IMX477 is a 1/2.3-inch type, using 1.55um single pixel process technology to support total effective pixel 12.3 million video shooting. This new CMOS image sensor also supports Sony's exclusive SME-HDR (Spatially Multiplexed Exposure HDR) and DOL-HDR (Digital Overlap HDR) advanced image processing technologies. In addition, the image sensor can support dual sensor synchronous operation. IMX477 also uses backlit imaging technology to achieve high-quality images in low illumination.
●Features:
■Backlit stacked CMOS image sensor
■Digital overlap high dynamic range (DOL-HDR) mode with raw data output.
■High signal-to-noise ratio (SNR).
■Full resolution @ 60 fps (normal), 4K2K @ 60 fps (normal), 1080p @ 240 fps
▲Full resolution @ 40 fps (12-bit normal), full resolution @ 30 fps
■Output video formats of RAW12/10/8, COMP8.
■Power saving mode
■Pixel binning readout and V sub-sampling functions.
■Independent flip and mirror.
■Input clock frequency 6 to 27 MHz
■CSI-2 serial data output (MIPI 2-lane/4-lane, max. 2.1 Gbps/lane, compliant with D-PHY specification version 1.2)
■2-wire serial communication.
■Two PLLs for independent clock generation of pixel control and data output interface.
■Defective pixel correction (DPC)
■Ambient light sensor (ALS)
■Fast mode transition. (On the fly)
■Dual sensor synchronous operation (compatible with multiple cameras)
■7 k-bit OTP ROM for user use.
■Built-in temperature sensor
■10-bit/12-bit on-chip A/D conversion
■92-pin high-precision ceramic package
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The Raspberry Pi high-end camera module is now available
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IMX477 camera image sensor FAQ
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1. What type of image sensor is IMX477?
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A: IMX477 is a backlit stacking CMOS image sensor using 1.55um single-pixel process technology, with 12.3 million total effective pixels and supports video shooting.
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2. What advanced image processing technologies does IMX477 support?
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A: IMX477 also supports Sony's exclusive SME-HDR (partitioned high dynamic range exposure) and DOL-HDR (digital overlap high dynamic) advanced image processing technologies, which can provide excellent image quality.
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3. What are the main performance features of IMX477?
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A: The main performance features of IMX477 include:
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High signal-to-noise ratio: up to 60 frames per second at full resolution, supporting 4K2K@60 frames per second and 1080p@240 frames per second shooting.
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High dynamic range: DOL-HDR mode supports wider dynamic range.
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Multiple output formats: supports multiple video formats such as raw12/10/8, COMP8.
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Flexible functions: including independent flip and mirror, fast mode conversion, pixel bin, readout and V sub-sampling functions.
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Environmental adaptability: built-in ambient light sensor and temperature sensor, supporting dual sensor synchronous operation.
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4. In what fields is IMX477 widely used?
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A: With its excellent performance and special features, IMX477 is widely used in many fields, including but not limited to:
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Intelligent monitoring: through the collaborative work of multiple sensors, it provides more comprehensive and stable image output.
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Security system: adapt to complex environments and improve monitoring effects.
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Unmanned driving: powerful environmental perception capabilities, assisting autonomous driving technology.
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Smartphone: improve the quality of photo and video recording.
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Medical imaging: Provide high-resolution image support in the medical field.
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Aerial photography: Meet the needs of professional photography and capture wonderful moments.
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5. What are the packaging methods of IMX477?
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Answer: The packaging method of IMX477 depends on the specific product design and application scenario. Common packaging methods include:
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LGA (Land Grid Array): The pins are arranged in a square array with a high pin density.
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BGA (Ball Grid Array): The pins are arranged in a spherical array, which is easy to manufacture and install.
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CSP (Chip Scale Package): The pins are directly connected to the chip itself, the package is compact but difficult to manufacture and install.
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6. What common problems may IMX477 encounter during use?
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Answer: The problems that IMX477 may encounter during use include but are not limited to:
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Image noise: In low-light environments, there may be an increase in noise, which can be improved by adjusting the gain and exposure parameters.
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Color distortion: Color distortion may occur due to factors such as light and color temperature, which can be corrected by adjusting the white balance.
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Autofocus problem: Autofocus may be affected by factors such as ambient light and object movement, resulting in inaccurate focus or slow speed.
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Overheating problem: Long-term use may cause the sensor to overheat, affecting image quality and stability. Pay attention to heat dissipation and temperature control.
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7. How to solve the overheating problem of IMX477?
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Answer: Solving the overheating problem of IMX477 can start from the following aspects:
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Optimize heat dissipation design: Ensure that there is enough heat dissipation space around the sensor, and use efficient heat dissipation materials and technologies.
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Control usage time: Avoid long-term continuous use and take a proper rest to reduce the temperature.
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Adjust the working environment: Try to avoid using it in harsh environments such as high temperature and humidity.
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Software optimization: Adjust the working state of the sensor through software algorithms to reduce power consumption and heat generation.