Mix Awesome Music with Cubase

Explore the science of mixing and the physics of sound, learn the core concepts and basic terminology, and build a foundation in fundamentals and harmonics for future chapters.

Discover how decibels express ratios, compare signal to zero or full scale, and avoid clipping, using view meters, faders, dBFS, and LUFS.

Understand how vibration creates sound and how hertz measures frequency, from sub bass to presence and brilliance. Balance bass, mids, and frequencies to craft clear mixes and prevent ear fatigue.

Explore how fundamental frequency and harmonics shape sound by comparing piano and cello, using a spectrum analyzer to reveal fingerprints that guide mixing decisions.

Explore how sound waves are captured by a microphone and converted to binary via an analog-to-digital converter, 44.1 kHz sampling; compare 4-bit to 32-bit floating point depths and note clipping.

Learn how listening environments create translation shock and how to optimize your studio acoustics, monitors, DACs, cables, and loudness for consistent mixes.

Learn how studio monitors differ from consumer speakers, why active monitors with flat response are preferred for accurate mixing, and place them in an equilateral triangle at ear level.

Choose irregular-walled rooms to improve home studio acoustics. Place monitors on a wall with space and balance live and dead ends using absorbent and diffusing materials, such as bookshelves.

Mixing with headphones can overcome room acoustics, but watch crossfeed effects, bass perception, and ear fatigue; use open back headphones and mix at low volume to translate to other environments.

Learn practical home-studio mixing techniques, including low-volume monitoring, near-field monitors, reference tracks, and visual tools like spectrum analyzers to improve frequency balance and prevent ear fatigue.

Prepare your projects for mixing by organizing files and following all steps, including the assignment, to gain greater control and focus on your Cubase projects.

Configure a Cubase 11 Pro project for mixing by setting 44.1 kHz, 32-bit float, tempo 130 BPM, and high buffer; import, name, color, and folder tracks for visual mastery.

Complete the assignment by following each step to prepare your project for mixing, download the cheat sheet, and track the tasks for the art of mixing.

Explore how arranging and mixing intertwine and learn to spot common mistakes that derail a mix. Align decisions with the song's arrangement and flow, using equalizers and compressors.

Learn how arranging and mixing interrelate in music production, prevent frequency masking by assigning instruments to distinct frequency ranges, and align rhythm parts for cohesive grooves.

Apply the rule of three to keep a mix focused on up to three foreground sounds, while others recede as background to add depth and context.

Explore three-dimensional mixing by positioning vocals and bass at center, panning other elements across the stereo field, and shaping depth and timbre with the z and y axes.

Decide where each voice or instrument sits in your three dimensional listening environment before mixing, using printed plots or your own graph, then apply the right placement tools.

Explore the three most important signal processors: compressor, equalizer, and reverb, and learn how these powerful tools shape mixes with in-depth sections and practical application in Cubase.

Apply compressor dynamics in Cubase by setting threshold and ratio to tame loud peaks, adjust attack and release, and use make-up gain and dry-wet mix for parallel compression.

Explore an eight-band peaking equalizer with a spectrum analyzer, boosting or cutting specific frequencies using frequency, gain, and bandwidth, and apply low/high cut and shelf options to shape your track.

Explore how reverb creates a three-dimensional sound stage by balancing dry signal, early reflections, and tail, using Roomworks and Reverence presets to simulate concert hall spaces.

Begin mixing a song created for this course, showcasing rap, rock vocals, acoustic and electronic drums, tender and aggressive moments, and the home studio challenges you'll tackle.

Apply gain staging to create headroom, select all clips, and lower their gain by 6 decibels to prevent clipping and keep the signal at -14 to -16 decibels for plugins.

Learn to build and sculpt electronic drum groups in cubase, balance multiple snare layers with selective reverb, then shape kick and hat with precise eq and subtle saturation for depth.

Boost synth bass sub frequency with the mixer's equalizers and listen mode to find the sweet spot; use high-pass 96 Hz to 25 Hz and apply sidechain compression if needed.

Pair electric piano and lead synth with complementary tones, use hard panning for plucks to create a wide stereo stage, and automate lead levels as rap enters.

Fix timing with hitpoints and warp markers in Cubase, using free warp to align syllables precisely. Disable return to start position on stop to keep the edit in place.

Apply a de-esser in Cubase to tame sibilant sounds by targeting a frequency band and adjusting threshold, release, and reduction (ratio), then balance the track level with the mix.

Use mono delay to add depth to a dry rap track, with dotted eighth intervals in sync mode, adjust feedback, mix, high/low filters at 8 kHz and 200 Hz.

Group acoustic drum tracks into a stereo drum bus, use drum replacement with MIDI kicks, and saturate the snare for extra bite while balancing in context with the mix.

Mix the electric bass with compression to balance dynamics, adjust ratio and gain, then add distortion via the VST Bass Amp to help bass and drums sit in the mix.

master sidechain compression in cubase by routing the kick as the side-chain trigger to duck the bass during hits. adjust threshold, attack, release, and makeup to preserve punch.

Record rhythm guitars dry, then duplicate tracks and pan for stereo width. Craft tone with VST Amp Rack and Plexi, use dynamic and condenser mics, and fine-tune delay and reverb.

Create an fx channel for reverb in Cubase, route guitar group signals via sends to RoomWorks, adjust dry/wet and input filters to shape a three-dimensional mix.

Record lead guitar dry to allow freedom, fix timing with warp markers and metronome, then sculpt tone with amp rack, cabinet, mics, octaver, overdrive, and tempo-synced delay, gated for clarity.

Balance the lead vocal with light compression and a -30 dB threshold to sit in the mix; add Magneto and Quadrafuzz for upper harmonics and delays for dimension.

Learn to fix pitch with Cubase VariAudio by editing notes in the MIDI editor, using the scissor tool on long notes, and straightening vibratos for natural pitch correction.

Learn to align a back vocal with the lead using Cubase Audio Alignment, bounce and apply VariAudio corrections, and fine-tune with Audio Warp for perfectly synced harmony.

Generate harmony vocals from a single track by creating a chord track and editing chords, then create up to four voices and blend them with careful panning and slight delays.

Apply mid/side processing in Cubase with Frequency to carve the center around 500 Hz, freeing the choir and preserving the distorted weight.

Use parallel compression to beef up the acoustic drums without losing the dry signal. Add a compressor on an fx channel for the acoustic drums group, then blend to taste.

Learn how to achieve coherence across song sections with volume automation in Cubase, turning down elements to make room for new material and prevent masking, with practical steps.

Mix creatively by applying Metalizer, Madonna delay, and Morph Filter on the stereo out to smooth the rock to choir transition at measure 50, with automation of the mix.

Use a reference track in Cubase to compare your mix with a similar song and guide EQ with SuperVision's spectrum curve.

Master your music as the final stage of production, ensuring it sounds great across listening environments and platforms, and learn to meet digital platform standards for release.

Learn how analog glue adds color to a mix by distributing upper harmonics with Magneto in Cubase, using frequency range controls to tailor saturation and preserve balance.

Mastering requires subtle EQ moves within ±2 dB, since it affects every instrument; cut rumble below 20–25 Hz, and boost the kick around 110 Hz.

Learn to master for different media by boosting kick and bass first harmonics, applying low-frequency saturation with quadrafuzz, layering an octave higher bass, and ensuring mono compatibility.

Discover how a four-band compressor in Cubase processes frequency ranges. See how a dynamic equalizer uses a threshold to tame frequencies and why fixing issues in the mix is preferable.

Learn to shape stereo imaging with Cubase 11’s Imager, adjusting four bands’ width, pan, and output while monitoring phase and correlation to prevent mono cancellations and boost low-frequency mono.

Make your music Spotify-ready by mastering loudness with Cubase: monitor true peak and integrated lufs, apply a limiter, and craft precise fade-outs using automation.

Set left and right locators in Cubase, place with P, fine-tune with 1 and 2, apply UV22-HR dither, and export the mix as wave or mp3 at the target rate.

Create the final version of a song in Cubase using the project file to refine the mix and arrangement.

Explore Cubase 13's new features, including the vocal chain and spectral comparison EQ, plus vintage-inspired plugins like P-1a, M5, Vox Comp, Black Valve, and surround support for Dolby Atmos.

Explore Cubase channel strips and VCA faders to apply a set of plugins—noise gate, compressor, eq, de-esser, saturation, limiter—on tracks, enabling CPU efficiency and reusable presets.

Congratulations on completing the course; now you can mix awesome music in Cubase, receive feedback, and explore the related Creating Awesome Music with Cubase course.