Model | CK-USB5M-V2.0 | REMARKS |
Image Sensor | OV5648 | |
Image Sensor Size | 1/4 | |
Effective Pixels | 2592*1944 | |
Pixel size | 1.4μm x 1.4μm | |
Camera Data output | MJPEG / YUV2(YUYV) | |
Maximum Frame Rates and Resolution | 2592 x 1944 @ 30fps MJPEG | |
SNR max | 34dB | |
Dynamic range | 67dB HDR mode | |
Min. Illumination | ≥0.1LUX at F.No2.6 | NO LED |
Interface | USB2.0 | |
Power requirements | USB 5V | |
Storage temperature | -40℃ to 90℃ | |
operating temperature | -30℃ to 70℃ | |
Power Consumption | 400mW | |
LED IR-850 | NO, but could be customized | |
OS | Win XP/Vista/Win7/Win8 / Linux with UVC(above linux-2.6.26) MAC-OS X 10.4.8 or later/Android 4.0 or above with UVC | |
Lens size | M6 diameter;2.9mm TTL | |
Lens Construction | 5P+IR | |
F/NO | 2.6 | |
EFL | 2.1mm | |
FOV | D=86° H=70° V=55° | |
Optical distortion | ≤-0.6% | |
Shooting distance | Fixed Focus, 10cm-infinity |
Looking for a Turnkey Embedded Camera Module Manufacturer?
Beyond supplying Grade-A hardware, CK Vision stands out by offering professional, in-house ISP tuning services to eliminate image noise, adjust color matrices, and calibrate Auto-White-Balance (AWB) according to your unique application housing. Whether you need a custom-shaped rigid PCB, a flexible FPC layout for slim medical endoscopes, or an upgraded high-speed architecture, we have a massive mass production capacity of 100k units per month. Please Contact CK Vision Now to discuss your project parameters, request a custom 3D CAD model, or receive an immediate wholesale quotation.
When sourcing a 5mp usb camera module, hardware developers often compare the OmniVision OV5648 and OV5640 sensors. While both share a 5-megapixel pixel array (2592 x 1944), their internal architectures serve distinctly different commercial use cases:
Form Factor and Thickness: The OV5648 is structurally optimized for cost-effective, ultra-slim designs. It features a smaller 1/4-inch optical format and a 1.4µm pixel size, making it the premier choice for narrow strip PCBs (like our standard 9mm*62mm module) used in space-constrained IoT housings and laptop bezels.
Interface and Image Processing: The OV5640 is a slightly larger 1/4-inch sensor that includes an embedded hardware Image Signal Processor (ISP). This allows the OV5640 to handle JPEG compression and auto-focus controls directly on-chip. Conversely, the OV5648 relies on host-side UVC processing, which reduces the camera module's overall power consumption to a low 400mW, extending the operating battery runtime of portable devices.
Low-Light Sensitivity: Due to structural differences, the OV5640 offers a slightly higher dynamic range. However, through CK Vision's advanced camera iq tuning, our engineering team can optimize the OV5648’s firmware register settings to achieve exceptional noise suppression and high clarity even at low light thresholds ($\ge$0.1 LUX).
Features
Resolution: A 5MP camera can capture images with a resolution of approximately 5 million pixels, which translates to 2592 x 1944 pixels. This high resolution allows for detailed and sharp images.
USB Interface: The camera connects to a computer or other devices via a USB interface. USB 2.0 and USB 3.0 are common options, with USB 3.0 providing faster data transfer rates.
Image Sensor: The camera is equipped with a 5MP image sensor OV5648 that captures light and converts it into digital image data.
Optics: This 5MP USB cameras come with built-in lens mounts to attach various lenses for different focal lengths and imaging requirements.
Frame Rate: The camera's frame rate determines how many images it can capture per second. Higher frame rates are beneficial for applications that require real-time video capture or fast-moving objects.
Manual Controls: Provide Manual controls for settings such as exposure, construction, saturation, sharpness white balance, gain, and shutter speed.
Software Support: We often provide ISP tuning support for getting better performance for our customers.
Compatibility: This 5MP USB cameras are generally compatible with a wide range of operating systems, including Windows, Linux, macOS, and Android.
Mounting Options: Standard PCB size of 9mm*62mm
Triggering and GPIO: If you want General Purpose Input/Output (GPIO) pins or hardware triggering options for synchronization with external devices, we can customize for you. Keep in mind that technology advances quickly, and newer models with even higher resolutions and improved features may be available beyond 2021. For the latest information on 5MP USB cameras or any other specifications, we recommend checking with our sales or web for the most up-to-date products.
Applications: High-resolution 5MP USB cameras can be used for tasks that require precise imaging, such as quality control, microscopy, document scanning, and computer vision applications. They often come equipped with advanced sensors and optics to deliver clear and sharp images. For example: endoscopes, embedded systems, robotics, IoT devices and so on.
Mass production capacity: 100k/month
Customization: support, any kind of FPC or PCB shape, change the Lens size, customizable FOV and so on.
Yes, entirely. The CK-USB5M-V2.0 module is fully compliant with the standard USB Video Class (UVC) protocol. It runs completely plug-and-play on Linux kernels (version 2.6.26 and above) and Android systems (version 4.0 and above). The host system automatically loads the native UVC driver, allowing developers to pull the 5MP video stream instantly using standard frameworks like V4L2 (Video4Linux2) or OpenCV.
Absolutely. While our standard configuration features a rigid 9mm*62mm PCB with a D=86° lens, CK Vision specializes in deep OEM/ODM customization. We support modifications to the PCB/FPC shape, relocation of the USB connector/GPIO pins, and mounting of custom lenses (M6, M12, or pinhole) to achieve your precise target Field of View and working focus distance. Our factory maintains a stable capacity of 100,000 units per month to support your scaling requirements.
Yes. For advanced industrial defect detection, factory machine vision, or multi-camera stereo setups, precise time-stamping is critical. We can customize the hardware layout to expose the sensor's native GPIO pins or external trigger lines, enabling micro-second level synchronization between the camera exposure window and external LED strobes or automated sorting machinery.