This Bitwig tutorial walks through the audio setup section of the dashboard, covering how to select your input and output devices, set your sample rate, and configure your block size before recording. One underrated feature shown here is Bitwig's ability to use separate devices for input and output, which comes in handy when your main interface doesn't have enough inputs for all your hardware. The block size setting gets the most attention, and for good reason. Lowering it reduces latency, which matters when you're capturing a live performance, but it also puts more demand on your CPU. Starting at 128 samples is a reasonable default for most recording sessions, with the understanding that you may need to push it higher as your project grows. The bit also briefly covers input bus labeling, showing how to rename inputs so they show up clearly on your tracks inside Bitwig.
In this excerpt from a Bitwig Studio Grid walkthrough, the presenter demonstrates how a low-pass filter behaves at its core: it slows down a signal, preventing it from jumping immediately to its next value and instead easing it there gradually. That behavior is identical whether the signal is audio or a stream of pitch control data. Pointing the filter at a pitch signal instead of audio produces portamento. The cutoff frequency becomes the glide rate, and the lower you set it, the slower the pitch transitions. It works, but using a frequency parameter to control timing is an awkward mapping. A lag module or averager does the same job with more intuitive controls, and right-clicking any module in the Grid surfaces related alternatives. From there, you can go further, running faster glide on high pitches and slower glide on low pitches, since the Grid gives you full control over that behavior.
This short Bitwig Studio tip shows how to record a MIDI performance directly onto the arranger timeline. Enable record, then hit play in the global transport, and your notes are captured as a clip in the arrangement. It's a minimal but foundational workflow step for anyone starting to build songs inside Bitwig.
James Hype emphasizes the power of simplicity in production, using his hit record "Ferrari" as an example. By employing basic elements like a 909 drum kit and minimal loops, he ensures that the main focus—the guitar and vocal—remains memorable and impactful. Hype highlights that while the house loop is pleasant, it serves primarily to support the track's core elements without overshadowing them. This approach contrasts with the tendency of some producers to overcomplicate their tracks, which can detract from the main idea. By keeping the supporting elements simple, Hype creates a clear focal point, allowing the primary sounds to shine and making the track more memorable.
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Noam Wallenberg demonstrates the Glyn Johns technique combined with aggressive processing to craft characterful drum overheads. He uses the Schoeps V4 U over the kit and the Shure SM57 from the side of the drums. Both microphones are sculpted with EQ to add body and remove sub frequencies, creating space for the kick drum. Distortion is applied using a Decapitator from Soundtoys and Satin from u-he, adding crunch and smoothing transients, while parallel compression with the Soundtoys Devil-Loc Deluxe enhances weight and sustain. The use of mismatched microphones and varied processing on each side creates a distinctive stereo image, with intentional differences in distortion levels contributing to dynamic panning effects. This approach, inspired by Tchad Blake's mixing style, results in a drum sound that is both vibrant and full of character.
HAND delves into the basics of tempo manipulation using tape loops, focusing on adding character and movement to electronic drum rhythms. Utilizing the Uher Report 4000, HAND demonstrates how tape looping and delay can create more interesting and dynamic soundscapes. The segment includes an analysis of signal records and monitor output, particularly examining speed stacks and delays. The discussion highlights the practical aspects of delayed releases and tempo adjustments in music production, emphasizing the intersection of music quality and physics. For a deeper understanding, viewers are encouraged to watch the video for further insights.
This Bitwig Studio tutorial clip demonstrates how the Pen tool goes beyond simple note drawing when combined with modifier keys. Holding Alt or Option while dragging places individual notes at each grid division, turning a single gesture into rapid, locked note entry.
Sylvia Massy adds ambience to the drums by blending reverb on the snare, overhead, and kick with compression on the room mic. Utilizing Valhalla VintageVerb's drum plate preset, she enhances the depth and size of the drum sounds. Concurrently, she applies crushing compression to the mono room mic using the Avid BF-76. This technique not only fills the gaps between drum hits but also adds thickness and body, enhancing the overall impact of the drums. By balancing the expansive quality of the reverb with the intensifying effect of compression, Massey creates a drum sound that is both big and cohesive.
Thavius Beck demonstrates Bitwig's Recurrence Length operator, showing how a simple one-bar drum pattern can evolve into a phrase that never quite repeats the same way twice. The operator lets you control which iteration of a loop triggers a given note, so a kick set to fire on the second and fourth pass of a four-bar cycle behaves very differently from one set to fire every fifth or seventh iteration. When different notes carry different recurrence values, the combined pattern outgrows any single loop length, and surprises start appearing in places you didn't plan. That emergent quality is the point: you get rhythmic variation without manually programming every bar.
Audio University breaks down how to read a microphone polar pattern graph, going beyond the basic question of "where does the mic pick up sound". Using the Shure SM58 as an example, Kyle Mathias demonstrates that directional mics don't behave the same way at every frequency. Explaining what the frequency-specific response lines in the graph actually mean. The key concept here is off-axis coloration: a directional mic doesn't have a uniform frequency response in all directions, so a sound coming from the side will be colored differently than one coming straight on. By the way: Low frequencies tend to be less directional, but that's usually manageable with a high-pass filter. Here's the practical implication: when choosing mic placement, check the off-axis response in the frequency range of your source, before making a decision. And if a mic naturally darkens off-axis sources, that's not always a problem - it can be used as a creative tool for shaping tone without reaching for an EQ.
Noam Wallenberg discusses using AKG 414 microphones for recording toms, highlighting the importance of phase alignment between tom mics and overheads to achieve a fuller, more impactful sound. He emphasizes that phase relationships for toms can be somewhat unpredictable, as even slight microphone adjustments can alter the phase. Wallenberg advises always checking phase alignment in mono with equal levels between the tom and the overhead, flipping the phase on the tom mic to determine which setting provides more low end and presence. This approach works the same way with other close mics like kick or snare, which is why it's a good practice to keep the overheads as the common phase reference. Getting the phase relationship to the overheads right will bring the toms forward, making them sound fuller and more upfront in the mix.
Jack Antonoff shares his approach to achieving bigger-sounding drums by playing them softly. He explains that playing drums loudly can paradoxically limit their perceived loudness in a mix. By playing softly, the drums can be mixed louder, leveraging a psychoacoustic effect where our brains interpret the sound as being closer and, thus, more impactful. This technique is akin to the sensation of hearing a whisper clearly; when a sound is soft yet prominent, it tricks our perception into feeling as though the source is near. This creates an intimate and powerful presence in the mix, making the drums feel larger and more enveloping without overwhelming other elements.
Producer and engineer Jacquire King shares essential tips for recording string ensembles, emphasizing simplicity in recording setups. He highlights the importance of allowing string players to balance themselves and focuses on strategic microphone placement. King recommends using darker mics on cellos and brighter ones on violins, with a focus on the instrument's body above the bridge. A stereo pair for the ensemble captures ambient color and room balance. He advises on headphone monitoring, suggesting panning to one side to minimize leakage, since a lot of times the players have one ear out of the headphones. Encourages recording multiple passes to enhance texture and lushness, using the ensemble and close mics creatively. Lastly, King stresses collaboration with musicians, acknowledging their feedback to ensure a supportive and co-creative environment. Engage these tips to elevate your string recording sessions with clarity and depth.
Marc Daniel Nelson showcases a powerful technique for achieving deep but clear vocals using a combination of delay, reverb, and a sidechain compressor. He chains an Acustica Lemon delay with a large Valhalla plate reverb, placing a sidechain compressor at the end. The compressor, keyed to the dry vocal, provides around 6dB of gain reduction with medium attack and release settings. This setup ensures the vocal remains punchy and clear, allowing the ambient effects to swell naturally during pauses, adding depth without overpowering and cluttering the mix. Nelson also fine-tunes delay panning and feedback to enhance spatial effects. The video covers the entire signal chain, including delay panning and feedback, reverb pre-delay rationale, and before/after comparisons of the ducking effect. This approach enhances vocal clarity and depth, providing a rich, immersive experience.
Adam 'Nolly' Getgood shares his approach to parallel drum compression using the Slate FG-Stress plugin directly on the drum bus. He opts for a 20:1 ratio with a high-pass filter in the sidechain, allowing the compressor to focus on the midrange frequencies without the kick drum overly triggering the compression. This setup, inspired by Eric Valentine, uses a slow attack setting of 8 and a fast release of 2.5, achieving a punchy and exciting drum sound with a mix level around 32%. Nolly complements the compression with EQ using the Slate FG-N and Custom Series Equalizer plugins. He applies boosts at 12kHz and 5.5kHz to add presence and aggression, while occasionally enhancing the low end at 60Hz if needed. This EQ strategy, which he previously applied to the entire instrument mix bus, is focused solely on the drums, contributing to a bigger and more defined drum sound. By integrating these techniques, Nolly achieves a drum mix that is both weighty and aggressive, with a presence that stands out in the mix.
In this segment from Bitwig's Modular Concepts series, the host reframes what a low-pass filter actually does: rather than simply cutting frequencies, it rounds off abrupt signal transitions, slowing down how fast a signal can change. Lowering the cutoff on a square wave gradually morphs it toward a sine wave, which makes the underlying math visible. From there, the bit applies that logic to pitch control. By routing the pitch input through a low-pass filter before it reaches the oscillator, abrupt note-to-note jumps become gradual glides, producing a musical portamento without a dedicated lag module. The host acknowledges that a lag module does the same job more intuitively, with timing set in musical terms. But the point is that understanding what a filter is fundamentally doing opens up uses well beyond tone shaping, and that kind of cross-functional thinking applies to any modular environment.
This excerpt from Bitwig's official Grid tutorial series focuses on a practical patch where a step sequencer drives a filter cutoff, with most step values kept low so the filter only occasionally opens up. The host then introduces the Phase Reset module, which restarts the sequencer's position on each new note trigger, turning a static loop into something that evolves differently depending on when and how you play it. Switching the patch from monophonic to polyphonic is where things get interesting. With multiple voices active simultaneously, each note gets its own independent playhead moving through the step sequence at its own position in the phase cycle. The Grid's visualizer makes this concrete: you can watch all the individual playheads running in parallel, each at a different offset. The host also demonstrates doubling the global phase speed, compressing the sequence to run across eight sixteenth notes instead of sixteen. Combined with polyphony and phase reset, this creates rhythmic and timbral variation that feels alive without any automation or manual intervention.
Dave from Bitwig walks through the math behind building a key-tracked delay in Bitwig Studio's modular environment, showing how to convert MIDI note values into precise millisecond delay times so the delay resonates in tune with whatever note you play. The core challenge is that pitch is linear while frequency is logarithmic, and bridging that gap is where most of the work lives. Two modules handle the heavy lifting: Pitch to Frequency converts the incoming note signal into hertz, and Reciprocal flips it to get the period. Switching the Reciprocal's unit to kilohertz takes care of the thousand-times scaling difference between hertz and milliseconds. The final patching detail is about unit control inside the delay itself. Setting the delay's base time to exactly one millisecond, then modulating it at 100% with an attenuator, lets the converted pitch signal take full control of the delay time. Subtracting that one millisecond of bias keeps the values clean and on target, giving you a delay that tracks octaves as you play up and down the keyboard.
This Bitwig Studio tip from the official Bitwig channel walks through building a punchy kick drum entirely inside The Grid, then triggering it live from a Eurorack sequencer via CV. The patch starts with a sine wave oscillator running through an AD envelope into the output. A second AD envelope handles pitch modulation, feeding into the oscillator's FM input to create that characteristic downward pitch sweep that gives a kick its body and snap. The Heat Wave shaper is added after the oscillator to push the signal into saturation, which is where the punch comes from. It's a simple insert but it shapes the transient in a way that pure sine waves can't achieve on their own. Bringing in hardware means adding a CV Input device and pointing it at the DC-coupled input on your audio interface. Routing that CV signal to the trigger inputs on both envelopes gets the whole patch firing from your sequencer. One practical note: if triggers aren't landing, boosting the gain on the CV Input device usually fixes it, since gate voltages vary across different Eurorack modules.
In this segment, Teezio details his mastering process for Victoria Monét's "On My Mama". He focuses on cutting out unwanted frequencies to enhance clarity without boosting unnecessarily. Teezio applies multiband processing to manage low-end dynamics and uses a final limiter for volume control, ensuring the mix retains its intended vibe and energy. This meticulous approach highlights the importance of surgical EQ and controlled dynamics in achieving a polished, professional sound.
Catnapp demonstrates her go-to vocal processing chain in Ableton Live, focusing on enhancing vocals during production and recording. She starts with a gate to reduce noise, followed by EQ Eight to cut lows slightly and boost highs for crunch. A Chorus effect is used to widen the vocals in the stereo field, while a Saturator adds warmth and rawness. She uses a classic Delay with simple beat division settings and ends with a Hybrid Reverb for precise pre-delay control. The segment features a before-and-after demo, showcasing how the chain transforms the vocal sound. This concise walkthrough provides practical insight into achieving an inspiring vocal sound already during recording.
Marc Daniel Nelson demonstrates how to use FabFilter Pro-MB for sidechained multiband compression to place backing vocals behind the lead in a dense pop mix. By sidechaining the lead vocal into a multiband compressor on the backing vocal bus, Nelson ensures that the sibilant frequencies of the lead vocal trigger compression on the backing vocals. This technique reduces the harshness and phasing issues caused by multiple vocalists starting their s's at slightly different times. Nelson emphasizes that this method allows the lead vocal to remain the focal point without overly compressing it, while maintaining the clarity and presence of the backing vocals. This approach helps achieve better separation and makes the mix sound more cohesive and pleasant. Using this technique, Nelson effectively manages a complex mix with over 150 tracks, ensuring that the lead vocal stands out clearly while the backing vocals sit well in the mix.
DjRUM highlights the creative potential of embracing imperfect edits, using a trill as an example. By intentionally leaving the editing crude, they create a unique blend of realism and digital magic, where listeners are left questioning the authenticity of the sound. Instead of meticulously aligning transients and perfecting crossfades, the producer opts for a more spontaneous approach, allowing the imperfections to be masked by other elements in the mix. This technique emphasizes the beauty of free recording and improvisation, demonstrating that not every sound needs to be flawlessly executed to contribute effectively to a track.
In this mix breakdown for Victoria Monét's "On My Mama," Teezio dives into his approach to processing the 808 and bass. He starts with subtle use of Waves R Bass, followed by surgical EQ adjustments with FabFilter Pro-Q3 to remove unnecessary frequencies and maintain the demo's vibe. Teezio employs MV2 for balancing low and high elements, and uses iZotope Neutron and Waves C2 for smooth, transparent compression. He emphasizes the importance of tackling resonant frequencies to avoid buildup and improve clarity. By layering different bass elements, Teezio adds depth and body, crafting a rich, cohesive low-end that pairs seamlessly with the drums.
Sylvia Massy emphasizes the importance of aligning the phase between the top and bottom snare mics for a full snare sound. The phase inversion typically occurs because when the snare is hit, the top and bottom heads move in opposite directions relative to their respective mics – the top head moves away from the top mic, while the bottom head moves towards the bottom mic. This opposing movement creates a phase discrepancy, often resulting in a thin, papery snare sound when both mics are mixed. To fix this, Massey flips the phase on the bottom mic, thus restoring the fullness and tone of the drum. She points out that checking and correcting phase between drum mics (snare mics, overheads against the snare, etc.) is an essential step at the beginning of every mix.
Andrew Watt explains why every major collaboration in his career has started with conversation rather than music. Creating together requires vulnerability, and you can't open up about your life, your pain, or your creative instincts with someone you've never properly met. Finding common ground first isn't a warm-up ritual - it's what makes the actual work possible. The trust you build before a session is what allows an artist to go deep enough to write something that means anything.
Bitwig's tutorial channel walks through Next Actions, the Clip Launcher feature that lets clips automatically trigger other clips after a set duration, without ever touching the Arranger timeline. It's a practical tool for both live performance and the composition process, letting you sketch out song progressions with more flexibility than a fixed linear arrangement allows. Setup lives in the Inspector panel. Selecting a clip reveals two fields: After, where you set how long the clip plays before handing off, and Due, where you choose what happens next. Supported time values go down to one hundredth of a sixteenth note, and the action options only become available once a duration is set. The available actions cover a range of playback behaviors. Play Next, Play Previous, Play First, and Play Last move through clips in order. Play Random picks any clip in the track, while Play Other does the same but prevents the currently playing clip from repeating immediately. Round Robin is a shortcut that assigns sequential playback across all clips automatically, looping back to the start.
Vance Powell uses the UAD Ampex® ATR-102 tape saturation to glue a rock mix together on the mix bus. He prefers using the 250 tape formula, running at 15 inches per second with CCIR calibration on half-inch tape, which he finds essential for achieving a classic rock sound. Powell highlights that while the effect is subtle, it adds the perfect amount of sparkle and energy to the low end, enhancing the overall cohesiveness and warmth of the mix.
Bob Horn walks through a parallel vocal chain built specifically to hold an intimate, close-mic'd vocal steady in the mix without adding obvious weight. The vocal was recorded with heavy proximity, so it needs to sit locked in place rather than float, and this parallel does that job without being heard as a distinct layer. The chain starts with a stereo doubler with the center cut, so only the sides pass through, wrapping a wide halo around the mono vocal sitting in the center. A Distressor follows at 4:1 with fairly strong gain reduction, then a Transformer plugin cranked hard for fuzz and saturation. A limiter catches anything that pops through without clamping the whole signal down, and a final EQ boosts presence and cuts the low end to avoid the tubby buildup that comes from proximity. The parallel runs at a low blend level, so the effect reads as texture and stability rather than a second vocal. Horn solos the parallel so you can hear the full chain in isolation before A/B-ing it in context, which makes the contribution of each stage easy to follow. The before/after comparison shows how much mid-range presence and steadiness the chain adds, even at a subtle blend.
In this tutorial on avoiding phase issues, the focus is on managing the stereo content of bass signals to maintain audio quality. The video demonstrates practical solutions such as reducing reverb on the bass, using mid-side EQ to remove unwanted stereo content in the low-end, and applying Ableton Live's utility plugin to convert bass frequencies to mono. These techniques help ensure the correlation meter stays above zero, indicating a healthy phase relationship. The emphasis is on simple, effective methods to prevent phase problems without resorting to complex solutions.