RGB Rolling Shutter MIPI Camera Module 142 Perspective 4 MP With OV4689 Sensor

4 MP RGB Rolling Shutter 142 Perspective MIPI Camera Module With OV4689 Sensor,Customization Services Available .

1.Basic Parameters:

- Resolution: 2688 (H) x 1520 (V), 4 MP; supports multi-resolution output and high frame rates for precise capture of fast-moving objects, eliminating motion blur.

- Pixel dimensions: 2.0 μm (H) × 2.0 μm (V), manufactured using the OmniBSI™-2 back-illuminated pixel technology. Each pixel features ample light-sensitive area, significantly enhancing light intake in low-light conditions while maintaining both imaging clarity and night vision performance.

- Optical format: 1/3-inch, compact and lightweight, ideal for embedded installation in various miniaturized devices while ensuring sufficient light-sensitive surface area to balance size and image quality.

- Power supply voltage: The core voltage is 1.2 V, the interface voltage is 2.8 V, and the analog voltage is 2.8 V, enabling stable operation under various voltage conditions and ensuring sensor reliability.

- Temperature range: The operating temperature spans from-30°C to 85°C, providing a wide temperature range suitable for diverse operational environments.

2.Technical Features:

- Curtain shutter technology: Utilizes a curtain shutter design with line-by-line exposure, delivering low imaging noise and fine detail reproduction, along with high circuit integration, optimized power consumption, and cost efficiency, making it ideal for high-definition imaging in static and low-speed scenarios.

- Built-in dual-mode algorithms (line-interleaved HDR and sequential HDR), achieving a maximum dynamic range of up to 100 dB, effectively addressing common imaging challenges such as backlighting, direct strong light, intense nighttime vehicle headlights, and extreme indoor/outdoor contrast. This technology significantly reduces motion artifacts in high-dynamic-range scenes, alleviates computational load on the backend control chip, and delivers well-balanced brightness and darkness in HD images without requiring additional image processing hardware.

- Utilizing OmniBSI™-2 back-illuminated imaging technology, it delivers significantly enhanced sensitivity in low-light conditions and exceptional noise control performance under dim lighting, producing clear and detailed images at night without requiring additional lighting.

- OV4689 Camera Module: Compatible with various lens configuration standards including 142, meeting diverse customer requirements.

3. Application Fields:

Used in biometrics, drones, smart homes, IoT devices, machine vision, barcode scanning, factory automation, and other applications.

4. Personalized Customization Services:

The modules can be produced according to specific customer requirements, delivering tailored solutions that meet individual needs.

Chongqing Zhongshun Microelectronics Co., Ltd., founded in 2018 and located in Dazu District, Chongqing, is a key science and innovation-based manufacturing enterprise cultivated by the local government. Focusing on semiconductor packaging and testing, MEMS micro-electromechanical devices, as well as optoelectronic and environmental sensors, the company integrates research and development, design, large-scale production and sales, with its core business serving three major tracks: automotive electronics, intelligent equipment and industrial Internet of Things.

1. The company specializes in customized packaging services for mainstream plastic packaging products including BGA, LGA, DFN and QFN, as well as PLCC and MEMS micro-electromechanical devices. It has built a core technical team with extensive practical industrial experience and established a nationwide market service network through branches across multiple regions. As a highly promising backbone player within Chongqing’s semiconductor industrial cluster, it focuses on customized solutions featuring high reliability, small-batch and multi-batch production, which precisely meet stringent technical requirements for vehicle-mounted and industrial scenarios, forming core competitive advantages that distinguish it from large industrial manufacturers.

2. The company delves deep into advanced packaging and sensor integration processes. Its self-developed micro-module connection technology and high-precision sensor packaging technology have been successfully applied in industrial inspection, vehicle-mounted environment perception and other scenarios, providing low-cost, high-reliability pilot test and mass production packaging channels for small and medium-sized chip design enterprises. Meanwhile, leveraging the R&D mechanism for high-tech enterprises, the company continuously shares technical practices such as process optimization and yield improvement with the industry, serving as a technical demonstration platform for the segmented semiconductor sector in Southwest China.

3. The company has successively been awarded titles including National High-tech Enterprise, National Science and Technology-based Small and Medium-sized Enterprise, and Provincial Specialized, Refined, Unique and Innovative Small and Medium-sized Enterprise. It maintains important cooperative ties with the Chinese Academy of Sciences and holds dozens of patents, trademarks and administrative licenses in total. Supported by solid technical reserves and compliant operation capabilities, it ranks among top-quality local enterprises in Chongqing’s microelectronics and sensor industries. Committed to basing its operations in Chongqing, expanding nationwide and connecting with global markets, the company aims to become a benchmark specialized, refined, unique and innovative enterprise in automotive electronic packaging & testing and MEMS sensor sectors across Southwest China. It strives to build an integrated industrial ecosystem featuring "independent R&D, intelligent manufacturing and full-range services", break certain import technical barriers in advanced packaging and industrial sensing fields, and grow into a hidden champion with core pricing power and technological leadership within its segmented tracks.