Cinematic mix analysis — scored against real Cinematic references

Upload a Cinematic mix and Unveil grades it against a hand-curated reference set of commercially released Cinematic records — not a generic loudness number. It checks the things that actually matter for Cinematic: wide dynamic range and orchestral depth. Then it hands you the specific fixes for your DAW.

What makes cinematic mixing different

Cinematic music, whether orchestral, hybrid or ambient scoring, is built on contrast. A quiet solo cello and a full brass and percussion climax might be 20 dB apart, and that gap is the emotional content. Listeners expect space, scale and clarity, and the mix must support them. This is the opposite of genres that rely on constant density.

The reference targets are about -16 LUFS integrated and a dynamic range near 20 dB, the widest of any genre in this set. Those are reference points for listening on streaming services, not film delivery standards, which differ and are covered below.

Tonal balance and orchestral sections

The usual faults are a thick low-mid area from stacked pads and strings, brittle highs from bright sample libraries, and a sub that dominates quiet passages. Sections should each have a clear place: basses and cellos low, violas and horns in the middle, violins and woodwinds above.

Sub (20-80 Hz): contrabasses, low piano, timpani, bass drums and synthesized sub hits. Often used sparingly for impact. Keep it controlled rather than constant.
Bass (80-250 Hz): cellos, basses, trombones, tubas, low brass and the body of toms. This region provides weight and must not smother the harmony above.
Low-mid (250-800 Hz): where violas, horns, cello mids and piano all live. Easy to clutter. Small cuts of 1-3 dB on pads and strings keep it transparent.
Mid (800-2500 Hz): the core of strings, woodwinds, trumpets and melodic lines. Melody clarity is decided here.
Hi-mid (2500-6000 Hz): bow articulation, brass bite, woodwind detail. Too much makes sample libraries sound brittle; too little loses definition.
Air (6000-16000 Hz): violin shimmer, cymbals, hall air. It adds openness and should roll off naturally.

Sharing space between sections and low-frequency effects

Orchestral writing does most of the separation for you, so mixing is about not undoing it. Avoid heavy EQ boosts; prefer gentle subtraction and level balancing. When strings, brass and a hybrid synth pad play together, assign the pad a lane by high-passing it near 150-250 Hz and cutting 2-3 dB at the frequency where strings sit.

Low-frequency effects such as sub drops, braams and impacts should be designed to fit the arrangement. A sub hit at 30-45 Hz layered with a timpani at 80-120 Hz works well when the sub is short (under 1 s) and mono. Sidechain sustained sub pads lightly to the hits, or automate them down by 3-6 dB when the hit lands. Check that a low drone is not masking the quiet melody above it; reduce the drone below 100 Hz during soft passages.

Dynamic range, depth and reverb

Preserve the dynamic range. Use light compression only, for example 1.5:1 to 2:1 with 1-3 dB of reduction on stems, and rely on fader automation to shape phrases. The 20 dB figure means a loud passage and a soft passage can differ by around that amount; if you compress that away, climaxes lose impact.

Depth comes from the combination of level, early reflections and tail. Place sections front to back as in a hall: strings near, woodwinds behind them, brass and percussion further back. Use a shared hall reverb (2-3.5 s decay, pre-delay 20-40 ms) for glue and a short early-reflection reverb for closer elements. Roll off high frequencies in the reverb return above 8-10 kHz so distance sounds natural, and high-pass the return at 200-300 Hz to avoid low-end wash. Distant elements should be quieter, a bit darker and wetter, not just panned.

For stereo placement, follow orchestra seating: first violins left, second violins center-left, violas center-right, cellos right, basses far right, or a layout of your choice. Keep solo instruments and the main melody close to center. Check the mono fold-down, as wide spaced-pair reverb can lose bass or cancel in the low-mids.

Loudness: streaming versus film delivery

A reference of -16 LUFS is close to Apple Music's roughly -16 LUFS and about 2 dB below Spotify and YouTube's roughly -14 LUFS. On the latter, a normalizing player may turn quiet content up, though how much depends on the service's settings and its limiting, so do not push level to compensate. Cinematic music works well at lower loudness because the contrast is the point.

Film and broadcast delivery have different rules. Theatrical mixes are mixed to calibrated monitoring levels rather than a streaming LUFS target, and television or streaming video specifications commonly use dialogue-based loudness measurement with their own targets, which vary by platform. Always follow the written spec of the destination, and never assume a music-streaming figure applies. For a music release, keep the true peak at about -1 dBTP or lower. Loudness range per EBU R128 for cinematic work can be large, and that is acceptable; it only becomes a problem when the quiet parts fall below what a listener in a noisy room can hear.

Step-by-step workflow

Set the balance with the full arrangement, and decide on the loudest and quietest moments.
High-pass each section appropriately and remove unneeded low end from pads and effects.
Balance sections by level first, using EQ only for problems such as brittleness above 3 kHz or buildup around 300 Hz.
Add a shared hall reverb, then short early reflections for near instruments, and adjust returns for front-to-back depth.
Place sections in the stereo field and check mono compatibility.
Automate faders for phrases rather than compressing heavily; use 1-3 dB of bus compression at most.
Design sub hits and low drones so they are mono and do not mask quiet passages.
Check at both low and high playback volumes, measure the integrated loudness and aim near -16 LUFS, and leave the true peak at about -1 dBTP or lower.

Worked example, mistakes and checklist

A cue measures -12 LUFS with only 9 dB of dynamic range because the master limiter works hard on the climax. Remove the limiter's gain reduction by about 4 dB and reduce the string bus compression from 5 dB to 2 dB. The cue lands near -16 LUFS and the range opens toward 18-20 dB. If the intro is now too quiet to hear, raise it with automation by 2-3 dB rather than compressing the whole track.

Over-compressing to make quiet parts louder, which removes the climax's impact.
Too much reverb that blurs fast string runs.
Constant sub that masks quiet melodies.
Using music-streaming loudness for film delivery without checking the spec.
Checklist: dynamic range preserved, sections each have a lane, low-mids transparent, reverb gives depth without wash, sub in mono and controlled, loudness near -16 LUFS for streaming, true peak at about -1 dBTP or lower. Re-measure after each major change.

What you get

Cinematic-specific targets: roughly -16 LUFS integrated loudness and DR ~20 dynamic range, with a genre tonal-balance curve.
Frequency-conflict detection localized to the second — find where your Cinematic elements mask each other.
Fixes written for Ableton, Logic, FL Studio, Pro Tools and more using stock plugins.
A clear 0–100 score so you know if the mix is release-ready before you send it out.

Questions

What loudness should a Cinematic mix hit?

Unveil targets roughly -16 LUFS integrated for Cinematic, but loudness alone doesn't make a mix — it's weighed alongside dynamics (DR ~20), tonal balance, phase, and frequency conflicts.

Is the Cinematic scoring just a generic algorithm?

No. Cinematic is scored against measured statistics from a curated set of released Cinematic tracks, so the targets reflect how the genre is actually mixed and mastered.

Is it free?

Yes — analysis is free with a quick sign-up. The optional Fix My Mix mastering pass is paid.

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