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MIPI camera modules

MIPI camera modules form part of an embedded imaging system. Review the board connection, sensor configuration and host capture path together. Similar FPC cables or connectors still require a pin-by-pin review.

MIPI camera modules

Camera configurations and specifications

Compare interfaces, resolution and field of view, then discuss optics, mechanics and image tuning.

9 configurations

DVP/MIPI Dual-Lens Recognition Camera

DVP/MIPI Dual-Lens Recognition Camera

GC2053 Color + GC2145

Interface
MIPI / DVP
Resolution
2 MP
Field of view
65°
Output frame rate
—
Discuss this configuration
MIPI Dash Cam Camera

MIPI Dash Cam Camera

IMX335 / IMX415

Interface
MIPI
Resolution
5 MP / 8 MP
Field of view
150°
Output frame rate
—
Discuss this configuration
Dual-Lens Depth Camera

Dual-Lens Depth Camera

SC132GS + SC132GS

Interface
MIPI / USB
Resolution
1.3 MP
Field of view
100°
Output frame rate
—
Discuss this configuration

Configurations are identified by chipset. — means not specified in the profile. Confirm the FOV axis, lens options and output mode during selection.

Specify the interface

MIPI CSI-2 carries camera image data. Integration still requires agreement on the physical interface, lane configuration and data formats used by the host and module. The connector pin count does not describe these details.

Information needed for selection

  • Connection and pinout:Connector model, pitch, contact orientation, pinout, FPC length and routing.
  • Host capture requirements:CSI interface type, available lanes, input formats and required imaging modes.
  • Electrical and control:Power rails, signal levels, clock, reset and control-bus arrangement.
  • Optics and mechanics:Installation space, field of view, working distance, focus method and retention requirements.
  • Software environment:Processor, carrier board, system image, kernel or BSP version, and current driver status.
  • Required output:Resolution, frame rate, pixel format, exposure control and the application's capture path.

Begin bring-up with one mode

Choose one defined capture mode as the starting point. Record power-up, device detection, image output and parameter control before adding modes. Original logs and image files give a clearer debugging record than a description such as “image available” or “black screen.”

Define ownership early

Agree who owns the module, adapter board, driver integration, image debugging and application changes. For NVIDIA-based projects, include the carrier board and JetPack / Jetson Linux versions as well as the compute module.

Discuss a project