2MP HD Galaxycore GC2145 Image Sensor ESP32 DVP Camera Module

Product Introduction:

This 2MP HD Galaxycore GC2145 Image Sensor ESP32 DVP Camera Module is a high-definition imaging solution purpose-built for embedded development and intelligent devices. Its standout feature is the adoption of a 24Pin DVP parallel interface, enabling direct hardware-level compatibility with ESP32 development boards. As a mature parallel transmission protocol, DVP offers simple timing, straightforward driver development, and low processor resource overhead, significantly lowering the barrier to entry for embedded systems. Native compatibility with ESP32—the world’s most popular IoT development platform—means developers can achieve true “plug-and-play” functionality without complex level shifting or interface modifications, allowing them to focus valuable time and energy on higher-level application logic and algorithm innovation, thereby substantially accelerating the path from prototype to mass production. Based on the Galaxycore GC2145 CMOS sensor, the module features 2MP high-definition pixels with 1600×1200 native resolution and supports 1920×1080@30FPS HD image transmission. The 1/5-inch sensor size and 1.75μm×1.75μm pixel dimensions ensure fine imaging quality. The module employs manual focus with an F2.2±5% large aperture and 2.27±5%mm focal length, fixed at a 40cm focus distance, delivering a D73° field of view with TV distortion controlled at <1.5% for excellent imaging accuracy. On the manufacturing front, the product utilizes advanced COB process and AA manufacturing technology for stable and reliable quality, and has passed CE, FCC, RoHS, Reach, and other international tests and certifications, meeting market access standards across multiple global regions.

Product Advantages & Features

  1. ESP32 Compatibility: Equipped with a cost-effective and mature 24Pin DVP parallel interface, it is deeply compatible with ESP32 development boards. No additional adapter modules are required for direct integration, shortening development cycles and significantly reducing costs for various ESP32-based embedded vision projects.
  1. Exceptional Image Quality: Featuring 2MP pixels with a native 1600×1200 resolution, it supports 1080P@30FPS high-definition output. The 1.75μm pixel size ensures ample light intake, enhancing performance in low-light environments and guaranteeing the image quality of every frame.
  1. Reliable Craftsmanship and Quality: Benefiting from SincereFirst’s premium production standards and decades of industry expertise, the module meets strict global certification requirements. Its dust-free workshop production and Active Alignment process ensure consistent quality, while Fortune 500-level cooperation credentials speak to its trusted performance.
  1. Practical Optical Design: The manual focus mode combined with a fixed 40cm focusing height meets the needs of close-range precise imaging. The 2.27mm focal length paired with a wide field of view balances imaging clarity and shooting range, adapting to framing requirements in various scenarios.
  1. Comprehensive Customization & After-Sales Support: Offers one-stop OEM/customization solutions to flexibly cater to customers’ diverse application needs. Coupled with a 1-year replacement service and 10-year warranty, it provides all-round support from product customization to long-term use.

Product Application

  1. Embedded Vision Projects: Ideal for maker experiments, student electronic design competitions, and embedded system prototype development related to ESP32 development boards, providing developers with a plug-and-play HD imaging solution.
  1. Smart Home Devices: Can be integrated into smart video doorbells, compact surveillance cameras, and visualization modules for smart door locks. With HD imaging and stable performance, it enables home security monitoring and visual interaction.
  1. AIoT: Suitable for small-scale industrial vision inspection equipment and IoT data acquisition terminals, leveraging low-distortion, high-clarity imaging capabilities to perform simple vision recognition and environmental image acquisition tasks on production lines.
  1. Shared Devices: In shared power bank cabinet machines, it can read QR codes on mobile phone screens, enabling hardware-level atomic operations for the “scan-unlock-charge” process and preventing business logic vulnerabilities caused by software concurrency issues.
  1. Education and Research Equipment: Can serve as teaching experimental equipment for university electronic engineering and IoT programs, or as an image acquisition module in research projects, helping students and researchers rapidly build experimental platforms and conduct relevant technical research.

 

Brand Value Empowerment by SincereFirst

SincereFirst stands as a benchmark of professionalism and trust in the optical and camera module industry, built on over three decades of technical accumulation, premium production standards, and customer-centric values. Our collaboration with Fortune Top 500 companies, adherence to Class 10/100 dust-free production, and commitment to long-term after-sales guarantee reflect our dedication to delivering reliable, high-quality products. Whether you are a developer seeking seamless ESP32 compatibility, an enterprise in need of customized solutions, or a brand pursuing trusted imaging performance, SincereFirst empowers your projects with stability, flexibility, and value—turning your vision into reality with decades of industry expertise.

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.

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