Sony Imx Sensor List For Mobile -

brand. By 2026, Sony plans to complete this transition, with many existing IMX sensors already being rebranded or replaced by LYT counterparts. Recent & Emerging Sensor Lineup (2024–2026)

Provided mid-range phones with native 4K 60FPS video recording capabilities. Notable Phones: Poco X3, Asus ROG Phone 5. 4. Dedicated Telephoto & Ultra-Wide Sensors

But Kael was looking for a Ghost. He wasn't here for standard issue.

Introduced All-Pixel Omni-directional PDAF for lightning-fast focusing. Notable Phones: OnePlus 8 Pro, Oppo Find X2 Pro. 3. High-Resolution Sub-Flagship Series

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. sony imx sensor list for mobile

Sony has announced a plan to fully transition its mobile sensor lineup to the 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 .

When discussing smartphone photography, one name dominates the conversation more than any other: . The vast majority of flagship and mid-range Android smartphones rely on Sony’s IMX (Image Matrix) series of sensors. From the iconic Google Pixel’s computational prowess to Xiaomi’s 1-inch flagship cameras, Sony IMX sensors are the gold standard.

Sony's IMX series of image sensors have been a staple in many high-end smartphones for years, renowned for their exceptional image quality, low-light performance, and innovative features. As a leading manufacturer of image sensors, Sony continues to push the boundaries of mobile photography with its latest IMX sensor offerings. In this article, we'll provide an overview of the popular Sony IMX sensors used in mobile devices.

This was the sensor that changed the war. The IMX766 was famous for its "Fat Pixels"—a massive 1/1.56-inch type that drank in light like a starving beast. With its 1.0µm pixels and dual-native ISO, it could see in the dark. It didn't just capture an image; it inhaled the shadows. Notable Phones: Poco X3, Asus ROG Phone 5

Many manufacturers claim "custom" sensors. Usually, these are Sony IMX chips modified for exclusivity.

Traditional phase-detection autofocus relies on select dedicated pixels across the array, which can struggle with fine details or horizontal lines. Sony’s premium tiers utilize every single pixel as a detection point, splitting light recognition across multiple directions. This guarantees rapid, accurate focusing performance regardless of the target orientation or tracking speeds. How to Choose a Smartphone Based on the Image Sensor

Older generations primarily focusing on standard resolution (12MP to 21MP) and early phase-detection autofocus (PDAF).

These represent the pinnacle of mobile imaging, offering the largest surface area to collect light and create natural bokeh. He wasn't here for standard issue

| Model | Resolution | Format | Pixel Size | Notable Use | |-------|------------|--------|-------------|--------------| | | 32MP | 1/2.8" | 0.8µm | Common in mid/high phones (OnePlus Nord, Realme) | | IMX471 | 16MP | 1/3.09" | 1.0µm | Pixel 4a, 5, many BBK devices | | IMX374 | 13MP | 1/3.06" | 1.12µm | Samsung Galaxy S20/S21 series front | | IMX514 | 12MP | 1/3.6" | 1.22µm | iPhone 12–15 front (customized) | | IMX355 | 8MP | 1/4.0" | 1.12µm | Low-cost front cameras |

Sony's newer branding initiative designed to simplify mobile imaging tiers, though many legacy IMX models remain widely used.

When evaluating smartphones based on their Sony IMX sensors, several factors beyond the sensor specification deserve attention. The sensor alone does not determine image quality – the lens design, image signal processor (ISP), and software algorithms significantly influence the final output. The same sensor can produce dramatically different results depending on whether it's paired with Oppo's color science or OnePlus's tuning philosophy. The importance of supporting modules also cannot be overlooked. The quality of ultrawide sensors (often IMX858 or Samsung's JN1), telephoto capabilities (frequently IMX890 or IMX858 for 3x zoom), and auxiliary ToF or LiDAR sensors (such as IMX591 for depth sensing) heavily influences the full-focal-length experience, especially in challenging scenarios like low-light zoom photography.