Product Introduction:
Product Advantages & Features
- STARVIS 2 + 2.0μm Pixels: The 2.0μm large pixel size increases light input per pixel, and when paired with STARVIS 2 back-illuminated technology, it significantly reduces image noise in low light while retaining dark-area details—avoiding the “darkening and detail loss in low light” issue of traditional small-pixel cameras.
- 4K@60fps + Multi-Format Output: 4K resolution presents delicate image textures, and 60fps high frame rate ensures no motion blur in dynamic scenes; it supports three output formats (MJPG, YUY2, H.264) for flexible switching across scenarios without additional conversion tools.
- 1cm Macro + Manual Focus: The 1cm ultra-close focusing range captures details of small-sized objects, and manual focusing allows precise avoidance of interference elements in the image.
- 86° Wide Field of View + Compact Size: The 86° field of view covers multi-person meeting scenes or full-home security monitoring without frequent camera adjustments; the 38mm×38mm compact size fits easily into device casings, eliminating the need to modify the overall device structure and reducing integration difficulty.
- Full Compatibility + Customization Support: It is compatible with the UVC protocol for plug-and-play use on mainstream operating systems without complex driver installation; it adapts to development boards like Raspberry Pi for quick setup of open-source vision projects. It also provides an SDK development kit and one-stop OEM customization solutions, supporting developers to customize imaging parameters or functions on demand to meet personalized needs without relying on third-party software.
Product Application
- Nighttime Unmanned Retail Monitoring: In dimly lit unmanned convenience stores, STARVIS 2 + 2.0μm pixels ensure the camera clearly captures shelf product status and customer shopping actions; 4K resolution recognizes QR codes on customers’ screens during payment, and the 86° field of view covers the entire checkout area—avoiding monitoring blind spots or blurred details due to low light.
- Low-Light Industrial Quality Inspection: For factories that maintain low illumination for production, the module’s low-light imaging capability clearly detects tiny defects on part surfaces without strong lighting; 1cm macro + manual focus targets key parts of components, and 4K resolution prevents quality inspection misjudgments caused by insufficient light.
- Outdoor Mobile Live Streaming: For outdoor live streaming in low-light scenarios, STARVIS 2 technology ensures even lighting and no noise on the host’s face; 4K@60fps guarantees smooth, blur-free live images. The Type-C interface supports power supply via portable chargers, and its compact size allows easy mounting on handheld stabilizers.
- Nighttime In-Vehicle Auxiliary Recording: During nighttime driving, when street lamp glare and road shadows overlap, Clear HDR balances light and dark to avoid overexposure in glare areas and underexposure in shadows; STARVIS 2 + 2.0μm pixels clearly record front vehicle license plates and road details, and 4K resolution provides accurate visual evidence for accident investigation
Brand Value Empowerment by SincereFirst
As a professional brand deeply engaged in the optical field for over 30 years, SincereFirst has always adhered to the concept of “technology as the foundation, quality as the cornerstone, and service as the guarantee”. From the refined production in Class 10/100 cleanrooms to the product strength recognized by Fortune Top 500 companies, and the long-term commitment of a 10-year warranty, SincereFirst not only provides high-performance camera modules for users but also serves as a reliable partner for visual solutions across industries through full-chain support and guarantees—empowering users to achieve value enhancement in scenarios such as low-light imaging and high-definition capture.
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.
