Product Introduction:
Product Advantages & Features
- Flexible Usage Scenarios: Supports multiple functions such as autofocus, 4K video recording, and RAW format output. It is suitable for both professional imaging needs and daily shooting scenarios, compatible with the hardware and software systems of various terminal devices, and supplemented by SincereFirst’s one-stop OEM/customization solutions to flexibly meet diverse application needs.
- Excellent Low-Light Image Quality: Combining Tetrapixel 4-in-1 pixel merging technology and ISOCELL 2.0 technology, it effectively reduces crosstalk between pixels and can output bright images with minimal noise and rich colors under low-light conditions.
- High-Speed and Accurate Focus: The PDAF phase detection autofocus technology enables ultra-fast focusing capability, making it easy to capture dynamic moments. The intelligent ISO technology can intelligently select the optimal sensitivity according to light conditions, balancing the details of highlights and shadows.
- Native Format Output: Supports 10-bit RAW format image output. Compared with the 8-bit format, the amount of color information is increased by 64 times, providing richer original data for professional users and algorithms, facilitating high-quality post-processing color grading and editing.
- Exquisite Craftsmanship: Adopts COB packaging and AA (Active Alignment) process, leveraging SincereFirst’s over 30 years of experience in the optical device and camera module industry—mature technical and operational capabilities that ensure perfect alignment between the sensor and the lens, delivering optimal optical performance and product consistency, along with multiple international certifications.
Product Application
- Smartphone Rear Camera: Can meet users’ needs for daily shooting, landscape photography, portrait shooting, 4K video recording, and high-definition night shooting. Its low distortion and excellent low-light performance can enhance the imaging competitiveness of smartphones, making it an ideal choice for the main camera or ultra-clear secondary camera.
- Smart Pocket Camera: The 4K@30FPS video output and compact module design balance image quality and portability. The low-distortion feature, combined with PDAF and autofocus, is suitable for recording images in sports scenarios.
- Smart Home Monitoring: The F1.8 large aperture and HDR function are suitable for complex lighting environments such as low light indoors and strong light outdoors. Autofocus and high resolution can clearly capture monitoring details, meeting the needs of home security, store monitoring, etc.
- AIoT: Can be widely used in fields such as security monitoring, smart access control, and face recognition devices. Its high resolution and excellent HDR performance can accurately capture details, providing high-quality image sources for AI algorithms.
- AR Glasses: The compact COB process design is suitable for the small body of wearable devices. The 50MP high resolution and 4K video capability expand the imaging application scenarios of wearable devices.
Brand Value Empowerment by SincereFirst
With over three decades of expertise in optical devices and camera modules, SincereFirst has established itself as a reliable technology partner through proven manufacturing excellence and sustained innovation. Our commitment to quality is demonstrated through robust customer support including 1-year replacement and 10-year warranty services, providing long-term peace of mind. Having collaborated with Fortune 500 companies, we offer comprehensive OEM/customization solutions to meet diverse application requirements. At SincereFirst, we combine advanced manufacturing capabilities with deep industry knowledge to deliver imaging solutions that balance cutting-edge performance with proven reliability, ensuring our partners receive products that excel in both quality and long-term value.
If you are looking for a endoscope camera module solution that combines performance, quality, and comprehensive support, contact SincereFirst today—let’s explore new possibilities in precision imaging together.
