System integration

Latency

Scene-to-consumer delay

CAMCUDA WIKIUpdated 29 October 20262 min read

The elapsed time between a scene event and its availability to the consuming system.

What it means

Thermal-system latency includes acquisition, processing, transport, buffering and any host-side decoding or display. Different integration tasks may measure different endpoints.

A high nominal frame rate does not guarantee low latency. Correction behaviour and repeated or buffered frames also matter when current scene information is required.

In practice

Integration note

Define the start and end of your latency measurement, then test the complete camera, interface and host pipeline.

Explore the timing budget

Open the thermal video continuity calculator ↗ to compare continuous-sampling scenarios.

Related product resources

HI-Shutterless ↗HI640 / HI1280 SuperMini-640 ↗Ultra-light core640 × 512 · 8 µm

Continue with an Engineering Guide ↗

Sources & further reading

Concept explanations are general. Use the matching product, lens, interface board and firmware documentation for the delivered configuration.

Common buying questions

Which thermal module should I choose first?

Start with the target application, resolution, interface, lens or viewing distance, expected quantity, and destination market.

Where can I download technical documents?

Use the Download Center for available drawings and diagrams, or contact CAMCUDA for model-specific packets.

Can CAMCUDA support OEM integration?

Yes. Send your host platform, enclosure limits, interface, lens requirement, and schedule through Contact / RFQ.

Let’s talk.

Latency

What it means

In practice

Related product resources

Sources & further reading

Let’s talk.

Latency

What it means

In practice

Keep exploring

Related product resources

Sources & further reading

Common buying questions