A 14-bit data claim should identify the stage of the thermal system it describes. It may refer to detector output or processing data rather than the file a buyer receives. This page does not verify accessible 14-bit output from a Phonemax handset.
Identify the data path
| Stage | Question to resolve |
|---|---|
| Detector or module | What bit depth and interface are documented? |
| Image processing | Which transformations are applied? |
| Exported record | What format, numeric information and metadata remain available? |
Do not equate codes with temperature accuracy
Fourteen bits can represent 16,384 code values. That arithmetic is not a claim of 16,384 accurate temperature measurements or a particular temperature increment. A temperature interpretation needs the system's own documented conversion and measurement specification.
Review a real output file
Ask the supplier for a sample from the exact application and configuration. Have the intended analysis software open it and identify which information is available. A screenshot or an image's colour count does not establish access to raw detector data.
Keep module examples in their scope
FLIR describes an example in which raw 14-bit thermal data is mapped into an 8-bit display space by AGC. That illustrates why the processing stage matters; it does not describe the P20 Pro or R4 GT data pipeline.
Source
FLIR: thermal data and display mapping. No raw-data interface, SDK or 14-bit export capability is promised for a Phonemax phone here.
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