A connected camera is only the beginning
An FPV camera can power on and produce a picture while still failing to fit the selected receiver, display or processing workflow. Electrical connection, readable video and an acceptable system result are different checks. The purpose of an integration review is to connect those checks to one defined configuration.
Start with what receives the output
Identify whether the selected path expects analog video, a digital video stream or another documented interface. Then confirm the exact host, driver, format, timing and software dependencies. Do not infer support from a connector name or from a demonstration on different receiving hardware.
Evaluate the full path under load
Where processing is part of the configuration, check frame delivery alongside the intended encoding, recording, display or inference workload. Buffering, scheduling and format conversion can affect what arrives downstream. A nominal camera frame rate does not describe every later stage.
Keep mechanical and electrical fit in scope
Review camera orientation, lens clearance, mounting envelope, cable route, power and heat path. These constraints can determine whether a video-input option is usable in a compact FPV build. Record the installed configuration instead of treating the module as an isolated specification table.
Separate video input from onboard AI
An AI-ready video input supplies information to a customer processing path. Onboard recognition or tracking is a separate, exact-model capability. Confirm the camera configuration, firmware and result interface before discussing how that output may enter the customer system.
Agree the evaluation decision
Define the scene, measurement boundary, configuration and acceptance limits before the sample test. Keep failures and uncovered conditions with the results. The next step is a reviewable module evaluation, not a claim that a video component supplies a complete FPV flight system.