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  • Support multi-camera using offline IFE QCS9075 and QCS8275 have two IFEs that support de-Bayering (bayer-to-YUV processing) of the bayer camera images in real-time. This allows for support of concurrent streaming from two bayer cameras.
  • Support per port grouping This feature allows you to connect multiple GMSL sensors (up to 4) through one deserializer to a single CSI and IFE-Lite.
  • Support software TNR/MCTF Motion Compensated Temporal Filter (MCTF) is a technique used to improve preview/video quality by reducing noise and enhancing the clarity of motion.
  • Support camera sensor register read/write debug interface This feature introduces support for a debug interface within sysfs that can perform camera sensor register read and write operations through the command line.
  • Customize high dynamic range Staggered high dynamic range (SHDR) mode is a sensor feature that outputs frames with different exposure times - Long exposure frame (LEF) and short exposure frame (SEF).
  • EIS Electronic Image Stabilization (EIS) is an image enhancement technique using electronic processing. It minimizes blurring and compensates for device shake.
  • LDC Lens distortion correction (LDC) is the process to correct distortion that’s introduced from a fish-eye lens.
  • Customize EIS and LDC This section describes the possible combinations for running EIS, LDC, or both on one or two streams.
  • Advanced feature concurrencies This section describes the possible concurrency use cases for running SHDR, EIS, and LDC.
  • Multiple ROI streams from single camera input stream This is an advanced camera control feature that allows the user to get multiple ROI streams from a single camera with each stream showing a different ROI from the full FOV. It supports up to three cropped ROI streams and one full ROI stream.
  • Auto linear vs. SHDR mode switch This feature allows on-the-fly switching between Linear and SHDR v2 mode pipelines without stopping and starting the camera session.
  • Support multiple cameras using virtual channels over a single CSI This feature aims to optimize camera IFE/IFE-Lite hardware allocation when multiple cameras are connected and streaming through a single CSI PHY through different virtual channels. It’s supported for use cases in which camera data is streamed through the IFE/IFE-Lite raw data interface (RDI) path.