4K 60FPS Night Vision Sony IMX415 CMOS AI Vision Camera Module

 
Product Description:
This is a 4K 60FPS Night Vision Sony IMX415 CMOS AI Vision Camera Module. It is equipped with the Sony IMX415 CMOS color image sensor, featuring 8MP effective pixels and capable of stably outputting smooth 4K (3840×2160) resolution images at 60FPS. The sensor size is 1/2.8 inch, with a pixel size of 1.45μm×1.45μm. It also supports Starvis back-illuminated low-light enhancement technology and HDR function, with a maximum dynamic range of 72dB. In terms of output formats, it is compatible with three mainstream formats: MJPG, YUY2, and H.264. The focusing system adopts a manual adjustment design, covering a focusing range from 1cm (macro) to infinity. The lens integrates a 650nm IR filter to optimize color reproduction. The module comes in two size specifications: 38mm×38mm (without shell) and 75mm×42mm (with shell). It uses a Type-C interface, supporting USB3.2 high-speed transmission rate and UVC universal video protocol, and is compatible with mainstream operating systems such as Raspberry Pi, Windows, Linux, and MacOS. It is also equipped with an SDK development kit for secondary development. The power supply adopts an external independent DC12V power source. The production process complies with SMD (ROHS) environmental protection standards and AA (Active Alignment) manufacturing process. The product has passed international inspections and certifications including CE, FCC, RoHS, and Reach, ensuring performance compliance and usage reliability.
Features:
	- Delicate Low-Light Imaging: The 1.45μm pixel size achieves high pixel density on the 1/2.8-inch sensor. Combined with Starvis technology, it not only captures clear images in low-light environments close to 0 Lux but also reduces noise under weak light, resulting in more delicate details in nighttime images—outperforming the low-light performance of traditional small-pixel modules.
 
	- Accurate Close-Range Shooting: Compared with autofocus modules, the manual focusing design can accurately lock any shooting distance from 1cm (macro) to infinity. It is particularly suitable for scenarios requiring fixed focal length, avoiding frequent out-of-focus issues with autofocus. At the same time, the 1cm macro function can clearly present local details of small-sized objects.
 
	- Lag-Free 4K Transmission: The USB3.2 high-speed transmission rate, combined with the convenience of the Type-C interface, enables real-time lag-free transmission of 4K@60FPS images, avoiding picture freezes and frame drops caused by insufficient bandwidth. Additionally, the Type-C interface supports reversible plugging, simplifying the installation and usage process and adapting to various portable devices.
 
	- DC12V Independent Power Supply: The external independent DC12V power supply breaks free from the power limitations of the USB bus, preventing picture flickering and module crashes caused by insufficient power supply. It is especially suitable for 24/7 continuous operation scenarios, ensuring stability during long-term use.
 
	- Multi-System Compatibility and Flexible Development: It is compatible with Raspberry Pi, Windows/Linux/MacOS simultaneously, covering different development environments. Equipped with an SDK development kit, it supports custom image processing algorithms and function expansion, lowering the threshold for personalized development.
 
	- Strong Installation Adaptability: It offers two sizes—38mm×38mm (compact) and 75mm×42mm (standard)—which can adapt to devices with limited space and conventional installation scenarios. The SMD (ROHS) process and AA manufacturing process ensure module precision, and international certifications allow it to be used compliantly in multiple regions around the world. 
 
Technical Parameters:
	
		
			| Product Name | 
			
			 IoT FPV 8MP Camera Module 
			 | 
		
		
			| 
			 Sensor 
			 | 
			
			 Sony IMX415 CMOS Sensor 
			 | 
		
		
			| Piexl | 
			8MP | 
		
		
			| 
			 Focusing Range 
			 | 
			
			 1cm~Infinity 
			 | 
		
		
			| 
			 Output Interface 
			 | 
			USB3.0, Type-C | 
		
		
			| 
			 Sensor Size 
			 | 
			
			 1/2.8 Inch 
			 | 
		
		
			| 
			 Keywords 
			 | 
			
			 STARVIS Sensor Camera Module 
			 | 
		
		
			| 
			 Warranty 
			 | 
			
			 10 Years 
			 | 
		
		
			| 
			 Pixel Size 
			 | 
			
			 1.45μm 
			 | 
		
		
			| 
			 Brand Name 
			 | 
			
			 SINCEREFIRST 
			 | 
		
	
 
Applications:
	- Portable Skin Detector: It can clearly capture skin texture and local details of the oral cavity, and the 4K resolution meets the clarity requirements of medical imaging. The DC12V independent power supply ensures stability when the device is used mobile, and Starvis technology adapts to low-light inspection environments in medical scenarios.
 
	- Live Streaming Gimbal: When connected to a live streaming host, 4K@60FPS ensures smooth live streaming images. The 650nm IR filter prevents picture color distortion caused by strong outdoor light and backlighting, and Starvis technology adapts to low-light live streaming scenarios such as evenings and under tree shades, restoring true colors.
 
	- Warehouse Barcode Scanning Terminal: It can accurately identify barcodes and QR codes of small commodities, improving scanning efficiency. The multi-system compatibility adapts to Linux industrial terminals and Windows management computers commonly used in warehouses, and the SDK supports connection with warehouse management systems to realize real-time upload of scanning data.
 
	- Experimental Demonstration Camera: It clearly presents experimental details, and the 1cm macro function adapts to the shooting of specimens under a microscope lens. The DC12V independent power supply ensures stability during long-term experimental live streaming, and compatibility with the Windows system facilitates connection to teaching projection equipment.
 
	- On-Vehicle Recorder: It can be installed in narrow spaces of the vehicle body. Starvis technology is suitable for nighttime driving recording, and the 72dB HDR balances the strong light of vehicle headlights and road shadows. USB3.2 supports real-time transmission of images to the on-vehicle display, assisting driving safety.
 

Customized Process:
1. You can provide drawings or samples, as well as request documentation and developed by our engineering staff.
2. Communication or Meeting
3. We will communicate with you in detail to determine somewhat product you need and try to set the most suitable product for you
according to your needs.
4. Sample Development
5. Determine the details of the development sample and the delivery time. Communicate at any time to ensure smooth progress.
6. Sample Testing
7. Test and age on your application, feedback test results, no need to modify, mass production.
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