Blog
Articles on filmmaking technique, production planning, and industry knowledge.
Showing 8 of 8 posts
Audio Delivery Standards for Film and Television: A Complete Format Guide
Covers broadcast, streaming, theatrical, and festival delivery specs - sample rate, bit depth, channel configuration, LUFS targets, and true peak limits per platform. The reference to hand your mixer before the session begins.
Mono vs. Stereo vs. 5.1 vs. Atmos: Which Audio Format Does Your Film Actually Need?
A decision framework for choosing the right audio format for your independent film - covering what each format requires technically, which platforms expect it, what it costs to produce, and the realistic breakeven point where investing in 5.1 or Atmos is justified versus where stereo is the right call.
Audio Latency in Film Production: Recording, Playback, and Post Sync Problems Solved
Explains the sources of audio latency - hardware, buffer size, DAW routing - how to calculate total round-trip latency, and how to troubleshoot and prevent the sync problems that ruin otherwise good recordings.
What to Do When Your Audio and Picture Are Out of Sync in the Edit
Covers the four root causes of audio-picture sync drift in the edit - sample rate mismatch, frame rate conflicts, timecode breaks, and import offset errors - with a diagnosis and fix workflow for each cause.
Delivering Audio for Netflix, Amazon, and Apple TV Plus: The Spec Differences That Matter
Covers the platform-specific audio delivery specifications for Netflix, Amazon Prime Video, and Apple TV Plus - comparing loudness targets, channel format requirements, codec preferences, and the delivery mistakes that trigger rejections at each platform's QC stage.
LUFS vs. RMS: What's the Difference and Which Number Should You Hand to a Mixer?
RMS measures average signal power in a time window. LUFS measures perceptual loudness per ITU-R BS.1770 weighting. Broadcast and streaming platforms specify LUFS targets, not RMS. Here is how to read both numbers and which one to put in your handoff document.
Sample Rates in Film Production: 48kHz vs. 96kHz and When Higher Actually Matters
Covers the Nyquist theorem in plain language, why broadcast requires 48kHz, when 96kHz or 192kHz actually matters and when it is workflow overhead, and the storage implications of each choice for film and television audio.
LUFS, dBFS, and Loudness Normalization: What Filmmakers Need to Know
Explains the difference between LUFS, dBFS, and true peak - why streaming platforms normalize loudness, what it means for your mix, how to meter in your DAW, and how to hit Netflix and broadcast specs without squashing dynamics.