IMX299 (4/3rds 11Mp BI CMOS Image Sensor)
• High Sensitivity/High Quality Video
- Multi-Aspect BI CMOS Image Sensor
- Large Cell Size :4.63um
- High Dynamic Range：85dB+24dB(TGT) *WDR
- Dual gain：Analog gain(0-27dB)+12dB(TGT)
• High Speed/High Functionality *SLVS-EC
- Still/30fps@14bit,80fps@12bit,4k/80fps@12bit,120fps@10bit
- 1080/120fps(binning),1080(skipping)240fps@10bit
• Synchronize：SLVS-EC(Slave),MIPI(Master/Slave)
• I/F：SLVS-EC,MIPI(D-PHY 4lane 1.728Gbps/lane)
IMX299 appears to be the chip used by the GH5S and BMPCC 4K.
Dual Native ISO:
The sensor features two analogue amplifying circuits, with a low ISO circuit, and a low noise circuit for each pixel, meaning the camera has two “base ISO*”(The base ISO speed is the camera sensors natural ISO speed, from this gain is added to produce other ISO speeds.) speeds of ISO400, as well as ISO2500.
• High Sensitivity/High Quality Video
- Multi-Aspect BI CMOS Image Sensor
- Large Cell Size :4.63um
- High Dynamic Range：85dB+24dB(TGT) *WDR
- Dual gain：Analog gain(0-27dB)+12dB(TGT)
• High Speed/High Functionality *SLVS-EC
- Still/30fps@14bit,80fps@12bit,4k/80fps@12bit,120fps@10bit
- 1080/120fps(binning),1080(skipping)240fps@10bit
• Synchronize：SLVS-EC(Slave),MIPI(Master/Slave)
• I/F：SLVS-EC,MIPI(D-PHY 4lane 1.728Gbps/lane)
IMX299 appears to be the chip used by the GH5S and BMPCC 4K.
Dual Native ISO:
The sensor features two analogue amplifying circuits, with a low ISO circuit, and a low noise circuit for each pixel, meaning the camera has two “base ISO*”(The base ISO speed is the camera sensors natural ISO speed, from this gain is added to produce other ISO speeds.) speeds of ISO400, as well as ISO2500.
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