DFK 36CX335-I67 FPD-Link III
DFK 36CX335-I67
- IMX335
- FPD-Link III Camera
The IMX335 FPD-Link III camera DFK 36CX335-I67 is a color embedded vision camera with a CMOS STARVIS IMX335 rolling shutter sensor. With 2592×1944 resolution and 30 fps at full resolution, this camera is designed for vision systems that need detailed color image capture.
The DFK 36CX335-I67 uses a 1/2.8 inch IMX335 CMOS STARVIS sensor and connects through an FPD-Link III interface. Its configuration makes it suitable for compact embedded systems, robotics, inspection devices and OEM vision products.
The DFK 36CX335-I67 is built around the IMX335 image sensor. This sensor combines rolling shutter readout with a 2592×1944 resolution, providing 5 MP images at up to 30 fps for applications that prioritize color detail and resolution.
More info| Part number | DFK 36CX335-I67 |
This color FPD-Link III camera outputs color images. A color camera is often selected when the application requires color information for identification or classification.
Color cameras use a Bayer pattern to calculate RGB values, trading some light efficiency and edge sharpness compared with monochrome cameras in exchange for full-color data.
The DFK 36CX335-I67 is a rolling shutter FPD-Link III camera. Rolling shutter sensors expose and read out lines sequentially, which suits many vision tasks with stationary or moderately moving subjects. Very fast motion may exhibit rolling artifacts compared with global shutter sensors.
The DFK 36CX335-I67 is suitable for embedded vision applications where a compact color camera is required. Typical use cases include:
Choose the DFK 36CX335-I67 when your project needs an IMX335 FPD-Link III camera with rolling shutter, color output and 5 MP resolution at 30 fps. Its use of the 1/2.8 inch IMX335 sensor and FPD-Link III connectivity make it a practical camera module for embedded vision systems.
Need help selecting the right lens, cable or embedded platform for the DFK 36CX335-I67? Contact us for advice about your embedded vision project.