Build a recording chain, test voice and noise, confirm peak margin and save a playable pilot with a repeatable session record.
Choose solo or multi-speaker recording, local or remote contributors, and the editor’s required file format. Write a track list with one intended source per track, a session name and a backup destination. Estimate storage for the total recorded channels and takes, including both primary and backup copies.
Listen to the location with ventilation and computers running as they will during the session. Try practical mic positions and compare plosives, reflections and handling noise at matched playback level. Keep the microphone, pattern, angle and gain fixed when comparing distance; record measured band levels only if you want a numerical comparison.
Select the actual microphone and interface in the recording app, route each source to its intended track and monitor through headphones. Speak normally and loudly while checking input and recorded peaks. Compare the recorded peak with a chosen ceiling; a peak-to-RMS difference is crest factor, not remaining headroom.
Record representative speech, pauses and room tone with all expected devices active. Listen to every recorded channel for missing audio, clipping, echo, hum and movement noise. If comparing SNR, use compatible useful-signal and noise-only RMS readings under unchanged gain; gated silence is not a valid substitute for the source noise measurement.
Confirm that stopping and reopening the project retains every track. Rehearse a muted microphone or lost remote call and write the recovery cue. Keep separate local tracks and backups when available, but verify their actual recording and upload behavior before depending on them.
Open the exported test files in another player, inspect channel count and duration, and compare their actual size with the storage plan. Save raw audio, the project, mic-position notes and tested settings together. Download this checklist and the session record; repeat the test after a device or routing change.
Estimate byte-aligned PCM payload and entered overhead for the planned recording inventory.
Write and download the task brief, measured results and handoff decisions as Markdown.
Compare measured low-band levels at two mic positions after normalizing to the same reference band.
Compare the measured sample or true peak with an explicit ceiling; keep crest factor separate.
Calculate a ratio from compatible signal-only and noise-only measurements made under the same conditions.
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Shure describes how direction, distance and off-axis response affect capture. Use a matched recording comparison for the actual microphone.
Keep the following evidence with the actual version used for this task.
| Record | Include | Check |
|---|---|---|
| Capture | Device, track, pattern, position and format | Solo each recorded track |
| Levels | Meter type, peak ceiling and compatible noise sample | Keep gain unchanged for comparisons |
| Recovery | Backup, stop/reopen and fault cue | Play the recovered files |
Retain unprocessed takes so later cleanup and loudness changes can be revised.
A moving input meter does not prove that the correct audio was written to disk.