RTSA-Suite PRO File Format (IQ and SPECTRA) Documentation & Sample Files

Quote from AdminTC on 23/10/2020, 14:47Features and Purpose
The RTSA-Suite PRO file format for IQ and SPECTRA records is used to store files generated by the RTSA-Suite PRO.
The file format is binary and chunk based, similar to e.g. the PNG file format.
The file format offers the following distinguishing features:
• Binary, compact and optionally compressed storage of measurement data
• Meta data storage (location, time, format etc.)
• Multi streams
• Interleaving of streams
• Sequential stream read and write
• Random access of complete files
• Preview storage of power spectra and power histogram
• Extension of existing streamsDoc-PDF and a sample IQ and SPECTRA recording (CW signal at 2410MHz with 1MHz sample rate / 1024FFT) is attached
Features and Purpose
The RTSA-Suite PRO file format for IQ and SPECTRA records is used to store files generated by the RTSA-Suite PRO.
The file format is binary and chunk based, similar to e.g. the PNG file format.
The file format offers the following distinguishing features:
• Binary, compact and optionally compressed storage of measurement data
• Meta data storage (location, time, format etc.)
• Multi streams
• Interleaving of streams
• Sequential stream read and write
• Random access of complete files
• Preview storage of power spectra and power histogram
• Extension of existing streams
Doc-PDF and a sample IQ and SPECTRA recording (CW signal at 2410MHz with 1MHz sample rate / 1024FFT) is attached
Uploaded files:
Quote from gz_xia_whu1 on 05/12/2022, 09:35Dear administrator, I would like to ask how to decompress the spectra data when the mcompression is 01 in the rsta file. I have tried to read the spectra data directly with ieee's f32 rules, but the results are not correct. I don't understand the instructions in the document, can you provide more detailed code. Looking forward to your reply!
Dear administrator, I would like to ask how to decompress the spectra data when the mcompression is 01 in the rsta file. I have tried to read the spectra data directly with ieee's f32 rules, but the results are not correct. I don't understand the instructions in the document, can you provide more detailed code. Looking forward to your reply!
