Sony Imx Sensor List For Mobile
| Sensor | Resolution | Pixel Size (Native/Binned) | Size (inch) | Typical Usage Era | Flagship Devices | |--------|------------|----------------------------|-------------|-------------------|------------------| | IMX363 | 12.2MP | 1.4µm | 1/2.55" | 2018–2020 | Pixel 3/4, Mi 8 | | IMX586 | 48MP | 0.8µm / 1.6µm | 1/2.0" | 2019–2021 | OnePlus 7 Pro | | IMX686 | 64MP | 0.8µm / 1.6µm | 1/1.73" | 2020–2022 | Realme X50 Pro | | IMX689 | 48MP | 1.12µm / 2.24µm | 1/1.43" | 2020–2021 | OnePlus 8 Pro | | IMX700 | 50MP | 1.22µm / 2.44µm | 1/1.28" | 2020–2022 | Huawei P40 Pro | | IMX766 | 50MP | 1.0µm / 2.0µm | 1/1.56" | 2021–2023 | OnePlus 9/10 Pro | | IMX890 | 50MP | 1.0µm / 2.0µm | 1/1.56" | 2023–present | OnePlus 11, ROG 7 | | IMX800 | 54MP | 1.0µm / 2.0µm | 1/1.49" | 2023–present | Xiaomi 13, Honor 80 | | IMX989 | 50MP | 1.6µm / 3.2µm | 1.0" | 2022–present | Xiaomi 13/14 Ultra | | IMX903 | 48MP | 1.22µm / 2.44µm | ~1/1.3" | 2024–present | iPhone 16 Pro Max |
These are often used for auxiliary cameras (2-5 MP).
| Model | Resolution | Common Use | |-------|------------|-------------| | IMX219 | 8 MP | Depth or front cam (older) | | IMX258 | 13 MP | Secondary camera (older mid-range) | | IMX355 | 8 MP | Ultrawide or depth | | IMX471 | 16 MP | Sometimes depth on budget flagships | | IMX576 | 24 MP | Older selfie sensor (Xiaomi Mi 8) |
"Sony IMX Sensor List for Mobile" is a concise, practical reference aimed at smartphone photographers, camera enthusiasts, and anyone tracking camera hardware trends across handset models. It compiles Sony’s IMX-series image sensors used in mobile devices, summarizing specifications, target uses, and notable phone implementations.
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Who this is for
Bottom line "Sony IMX Sensor List for Mobile" is an efficient, well-organized reference that nails the fundamentals: which sensors exist, their specs, and where they appear. For anyone deciding between phones or following sensor developments, it’s a valuable starting point—best used alongside hands-on reviews and sample-image comparisons to get the full picture of photographic performance.
The Sony IMX & LYTIA Mobile Sensor Guide (2026 Edition) Sony remains the dominant force in smartphone photography, providing the "eyes" for nearly every major flagship and mid-range device on the market. As of 2026, Sony is in the final stages of a major branding transition, moving its legendary series under the new
banner to better align with its mobile-first imaging philosophy. www.sony-semicon.com The 2026 Branding Shift: IMX to LYTIA
Sony is phasing out the "IMX" prefix for smartphone-specific sensors in favour of the "LYT" (LYTIA) brand. This transition aims to differentiate high-performance mobile sensors from industrial or professional camera components. (Formerly IMX989 successor): The current flagship 1-inch type sensor. The rebranded version of the popular The rebranded version of the Core Sensor Categories and Key Models
Sony's mobile sensor lineup is divided into tiers based on sensor size (optical format) and target device performance. realme.com 1. Flagship "1-Inch Type" Sensors
These represent the pinnacle of mobile imaging, offering the largest surface area to collect light and create natural bokeh.
These sensors prioritize large surface areas and massive pixel sizes for professional-grade low-light performance and natural "bokeh." Sensor Resolution Key Feature
The first true 1-inch sensor designed for mobile; found in the Xiaomi 13 Ultra and Vivo X90 Pro+ The successor to
using "Stacked" technology for improved dynamic range and power efficiency.
A versatile flagship-grade sensor popular in the OnePlus 12R and Realme GT series.
Specifically optimized for 16:9 video recording and high-speed autofocus. ⚡ Mid-Range & High-Performance Sensors
These sensors balance cost and quality, often appearing as the "main" sensor in mid-range killers or as secondary "ultra-wide" lenses in flagships.
: A high-end 50 MP sensor (1/1.28-inch) featuring Quad Bayer coding for enhanced detail. IMX766
: One of the most widely used 50 MP sensors in history (1/1.56-inch), known for its reliability and excellent OIS support in the OnePlus 9 Pro. sony imx sensor list for mobile
: A 50 MP sensor found in 2025/2026 mid-rangers like the Realme Narzo 80 Pro.
: A popular 50 MP budget-flagship sensor (1/1.95-inch) used in the Motorola Edge 60 Fusion. 🤳 Secondary & Selfie Sensors
Sony also dominates the market for ultra-wide, telephoto, and front-facing cameras.
: A 32 MP sensor frequently used for high-definition selfies in OnePlus Nord devices. IMX586
: An older but legendary 48 MP sensor (1/2-inch) that popularized high-megapixel photography; now often used for ultra-wide or telephoto lenses.
: A common 8 MP sensor used for ultra-wide lenses in entry-level to mid-range phones. 🛠 Key Sony Technologies
Sony IMX sensors remain the industry gold standard for mobile photography, powering everything from budget-friendly devices to the latest ultra-premium flagships. As of 2026, Sony is transitioning its mobile sensor branding from the classic IMX prefix to the newer LYTIA (LYT) brand, though many legendary IMX sensors continue to be widely used by manufacturers like vivo, OnePlus, and Xiaomi. Current Sony Mobile Sensor Lineup (2025–2026)
Sony categorizes its mobile sensors by performance tiers. While the "IMX" brand is being gradually phased out, many new LYTIA sensors are direct rebrands or updated iterations of existing IMX hardware. Optical Format Key Features Ultra Flagship LYT-900 / IMX989 1-inch type Best-in-class low-light & dynamic range Flagship LYT-818 / IMX828 17+ stops of dynamic range, optimized for HDR Premium LYT-700 / IMX890 Versatile high-speed sensor for high-end phones Mid-Range LYT-600 / IMX882 Balanced performance for mass-market devices Budget/Front LYT-500 "Always-on" capability, ideal for front cameras Key Technologies in Sony IMX Sensors
Stacked CMOS Structure: Unlike conventional sensors, Sony's stacked architecture places signal processing circuits directly beneath the pixel area. This allows for larger circuits on smaller chips, enabling higher frame rates and advanced computational photography.
2-Layer Transistor Pixel: Newer sensors like the LYT-T808 use a 2-layer pixel structure that separates photodiodes and transistors into different layers. This nearly doubles the light-gathering capacity compared to traditional designs.
Ultra High Conversion Gain (UHCG): This circuit technology reduces "grainy" random noise in dark environments by improving the efficiency of converting light into an electrical signal. The Shift from IMX to LYTIA
Sony has announced a plan to fully transition its mobile sensor lineup to the LYTIA brand by 2026. This change is primarily a marketing shift to modernize the brand's image, though it also marks the introduction of more standardized performance tiers. IMX890 is now essentially the LYT-701. IMX882 is identical in hardware to the LYT-600.
LYT-900 is the official successor to the legendary 1-inch IMX989. Popular Phones Using Sony Sensors (2025–2026)
Mobile manufacturers often highlight their choice of Sony sensors as a hallmark of quality. Recent and upcoming devices include:
vivo T5 Pro / T5x: Frequently utilizes 50MP Sony sensors for high-quality mid-range photography.
OnePlus 15 Series: Features flagship LYTIA sensors (like the LYT-808) for its main and ultra-wide cameras.
Realme GT 8 Pro: Known for leveraging high-spec Sony sensors to achieve top scores in mobile camera benchmarks.
iPhone & Galaxy S Series: While they often use custom versions, Apple and Samsung continue to rely heavily on Sony's sensor technology for their flagship imaging systems. Sony Imx Sensor Camera Mobile Phones (May 2026)
Sony's mobile sensor lineup is currently undergoing a massive evolution as the company transitions its high-end smartphone hardware from the classic IMX branding to the newer LYTIA (LYT) series. While IMX remains the standard for many devices, the LYTIA line represents the next generation of "stacked" sensor technology, prioritizing higher dynamic range and superior low-light performance. The "Big Guns": Flagship 1-Inch & High-End Sensors
These sensors are designed for primary "main" cameras in flagship devices, focusing on large physical sizes to capture more light. LYT-900 (The New King) | Sensor | Resolution | Pixel Size (Native/Binned)
: A 1-inch type sensor with 50MP resolution and 1.6μm pixels. It is the direct successor to the and is found in elite flagships like the Xiaomi 14 Ultra Go to product viewer dialog for this item. and Vivo X100 Pro Go to product viewer dialog for this item. . IMX989 (The Original 1-Inch)
: The first true 1-inch mobile sensor, famous for its incredible natural bokeh and low-light prowess. Still a top-tier performer in several 2024-2025 flagships.
: High-end 1/1.28" sensors with 50MP. They offer up to 17 stops of dynamic range, aimed at closing the gap between mobile and cinema cameras. LYT-T808 (Pixel-Stacked)
: A 1/1.43" sensor that uses a "Pixel Stacked" architecture to achieve light sensitivity comparable to much larger sensors while maintaining a thinner profile. The Performance All-Stars: Upper Mid-Range & Secondary
These are the workhorses often used for high-quality secondary (telephoto or ultrawide) lenses or as the main sensor in mid-range "flagship killers."
Sony is currently transitioning its mobile image sensor branding from the series to the LYTIA (LYT)
brand [13]. While older and mid-range devices still frequently use IMX-numbered sensors, flagship phones are moving toward LYTIA-branded counterparts that often share the same underlying hardware [13].
Below is a draft list of prominent Sony mobile sensors as of April 2026, categorized by their performance tier and market positioning. Flagship & 1-Inch Series
These sensors are designed for high-end photography, featuring massive physical sizes to capture more light and detail [14]. Sony LYT-900 (Successor to IMX989)
: A 50MP, 1-inch type sensor that is the current gold standard for mobile photography [14]. It uses a 4:3 aspect ratio tailored for smartphones [14]. Sony IMX989
: The original 1-inch type mobile sensor that pioneered high-end "camera-phone" performance in 2022 [14]. Sony IMX06A 50MP 8K-capable
sensor designed specifically for next-gen flagships [12]. It features a MIPI CSI-2 interface for high-speed data transfer and integrated temperature sensors for heat management [12]. High-End & Premium Mid-Range
These sensors balance high megapixel counts with advanced autofocus technologies like "Octa PD" for quick locking on low-light targets [22]. Sony LYT-800 : Commonly found in flagship devices like the OnePlus 12R Sony IMX890 : A 50MP sensor popular for its 8K video capabilities and high full-resolution frame rates [29]. It has been rebranded in newer lineups as the Sony IMX921
: A specialized sensor appearing in recent releases like the Vivo T5 Ultra Sony IMX803 : A high-resolution sensor known for its large pixel size and use in premium devices [26]. Mid-Range & Versatile Series
These are the most common "workhorse" sensors found in value-oriented performance phones.
Imx766 8160x6120 HD 50mp Fast Autofocus USB Camera Module UVC Free Driver for Live Streaming Face Recognition, White Walmart - Ruilian Accessories Co., Ltd. Go to product viewer dialog for this item.
A widely used 50MP sensor famous for its balance of performance and cost across dozens of mobile brands [29]. Sony IMX882 (Rebranded As LYT-600)
A modern 50MP sensor used for both main cameras in mid-rangers and telephoto/ultrawide duties in flagships like the Vivo X100 Ultra
48MP Sony IMX586 USB Camera Module Facial Recognition 4K-30fps FF Fixed Focus Free Driver AliExpress Go to product viewer dialog for this item.
Classic high-resolution sensors (48MP and 64MP respectively) that defined the mid-range market for several years [11]. Specialized & Secondary Sensors Sony IMX611 : A specialized SPAD ToF (Time-of-Flight) These are often used for auxiliary cameras (2-5 MP)
depth sensor used for fast autofocus and AR applications [6, 8]. Sony IMX219 Go to product viewer dialog for this item.
: A legacy 8MP sensor still frequently used in budget front-facing cameras or ultra-compact IoT mobile devices [11]. Key Technical Features Modern Sony mobile sensors typically include: Back-Illuminated (BSI) Structure
: Doubles sensitivity and reduces noise compared to older designs [1].
: Dual Conversion Gain technology that allows for high dynamic range in a single frame to avoid "blown out" highlights [7, 19]. Stacked CMOS
: Separates the pixel section from the circuit section to allow for faster processing speeds and more compact designs [1].
If you'd like to narrow this list down, are you looking for: Sensors for a specific price bracket (e.g., budget vs. flagship)? A comparison of technical specs like pixel size and aperture? specific phone models currently using these sensors?
Sony’s IMX (and now LYTIA) sensors are the gold standard for mobile photography, powering everything from entry-level budget phones to 1-inch sensor flagships. As of 2026, the lineup has expanded into specialized tiers under the "LYTIA" brand, which focuses on high dynamic range (HDR) and low-light performance. Sony IMX & LYTIA Sensor Lineup (2024–2026)
Sony's mobile sensor ecosystem is currently divided between the classic IMX series (widely used in established flagships and mid-range devices) and the newer LYTIA series (optimized for premium computational photography). Flagship & High-End (1-inch & Large Format)
These sensors focus on maximum light intake and natural bokeh, often found in "Ultra" or "Pro" smartphone models. Image sensor for mobile - Sony Semiconductor Solutions
The introduction of 48MP sensors changed mobile photography by enabling "pixel-binning" (combining 4 pixels into 1 for a 12MP low-light image). The IMX586 was the catalyst.
He reached the heart of the facility: the Legacy Vault. The air was cold here, filtered by ancient scrubbers. On a pedestal, encased in shatterproof glass, rested a prototype phone that had never seen a store shelf.
Kael broke the glass. The alarm was silent—there was no one left to hear it. He pulled the device apart. The sensor array was massive, dominating the internals. It required a complex periscope housing to function.
He hooked it up. The screen didn't just glow; it blazed a blinding white.
ID: IMX 989
Kael stepped back, his breath hitching. "The One-Inch."
It was a myth, a boogeyman story told by engineers. The IMX989 wasn't just a mobile sensor; it was a declaration of war against standalone cameras. Four times the resolution. Pixels so large (1.6µm) they could count the stars through the cloud cover. A dynamic range so wide it could see the explosion and the shadow it cast simultaneously.
It was the heart of the Xiaomi 12S Ultra, the vivo X90 Pro. It was the sensor that said: We don't need lenses anymore; we need portals.
With this, Kael could spot a sniper three kilometers out in moonlight. He could read the inscription on a coin at the bottom of a well.
| Model | Resolution | Optical Format | Pixel Size | Notes | |-------|------------|----------------|-------------|-------| | IMX616 | 32 MP | 1/2.8" | 0.8 µm | Very common high-res front cam. Many mid-range phones | | IMX471 | 16 MP | 1/3.09" | 1.0 µm | Popular front sensor. OnePlus, OPPO, Xiaomi | | IMX374 | 8 MP | 1/4" | 1.12 µm | Older selfie sensor | | IMX514 | 12 MP | 1/3.6" | 1.0 µm | Used in iPhone 11-14 (modified) |
Sony is now moving beyond IMX into LYTIA (Sony’s new mobile sensor brand). The new LYTIA series (e.g., LYT-T808, LYT-900) is the spiritual successor to IMX, featuring 2-layer transistor pixels that dramatically improve dynamic range.
However, legacy IMX sensors like the IMX989 and IMX858 will remain in production for years due to their stellar reputation and adoption.