What does the Edexcel recording techniques module cover?

It covers microphone types (dynamic, condenser, ribbon) and how each transduces sound, polar patterns (cardioid, omnidirectional, figure-of-eight), microphone placement (close, distant and ambient miking, the proximity effect), stereo techniques (spaced pair AB, coincident XY, ORTF, Mid-Side), the recording signal chain from microphone through preamp and converter to the DAW, gain staging, and the multitrack recording process used in Component 1.

How do I choose the right microphone for a source?

Match the type to the source: a dynamic microphone (rugged, handles high sound pressure) suits loud sources such as drums and guitar amps; a condenser (sensitive, detailed highs, needs phantom power) suits vocals and acoustic instruments; a ribbon (smooth, warm) suits strings and brass. Then choose the polar pattern for what it must reject: cardioid for isolation in a poor room, omnidirectional for a natural open capture, figure-of-eight for Mid-Side stereo or side rejection.

What is the recording signal chain?

The signal travels from the microphone (a weak mic-level signal) down a balanced cable to a microphone preamplifier, which applies gain to raise it to line level, then to an analogue-to-digital converter inside the audio interface, which samples and quantises it into digital audio, and finally into the DAW where it is recorded. Setting the level correctly at each stage (gain staging) keeps the signal well above the noise floor with headroom and avoids clipping.

What is the most common mistake in this module?

Poor gain staging: setting the input gain too high clips the signal (harsh, permanent distortion), while setting it too low leaves the signal near the noise floor so it sounds noisy when amplified later. Other common errors are forgetting that condensers need phantom power, ignoring the proximity effect (the bass boost when a directional mic is placed very close), and confusing multitrack with stereo.

How should I revise this module?

Learn the three microphone types and the polar patterns so you can justify a choice for any source. Learn the stereo techniques and their mono compatibility (XY and Mid-Side fold to mono well; a spaced pair can suffer phase problems). Then learn the signal chain stage by stage and the gain-staging targets (peaks around minus $12$ to minus $6$ dBFS), and the multitrack workflow of planning, click track, foundation and overdubs to separate tracks.

EnglandMusic Technology

Edexcel A-Level Music Technology Recording techniques: a complete overview of microphones, placement and the signal chain

A deep-dive Edexcel A-Level Music Technology guide to recording techniques. Covers microphone types and polar patterns, close, distant and stereo miking, the recording signal chain and gain staging, and the multitrack recording process for Component 1, with the exam patterns Edexcel repeats.

Generated by Claude Opus 4.816 min read9MT0Updated 2026-06-02

Reviewed by: AI editorial process; not yet individually human-reviewed

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What this module actually demands
Microphones and placement
The signal chain and the multitrack process
How this module is examined
Check your knowledge

What this module actually demands

Recording techniques is the practical foundation for capturing sound. It covers the microphones that transduce sound, where to place them, the signal path they feed, and how a full multitrack recording is built. The examiners test microphone and pattern choice with justification, the signal chain and gain staging, and the recording workflow used in Component 1.

This guide walks through the topics in order and sets out the exam patterns Edexcel repeats. Each topic has a matching dot-point page; this overview ties them together.

Microphones and placement

Microphone types and polar patterns distinguishes dynamic (rugged, induction, high sound pressure), condenser (sensitive, capacitor, needs phantom power, detailed highs) and ribbon (smooth, warm) microphones, and the patterns cardioid (front pickup, rear rejection), omnidirectional (all directions) and figure-of-eight (front and rear). Microphone placement and stereo techniques covers close miking (direct, isolated), distant and ambient miking (natural, room sound), the proximity effect (close-range bass boost on directional mics), and the stereo techniques spaced pair (AB, wide but weaker mono compatibility), coincident pair (XY, strong mono compatibility), ORTF and Mid-Side.

The signal chain and the multitrack process

The signal chain and gain staging traces the path from microphone through a balanced cable, preamp (mic level to line level), A/D converter and interface, to the DAW, and explains gain staging for a clean signal with headroom (too hot clips, too low is noisy). The multitrack recording process sets out the Component 1 workflow: plan the song, lay a click track, record a foundation, then overdub each part to its own track while monitoring, capturing a clean balanced multitrack.

How this module is examined

A typical Edexcel profile:

Microphone choice. Recommend a type and pattern for a named source and justify it by how the mic works.
Placement and stereo. Explain close versus distant miking, the proximity effect, and the differences between AB and XY including mono compatibility.
Signal flow. Name the stages from mic to DAW, distinguish mic and line level, and explain gain staging.
Workflow. Describe building a multitrack recording with a click track and overdubbing to separate tracks.

Check your knowledge

A mix of recall and applied questions covering the module. Attempt them under timed conditions, then check against the solutions.

State how a dynamic microphone converts sound into a signal. (1 mark)
Which microphone type needs phantom power, and why? (2 marks)
What is the proximity effect? (2 marks)
Name the stereo technique that builds its image from level differences only and folds to mono well. (1 mark)
What does a microphone preamplifier do? (2 marks)
State one consequence of setting the input gain too high. (1 mark)

Sources & how we know this

Pearson Edexcel A-Level Music Technology (9MT0) specification — Pearson Edexcel (2017)