Camera & Vision Integration

Every stage from sensor to display gets a number, so the argument about where the latency lives ends early.

MIPI CSI-2 and GMSL camera paths brought up on embedded Linux, with the end-to-end latency budget measured stage by stage.

Camera to display pipelineSensor to screen, one box per hop that can add latency. The argument about where the delay lives ends when each hop has a number against it.SensorMIPI CSI-2 · GMSLCaptureV4L2 · DMAISPtuning · exposureInferencedetect · classifyDisplay · streampanel · RTSPLatency budgeta number per hop

Scope

What we do

  • Sensor and deserialiser bring-up: MIPI CSI-2, GMSL, V4L2 and media-controller graphs.
  • ISP configuration and tuning for the target sensor and lighting.
  • Capture-to-display pipelines with GStreamer or a custom path, latency measured per stage.
  • Multi-camera synchronisation and frame alignment.
  • On-device inference integration where the application needs it.
  • Recording and store-and-forward of video and metadata from remote sites.

Typical stack

  • mipi-csi-2
  • gmsl
  • isp-tuning
  • latency-budget
  • imx8m
  • rk3588
  • am62x
  • kernel
  • device-tree

Standards worked to

Applicable standards are agreed at the start of a programme and written into the scope. Certificates we hold are shared on request.

Talk to an engineer

Ask about this capability directly — the person who answers has shipped it.