomi 12S Ultra and Xiaomi 11 Ultra's telephoto and ultra wide-angle, plus 8 Pro/Find X2 Pro's ultra wide-angle, and Samsung S20 Ultra/Xiaomi 10U's 5x telephoto are all the same)
IMX582/581， Type 1/2, 48 megapixel, 0.8 μ m。 Video size reduction version, up to 4K 30fps video recording, photographing and IMX586 are not very different (Redmi K20, Redmi Note 10, iQOO Pro and many other midrange models are used. IMX581 is seen in the ultra wide angle of a few models such as One Plus 11/12, Find N2/N3 and so on)
OV48B， Type 1/2, 48 megapixel, 0.8 μ M (offline computers like to use, OPPO A74/A92s, Xiaomi 10 Youth Edition, partial Glory Play4t Pro, etc.)
Samsung GM1 , type 1/2, 48 megapixel, 0.8 μ M (highly imitated IMX586, GM1 set a precedent of fake 4800W in that year, with weak performance, and used a large number of mid-range computers)
Howell OV64B , type 1/2, 64 megapixel, 0.7 μ M (beyond IMX586 Old age is good for health. Vivo X90 Pro+, Reno10 Pro+, Huawei Mate 50 Pro (RYYB One plus 12 class telephoto)
Samsung GW3 , 1/1.97 type, 64 megapixel, 0.7 μ M (It is larger than the above ones, but its performance is average. Game phones are very popular, including Black Shark 4/5 series, Red Devil 6/6S/7/7S series, Xiaomi Civi 1/1S, iQOO Z3/Z5)
Samsung GM2 (S5KGM2), 1/2.25 type, 48 million pixels, 0.8 μ m
Ultra wide angle/telephoto/pre stage (too many and too miscellaneous, roughly listed)
long-focus
IMX858 , 1/2.51 type, 5000W, 0.7 μ m. 2 × 2 OCL (it can be understood as the introduction of 2 × 2 OCL, 12bit ADC, and updated IMX758, which improves the dark light noise reduction and focusing performance at the cost of full pixel output details. See 3.2 times/5 times long focus/ultra wide angle of Xiaomi 13 Ultra)
IMX758 , 1/2.51 type, 5000W, 0.7 μ M (see the double portrait telephoto of vivo X90 Pro/X90 Pro+)
Gekewei GC50E0 , type 1/2.5, 50 megapixel, 0.7 μ M (the same level as Xiaomi 13/14 Ultra sub camera IMX858)
IMX350， 1/2.78 model, 2000W, 1.0 µ m (the long-lived CMOS in 2016, featured by the one plus 5, Meizu 15/16/16s series, Huawei P10 series, Mate 9 series, and Glory 9. Xiaomi 10 Pro/10 Ultra UWA, Huawei P30 Pro UWA, etc.)
IMX376K ，2000W，1 μ M (see the ultra wide angle of the ancient one plus 5T and the modern Xiaomi Civi 2)
IMX663， 1/2.93 type, 1200W, 1.22 μ M (A large number of images appear in vivo's 2x portrait telephoto, Pixel 6 Pro's front view, and also in Xperia 1 III, Xperia 5 III, Xperia PRO-I and vivo X70 Pro+/X80 series's 2x telephoto. Often confused with the apple 1.4 μ IMX633 for m ）
S5K3M5， 1/3.4 type, 1300W, 1 μ M (old friend, seen in the modern Find X3/X5 series of 2x telephoto)
IMX913， 1200W，1.12 μ m (5x periscope telephoto of iPhone 15 Pro Max)
IMX713， 1/3.4 type, 1220W, 1 μ m （ 3x telephoto for iPhone 13 Pro and 14 Pro series ）
IMX613， 1/3.6 type, 1220W, 1 μ m (2.5x telephoto for iPhone 12 Pro series)
IMX650 1/3.5, 1200W (Sony Xperia 1 IV/V's 85 to 125mm physical zoom telephoto. The Huawei P30 Pro disclosed that the IMX650 model name was misused, resulting in a large number of error messages on Chinese websites)
IMX754, type 1/3.52, 1000W, 1.12 μ M (3x and 10x telephoto of Samsung Galaxy S23Ultra and S22 Ultra)
Super wide-angle
IMX633， 1/2.55 type, 1200W, 1.4 μ m （i Phone 15 Pro/Pro Max, 14 Pro/Pro Max, super wide angle, conscience is not like Apple ）
IMX563 , 1/2.55 type, 1200W, 1.4 μ M (Ultra wide angle of Galaxy S21/21U/S22/S22 U, Sony Xperia 1 IV and other models)
OV13B10 , 1/3.06 type, 1300W, 1.12 μ M (K30 Pro, Xiaomi 10S/11/11 Pro, Xiaomi MIX4 Ultra Wide Angle)
S5K3L6 (ISOCELL 3L6), 1/3 type, 1300W, 1.12 μ M (I have done ultra wide angle of multiple mobile phones such as Redmi K20 Pro, iQOO 5/Neo5/Neo6, and 2x telephoto of iQOO 11)
IMX772， 1/3.4 type, 1220W, 1 μ m （ Ultra wide angle of iPhone 13 series)
IMX372， 1/3.4 type, 1220W, 1 μ m (Ultra wide angle of iPhone 11 and iPhone 12 series)
OV8856 , 1/4 type, 800W, 1.12 μ M (It is commonly used to make up ultra wide angle, including K50 e-sports version and iQOO Neo5 dynamic version)
S5K4H7 , 1/4 type, 800W, 1.12 μ M (super wide angle of K50 series and Note 11 Pro+)
IMX355 , 1/4 type, 800W, 1.12 μ M (from the tactical super wide angle of almost all K40 series and a large number of subsequent models)
OV08B， 1/4 type, 800W, 1.12 μ M (Veterans released in 2019 are still used as super wide-angle players up to vivo S18)
OV08D10 1/4.4, 800W, 1 µ m (tactical super wide angle, iQOO Neo8 Pro, One Plus Ace 2, Redmi K70/K70E, etc.)
OV08A10， 1/4.4 model, 800W, 1 µ m (the periscope telephoto sensor that was very popular in the early days. One plus the 3.3x telephoto, vivo X50/60/70 Pro+also likes to use it on the 5x periscope telephoto)
Anterograde
Howell OV60A, 1/2.61, 60 megapixel, 0.612 μ M (Glory 60 Pro and moto edge X30 front, Glory Magic4 Pro super wide angle cut to 5000W)
Sony IMX816 , 50 megapixel (Glory 100 Pro front)
Samsung GH1, 1/2.65, 44 megapixel, 0.7 μ M (Front camera of Reno3 Pro, Samsung Galaxy S20U/S20U, vivo S7/S9, etc., and strange manufacturers also use it on the main camera)
Sony IMX709 , 1/2.74, 32 megapixel, 0.8 μ m. Rare RGBW arrangement (first seen in front of OPPO Reno7/Reno8, Find X5 Pro and other models)
Samsung JN1, 1/2.76, 50 megapixel, 0.64 μ m. Double Super PD focusing (in 16 pixels, 2x1 lens is more than 2 × 1 OCL)
Sony OV16A1Q, 1/2.8 type, 16 million pixels, 1.12 μ M (see Z50/Z50 Ultra, Redmi Note 10 Pro, K60/K60 Pro, K70 full series front camera in Nubia)
Sony IMX616/615 , type 1/2.8, 32 megapixel, 0.8 μ M (the front of Huawei Mate 30/P30/P40 series, Find X2 series, Meizu 17 Pro and other models)
Samsung GD1 , type 1/2.8, 32 megapixel, 0.8 μ M (vivo likes to use it on the double portrait telephoto, which can be seen in X50/X60 Pro+)
Howell OV50D/ Light and Shadow Hunter 400 , 1/2.88, 50 megapixel, 0.61 μ m. Some 2x2 OCL (new product in 2023, see the 2x telephoto of Redmi K70 Pro in November 23)
Sony Photosimile LYT-500 , type 1/2.93, 50 megapixel, 0.6 μ m. Used for front end, with Always on capability (new product in June 23)
Howell OV32B , 1/3 type, 32 megapixel, 0.7 μ M (Xiaomi 12 Pro/12S Pro/12 Pro Tianji version, all the way to the front of Xiaomi 14/14 Pro)
Samsung S5K3P9 , 1/3.1, 16 megapixel, 1 μ M (Starting from Samsung S10 series, it is widely used as a front end in vivo/OPPO/self models, and also used as a telephoto by iQOO 9 Pro and 10 Pro)
Howell OV32C , 1/3.2, 32 megapixel, 0.7 μ m. RGB (similar to RGBW, used for front)
Samsung JD1 , type 1/3.14, 32 megapixel, 0.7 μ M (Meizu 21 in front)
Gekewei GC32E1 , type 1/3.1, 32 megapixel, 0.7 μ M (used in the front, the same level as the common Samsung JD1/OV32B)
Sony IMX596 , 1/3.4, 20 megapixel, 0.8 μ M (All Redmi K50 series are in use, also seen in Xiaomi Tablet 6 Max)
Howell OV20B , 20 megapixel, 0.7 μ M (front view of Xiaomi MIX Fold 3)
1/2.3 type: senior flagship
Like Snapdragon 888/865/855/855/845/835/820/801/800/8064, just highlighting their numbers is a memory, a mysterious string engraved into the circle DNA: IMX135/214/298/386/362/363/586/600/700
IMX377 , type 1/2.3, 12.2 million pixels, 1.55 μ M (Originally designed for UAV, CMOS was used as the main camera of HTC 10 and the last Nexus 5X/6P in 2016)
IMX378 , type 1/2.3, 12.3 million pixels, 1.55 μ M (Dark Eye in 2016, seen in Xiaomi 5s, Google Pixel and Pixel XL)
IMX380 , type 1/2.3, 12.3 million pixels, 1.55 μ M (see Meizu 15/15 Plus, 16th/16th Plus/16X, Huawei P20/Mate 20. Its CMOS of the same level is widely used in sports cameras such as GoPro)
IMX400 , type 1/2.3, 21.2 million pixels, 1.22 μ M (released in 2017, see Sony's Xperia XZ/XZs, XZ1/XZ2/XZ2 Premium)
IMX230， 1/2.4, 21 megapixel, 1.12 μ M (plus the enhanced version of IMX220 with PDAF focusing. In 2015, Meizu PRO 5/PRO 6 series, Sony Xperia XA Ultra, HTC One M9+, Lenovo Juejue Music X3 are the only choice for high pixels)
IMX220 , type 1/2.3, 20.7 million pixels, 1.2 μ M (CMOS in 2013 is extremely long-lived, but the technology is old and the imaging effect is unsatisfactory. Sony Xperia Z1/Z2/Z3 series, Meizu MX4/MX4 Pro/MX5)
Massive 1/2.55 type
Mixed with several similar grades:
IMX503/IMX403， 1/2.55, 12 megapixel, 1.4 μ m (iPhone 12/12 Pro/12 mini in 2020, iPhone 11 series in 2019 are IMX503, iPhone XS/XS Max/XR in 2018 are IMX403)
Sony IMX445 1/2.55, 12 megapixel, 1.4 μ m. Dual core focusing+three-layer stacking tape DRAM, 960fps video recording (Sony Xperia 1 in 19 years)
Samsung S5K2L4 , 1/2.55 type, 12.2 million pixels, 1.4 μ M (Samsung Galaxy S10 series, Z Flip/Z Flip3)
Samsung GM5 (S5KGM5) , 1/2.55 type, 48 megapixel, 0.7 μ M (The new CMOS is too small, so don't expect too much. As of October 13, 22, there is no specific model, which may be 5 times longer than the Google Pixel 7 Pro)
IMX363， 1/2.55 type, 12.2 million pixels, 1.4 μ M (The dual core focal point will shine brightly in 2018, and many models are better than the IMX586. Xiaomi 8 series/MIX 2S/MIX 3, Google Pixel 3/4/5 series, LG G8/V40/V50/V50S main camera, Xperia 1/5 II and Xperia 1/5 III super wide angle)
IMX362， 1/2.55 type, 12.2 million pixels, 1.4 μ M (The old CMOS released in 2016, Google Pixel 2 series, HTC U11, vivo Xplay 6, Meizu M15/E3 and Meizu 16T/17 are all in use)
Samsung SAK2L3, 1/2.6, 12.2 million pixels, 1.4 μ M (Samsung Galaxy Note9)
IMX345/Samsung S5K2L3 , 1/2.55 type, 12.2 million pixels, 1.4 μ M (Samsung S9/S9+)
IMX333/Samsung S5K2L2, 1/2.55 type, 12.2 million pixels, 1.4 μ M (Samsung S8/S8+, Note8 main camera, Note20U super wide angle)
IMX260/Samsung S5K2L1, 1/2.55 type, 12.2 million pixels, 1.4 μ M (Samsung Galaxy S7/S7 edge and Note7)
Samsung S5K2L9, 1/2.55 type, 12.2 million pixels, 1.4 μ M (middle end take out version, see vivo X20/X21 series)
Samsung S5K2L7, 1/2.56 type, 12.2 million pixels, 1.4 μ M (low-end takeaway version, see Redmi Note 5, Nokia 8 Sirocco, Sharp Aquos S2, etc.)
IMX519 , 1/2.6, 16 megapixel, 1.22 μ M (OPPO customized version in 2018 doubles the 60 frame sampling rate version, which can be seen in OPPO R15/R17, Find X, One Plus 6/6T and other models)
IMX240， 1/2.6, 16 megapixel, 1.22 μ M (for Samsung in 2015, from Galaxy S5 LTE-A Note 4, Note edge, the legendary Galaxy S6 series and Galaxy Note 5 are all used with it ）
IMX234， 1/2.6, 16 megapixel, 1.22 μ M (2015, witnessed LG took brilliant pictures for a short time. See LG G4/G5/V10 Nubia Z9 series)
Medieval Memory Killing
Sony IMX398, 1/2.8 type, 16 million pixels, 1.12 μ M (minor revision of OPPO series, which can be seen in 2016's One Plus 5/5T and OPPO R9s series)
Sony IMX298, 1/2.8 type, 16 million pixels, 1.12 μ m. (2016 domestic flagship standard configuration, Huawei Mate 8, Xiaomi 5, One Plus 3/3T, LG V20, vivo Xplay5, OPPO R9 Plus, Nubia Z11, etc.)
Sony IMX386 , type 1/2.9, 12 megapixel, 1.25 μ M (in 2017, Xiaomi 6/Xiaomi MIX 2, Huawei Mate 10 Pro, Meizu MX6/PRO6 Plus/PRO 6S, etc.)
Sony IMX286, 1/2.9, 12 megapixel, 1.25 μ M (Huawei P9 series, Glory 8/V8, etc. in 2016)
IPhone 6s/7/8/X Series ， 1/3 type, 12 megapixel, 1.22 μ M (From 2015 to 2017, almost every generation claimed to have Sony minor changes)
iPhone 5s/iPhone 6/6 Plus , IMX145 enhanced version and PDAF version, 1/3 type, 8 megapixel, 1.5 μ M (2013 and 2014)
iPhone 4s/5/5C ，IMX145， 1/3.2, 8 megapixel, 1.4 μ M (2011 to 2013)
iPhone 4 ， 1/3.2, 5 megapixel, 1.75 μ M (2010)
Sony IMX278, 1/3.06 type, 13 million pixels, 1.12 μ m. RGBW (in 2015, Huawei P8/Mate S, OPPO R7 Plus, Sony Xperia XZ1/XZ2/XZ3 front, etc.)
Sony IMX258, 1/3.06 type, 13 million pixels, 1.12 μ M (in 2015, Sony Xperia XA, Xiaomi 5s Plus, Hongmi Note 4/4X, Nokia 8, Nubia Z17 mini, etc.)
Sony IMX214, 1/3.06 type, 13.51 million pixels, 1.12 μ m. It already supports 4K video shooting (2014 classic, HTC One M8/A9/Butterfly 2, Prince Nexus 6, Xiaomi 4, One Plus One, OPPO Find 7, the domestic photography peak of the first generation, vivo Xshot, Huawei Mate 7/G7/P7 Glory 6/5X/4C, Nubia Z7 series)
Sony IMX135, 1/3.06 type, 13.42 million pixels, 1.12 μ M (the first flagship CMOS in the public view, Samsung Galaxy S4/note3, LG G2/G3/G Flex, Sony Xperia Z, legendary Moto X, Xiaomi 3)
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