Great recordings start with the source, the room and mic placement. Fixing it at the source always beats fixing it in the mix. This hub collects every Solar Heavy Studios guide on recording in one place, grouped by subtopic, so you can learn in order or jump straight to the problem you have today.
A learning path through recording
Begin with the signal chain: audio interfaces, preamps, phantom power and DI boxes. Learn the main microphone types (dynamic, condenser and ribbon) and their polar patterns. Then cover the digital settings that affect every session: sample rate, bit depth, buffer size and latency, along with healthy recording levels. With the basics in place, practise mic placement on real sources: vocal recording, recording acoustic guitar, recording electric guitar and recording drums. Finally, learn session skills: click tracks, headphone mixes, punch in recording, comping takes, and building a home vocal booth with pop filters.
Start here
- Drum Recording
- Ribbon Microphone
- Dynamic Microphone
- Types Of Microphone
- Condenser Microphone
- Recording Tips Tricks
- Samson 7Kit Microphone
- Recording Bass At Home
Free tools and quick guides
Subtopics in this hub
Each subtopic has a short explanation below. Where a full guide already exists on the site, it is linked; the rest are being written.
DI boxes
A DI (direct injection) box converts a high-impedance, unbalanced instrument signal, such as a bass guitar or keyboard, into a low-impedance, balanced mic-level signal suitable for a preamp. It allows long cable runs without noise and often includes a ground lift switch to cure hum. Passive DIs need no power; active DIs need phantom power or batteries and suit passive pickups. Many interfaces have built-in instrument inputs, which perform a similar role for home recording.
Audio interfaces
An audio interface converts analogue signals from microphones and instruments into digital audio for your computer and back again for monitoring. Key features include the number and type of inputs, preamp quality, phantom power, headphone outputs, monitor outputs and driver stability. Choose based on how many sources you need to record at once, not just the specification sheet. Two inputs suit most solo producers; drums and bands need more.
Read the full guide: The Best Audio Interfaces
Bit depth
Bit depth determines the dynamic range of digital audio. 16-bit gives about 96 dB of theoretical dynamic range and 24-bit about 144 dB, far more than any real-world analogue chain needs. Recording at 24-bit gives generous headroom, so you can leave space for peaks without worrying about noise. 32-bit float files in a DAW are practically impossible to clip internally, but converters still clip at 0 dBFS.
Read the full guide: Bit Depth For Recording
Buffer size
Buffer size is the amount of audio the computer processes in each block. Smaller buffers reduce latency, which matters while recording and monitoring through the software. Larger buffers give the CPU more time, preventing clicks and dropouts when mixing with many plugins. A common workflow is a small buffer while tracking and a larger one while mixing.
Click tracks
A click track is a metronome that keeps performers in time with the session tempo. It makes editing, quantising and adding loops much easier. Choose a click sound that cuts through the headphone mix without being harsh, and consider count-ins and subdivisions for complex parts. Keep the click out of open microphones by managing headphone volume.
Comping takes
Comping, short for compiling, means recording several takes and combining the best sections into one performance. Most DAWs offer take lanes or playlists for this. Listen to each phrase across takes, choose the best for tone, timing and emotion, and use short crossfades at edit points. Aim for a performance that sounds natural, not a patchwork.
Condenser microphones
Condenser microphones use a charged diaphragm and capacitor plate and need power, usually phantom power. They are sensitive and capture detail and high frequencies well, making them popular for vocals, acoustic guitars and overheads. Their sensitivity also picks up more room sound and background noise, so they benefit from a treated space.
Dynamic microphones
Dynamic microphones use a moving coil and magnet and need no power. They handle high sound pressure levels and are less sensitive to room reflections, making them excellent for guitar amps, drums, live vocals and untreated rooms. Many dynamic mics have low output, so they need a preamp with plenty of clean gain or an inline booster.
Headphone mixes
A good headphone mix helps performers play and sing their best. Give them a clear balance of themselves, the click and the key instruments, with a little reverb on vocals if it helps. Closed-back headphones reduce bleed into microphones. Interfaces and DAWs often provide separate cue mixes so the performer's mix differs from the engineer's.
Home vocal booth
A home vocal booth does not need to be a built room. Absorbent material around and behind the singer, a corner with heavy blankets, or a wardrobe full of clothes can significantly reduce reflections. Avoid small, boxy enclosures that create a resonant sound. The goal is a dry vocal so reverb can be added later in the mix.
Read the full guide: Optimize Your Space With A Home Vocal Booth
Latency
Latency is the delay between a sound entering the system and being heard. In recording, it can make performers feel out of time. Reduce it with smaller buffer sizes, direct monitoring on your interface, and by avoiding high-latency plugins on recording tracks. DAWs also compensate recorded audio for known interface latency.
Read the full guide: How To Reduce Latency In Ableton
Mic placement
Microphone placement shapes the recorded sound more than any plugin. Distance controls the balance of direct sound and room; angle changes brightness; position relative to the source picks different tonal areas. Moving closer to a directional mic increases the bass through the proximity effect. Experiment and listen before reaching for EQ.
Read the full guide: Cello Mic Placement: Mastering the Art of Perfect Sound
Phantom power
Phantom power supplies DC voltage, typically 48 volts, through a balanced microphone cable to power condenser microphones and active DI boxes. Most interfaces provide it with a switch. Dynamic microphones are not harmed by phantom power, but some older ribbon microphones can be damaged by it, so check the manufacturer's guidance. Mute or lower monitors before switching it on.
Read the full guide: 48V Phantom Power
Polar patterns
A polar pattern shows how sensitive a microphone is to sound from different directions. Cardioid picks up mainly from the front and rejects the back. Supercardioid and hypercardioid are narrower. Omnidirectional picks up equally in all directions. Figure-8 picks up front and back but rejects the sides. Choosing the right pattern controls bleed and room sound.
Read the full guide: Polar Patterns in Audio
Pop filters
A pop filter sits between the singer and the microphone to reduce plosive bursts on sounds such as 'p' and 'b'. Nylon mesh and metal mesh designs are common. They also keep a consistent distance between the singer and mic. Angling the mic slightly or placing it at mouth height off-axis also reduces plosives.
Read the full guide: Why You Need Pop Filters: The Secret to Clear, Professional Audio
Preamps
A preamp raises the low-level signal from a microphone to line level. Clean preamps aim for transparency with low noise, while coloured preamps add character through transformers or tubes. Most modern interface preamps are clean enough for professional results. Gain staging, setting enough gain without clipping, matters more than the preamp brand.
Punch in recording
Punching in means re-recording a section of an existing take, starting and stopping recording at set points. It fixes mistakes without recording an entire part again. Set a pre-roll so the performer hears the lead-in, use punch-in and punch-out markers, and check crossfades at the edit points to avoid clicks.
Recording acoustic guitar
A common starting point for acoustic guitar is a small-diaphragm condenser pointed near where the neck meets the body, about 15 to 30 cm away. Pointing at the soundhole produces boomy results. Stereo techniques such as XY or spaced pairs add width. Listen in the room to find where the guitar sounds best before setting the mic.
Read the full guide: What are Some Tips for Recording Acoustic Guitar?
Recording drums
Drum recording ranges from one or two microphones to a full multi-mic setup with close mics on each drum, overheads and room mics. Good results start with a well-tuned kit and balanced playing. Check phase between microphones, especially the overheads and close mics. Even minimal setups can sound excellent with careful placement.
Read the full guide: The Art Of Recording Drums With One Mic
Recording electric guitar
Electric guitar amps are often recorded with a dynamic microphone close to the speaker grille. Pointing at the centre of the cone gives a bright sound; moving towards the edge gives a darker sound. Adding a second mic or room mic increases options. Many producers also record a DI signal for re-amping or amp simulation later.
Recording levels
In 24-bit recording, peaks around −12 to −6 dBFS leave plenty of headroom while keeping noise far below audible levels. There is no benefit to recording as close to 0 dBFS as possible. Set levels from the loudest parts of the performance, because singers and players often perform louder during takes than during soundcheck.
Read the full guide: Proper Audio Recording Levels
Ribbon microphones
Ribbon microphones use a thin metal ribbon suspended in a magnetic field. They have a natural, smooth high end and usually a figure-8 pattern. They are popular on guitar amps, brass, strings and drum rooms. Many are fragile, have low output and need a quiet preamp with plenty of gain.
Read the full guide: Best Ribbon Microphones: Capture Pristine Sound!
Sample rate
Sample rate is how many times per second audio is measured. 44.1 kHz and 48 kHz capture the full range of human hearing. Higher rates such as 96 kHz can reduce aliasing in some processing and give more room for time stretching, but increase file size and CPU load. Choose one rate per project and keep it consistent.
Read the full guide: Sample Rate For Recording
Vocal recording
For vocals, start with a large-diaphragm condenser or dynamic microphone, a pop filter and a dry space. Keep the singer at a consistent distance, roughly a hand's width or two, and set levels with headroom. Make the singer comfortable with a good headphone mix. A great performance matters more than equipment.
Read the full guide: Vocal Recording : Unlock Your Voice’s Potential
Worked example: a home vocal session
- Set the project to 24-bit at 44.1 or 48 kHz and a small buffer size.
- Place the microphone away from walls, with absorption behind the singer, and add a pop filter.
- Set the preamp gain while the singer performs the loudest section, aiming for peaks around −10 dBFS.
- Build a headphone mix with the beat, the vocal and a little reverb; enable direct monitoring if latency is noticeable.
- Record several full takes, then punch in on difficult lines.
- Comp the best phrases, crossfade edits and name the comp track clearly.
Microphone type at a glance
| Type | Power | Strengths | Common uses |
|---|---|---|---|
| Dynamic | None | Robust, rejects room sound | Guitar amps, drums, vocals in untreated rooms |
| Condenser | Phantom power | Detailed, sensitive | Vocals, acoustic instruments, overheads |
| Ribbon | Usually none (some active models need it) | Smooth highs, natural tone | Guitar amps, brass, room mics |
Gain staging through the recording chain
Every stage of the chain, from the instrument to the preamp to the converter, has a range where it performs well. Too little gain at the preamp means you raise the signal later and raise the noise with it; too much clips the converter, which cannot be undone. Set gain at the preamp first, watch the input meter in the DAW, and leave the track fader alone while recording, because the fader changes playback level, not what gets recorded. If a source is too quiet even at maximum gain, move the mic closer or use a microphone with higher output before reaching for more preamp gain.
Managing bleed and noise
When several sources play at once, each microphone picks up the others. Some bleed is natural and can glue a live recording together, but too much limits your choices in the mix. Use directional microphones and point their rejection zones toward the other sources, place absorbent gobos or furniture between players, and keep headphone levels low enough that the click does not leak. Turn off fans and noisy appliances, keep cables away from power supplies, and record a few seconds of room tone so you can identify any steady noise later.
Session organisation
A tidy session saves time in editing and mixing. Name tracks before recording, so files on disk are named sensibly. Colour-code instrument groups, add markers for song sections, and keep notes of microphone choices and positions in case you need to match a sound later. Back up the session folder at the end of every recording day, ideally to a second drive or cloud storage, because recorded performances are often impossible to recreate.
Monitoring options
Performers can hear themselves through the software, with plugins and effects, or through direct monitoring on the interface, which bypasses the computer and has almost no delay. Direct monitoring is the safest choice when latency is noticeable, and many interfaces let you blend input and playback with a dedicated control or mixer application. Software monitoring is useful when the performer needs to hear an effect such as amp simulation.
Pre-session checklist
- Instruments tuned and new strings or heads settled in.
- Cables tested, spares to hand.
- Session tempo, key and sample rate confirmed.
- Click and headphone mix checked by the performer.
- Input levels set from the loudest section.
- Enough free disk space for every take.
Re-amping
Recording a clean DI signal alongside a miked guitar or bass lets you send that DI back through an amp or amp simulation later. A re-amp box converts the line-level output back to instrument level and impedance, so the amp responds as if a guitar were plugged in.
Common mistakes
- Recording too hot and clipping the converter.
- Using a sensitive condenser in an untreated, noisy room.
- Ignoring phase between multiple microphones.
- Monitoring through plugins with high latency while recording.
- Fixing placement problems with EQ instead of moving the mic.
- Copying settings from a tutorial without listening in your own track.
FAQ
Condenser or dynamic mic for vocals at home?
Dynamic mics reject more room noise; condensers capture more detail in a treated space.
What level should I record at?
Peaks around −12 to −6 dBFS at 24-bit leave plenty of headroom.
Do I need an audio interface?
For XLR mics and low latency, yes.
What sample rate should I record at?
44.1 or 48 kHz is fine for most music; use one rate consistently.
Do I need an expensive microphone?
No. Placement, room and performance usually matter more.
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