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17 Dynamic Microphones for Streaming and Cover Songs: Compared by Official Specs (2026)

A dynamic microphone picks up little surrounding sound and room echo. It suits streaming, cover songs and narration in a room that is not soundproofed. This page compares dynamic microphones using manufacturer-published specifications and gives each a rank.

The scores are four criteria: ease of getting enough gain (a guide to whether you need a preamp), high-frequency range, rejection of surrounding sound (pickup pattern) and features. Price is not part of the score.

This list compares 17 dynamic microphones on 4 criteria: ease of getting enough gain, high-frequency range, rejection of surrounding sound, features. Scores are decided by how well each product serves its purpose, using the conditions for each criterion, and the basis is official manufacturer information. Price is not part of the score.

Disclosure: This page contains affiliate links. If you buy through them, SoundBounty may earn a commission at no extra cost to you. Prices are as of the date checked and can change.

Picks by purpose

For each criterion, we list the models with the highest score in this comparison (up to three, in order of overall score when several tie).

  • For people who want to record without gain trouble, even with an entry-level audio interface: Q9U (rank S), PodMic USB (rank S), AT2040USB (rank S). Top score (5 points) for “ease of getting enough gain”.
  • For people who want to record the high end of the voice solidly: Q9U (rank S), PodMic USB (rank S), SM7dB (rank S). Top score (5 points) for “high-frequency range”.
  • For people who want to pick up less everyday noise and room echo: AT2040USB (rank S), BETA 58A (rank A), e 945 (rank A). Top score (5 points) for “rejection of surrounding sound”.
  • For people who want to use features of the body such as the connection options, switches and headphone jack: Q9U (rank S), MV7+ (rank A). Top score (5 points) for “features”.

Tier list by rank

Ranks are based on the manufacturer's official features and specifications, not on sound quality. Within a row, products are ordered by score. The basis is explained in How we rate specifications.

Tier table by criterion

Products with the same overall rank can have different strengths. Click a column heading to sort by the rank on that criterion, and use it when you choose by the feature you want.

ProductOverallEase of getting enough gainSensitivity at the XLR output (USB models have a built-in preamp and get full marks)High-frequency rangeUpper limit of the frequency responseRejection of surrounding soundPickup patternFeaturesUSB, XLR, low-cut, presence, headphone jack
SamsonQ9US4.5SUSB (built-in preamp)S20,000 HzBCardioidS5
RØDEPodMic USBS4.3SUSB (built-in preamp)S20,000 HzBCardioidA3
Audio-TechnicaAT2040USBS4.3SUSB (built-in preamp)B16,000 HzSHypercardioidA3
ShureSM7dBS4.3S28.2 mV/PaS20,000 HzBCardioidA3
ShureMV7+A4.0SUSB (built-in preamp)B16,000 HzBCardioidS4
ShureBETA 58AA3.8S2.6 mV/PaB16,000 HzSSupercardioidC1
Sennheisere 945A3.8A2 mV/PaA18,000 HzSSupercardioidC1
Audio-TechnicaAT2040A3.5A2.2 mV/PaB16,000 HzSHypercardioidC1
Audio-TechnicaATR2100x-USBA3.5SUSB (built-in preamp)C15,000 HzBCardioidA3
SamsonQ2UA3.5SUSB (built-in preamp)C15,000 HzBCardioidA3
ShureSM7BB3.3C1.12 mV/PaS20,000 HzBCardioidA3
Sennheisere 835B3.3S2.7 mV/PaB16,000 HzBCardioidC1
RØDEProcasterB3.0B1.6 mV/PaA18,000 HzBCardioidC1
Electro-VoiceRE20B2.8C1.5 mV/PaA18,000 HzBCardioidC1
ShureSM58C2.5B1.6 mV/PaC15,000 HzBCardioidC1
ShureSM57C2.5B1.6 mV/PaC15,000 HzBCardioidC1
RØDEPodMicC2.3C1.4 mV/PaC15,000 HzBCardioidC1

Click a column heading to sort by that criterion (click again to reverse). Each cell shows the score (1 to 5) on that criterion as 5 = S, 4 = A, 3 = B, 2 or lower = C. A dash means the criterion is not scored. This is a rating of the manufacturer's official features and specifications, not of sound quality. See How we rate specifications.

S4.2 or higherA3.4 or higherB2.6 or higherCbelow 2.6How we score

How to choose a dynamic microphone

Comparison of dynamic and condenser microphones
Figure: SoundBounty

USB or XLR?

A USB model connects straight to a computer and is ready to use. An XLR model needs an audio interface, but you can change gear more easily later. A model that supports both can be used by USB at first and by XLR later.

Sensitivity and gain

A dynamic microphone produces a smaller signal than a condenser, so you need to turn the gain of the audio interface up a lot. If you use a low-sensitivity model (around 1.5 mV/Pa), choose an interface with plenty of gain.

Pickup pattern

The narrower the range in which it picks up only sound from the front, the less everyday noise and room echo get in. Supercardioid and hypercardioid pick up less surrounding sound than cardioid. In exchange, the voice gets quieter when you move off the front of the microphone, so it is important to keep your mouth in a constant position.

Placement

For streaming, a form that mounts on a microphone arm is common; for singing, handheld or on a stand. For a heavy microphone, check the weight the arm can hold.

A word on each product

Q9U (rank S)

Samson’s Q9U is a cardioid dynamic USB microphone that also has an XLR output.

SM7dB (rank S)

Shure’s SM7dB is a cardioid dynamic microphone with XLR connection.

MV7+ (rank A)

Shure’s MV7+ is a cardioid dynamic USB microphone that also has an XLR output.

BETA 58A (rank A)

Shure’s BETA 58A is a supercardioid dynamic microphone with XLR connection.

e 945 (rank A)

Sennheiser’s e 945 is a supercardioid dynamic microphone with XLR connection.

ATR2100x-USB (rank A)

Audio-Technica’s ATR2100x-USB is a cardioid dynamic USB microphone that also has an XLR output.

Q2U (rank A)

Samson’s Q2U is a cardioid dynamic USB microphone that also has an XLR output.

SM7B (rank B)

Shure’s SM7B is a cardioid dynamic microphone with XLR connection.

e 835 (rank B)

Sennheiser’s e 835 is a cardioid dynamic microphone with XLR connection.

Procaster (rank B)

RØDE’s Procaster is a cardioid dynamic microphone with XLR connection.

RE20 (rank B)

Electro-Voice’s RE20 is a cardioid dynamic microphone with XLR connection.

SM58 (rank C)

Shure’s SM58 is a cardioid dynamic microphone with XLR connection.

SM57 (rank C)

Shure’s SM57 is a cardioid dynamic microphone with XLR connection.

Frequently asked questions

Q. Can I use a dynamic microphone for cover songs?

Yes. A condenser microphone records fine breaths more easily, but in a room that is not soundproofed, a dynamic microphone, which picks up little surrounding sound, can record more cleanly.

Q. Do I need phantom power?

A dynamic microphone does not need phantom power (+48 V). An XLR model works just by connecting to the microphone input of an audio interface.

Q. Can I use an SM7B with an entry-level interface?

The SM7B has a low sensitivity of 1.12 mV/Pa and needs a lot of gain. An entry-level interface may not give enough volume, so it is safer to use one with plenty of gain, or to combine it with a microphone booster.

How we score

How we score (Dynamic microphones)
CriterionBasis5 pt4 pt3 pt2 pt1 pt
Ease of getting enough gainSensitivity at the XLR output (USB models have a built-in preamp and get full marks)≥2.5≥2≥1.6≥1.3<1.3
High-frequency rangeUpper limit of the frequency response≥20000≥18000≥16000≥15000<15000
Rejection of surrounding soundPickup patternSupercardioid / hypercardioid—Cardioid (unidirectional)——
FeaturesUSB, XLR, low-cut, presence, headphone jack4 to 5321None

Scored only on the body specifications published by the manufacturer. Price and accessories are not part of the score. "Ease of getting enough gain" answers the common question "do I need a preamp (booster)?". Over XLR, the higher the sensitivity (mV/Pa), the less you need to turn up the gain on the audio interface. Models that can also connect by USB have a preamp inside the microphone, so there is no worry about running short of gain and they get 5 points. Rejection of surrounding sound is decided by the pickup pattern: supercardioid and hypercardioid, which pick up little from outside the front, score highest. Weight is shown in the table for reference.

The thinking behind scores and ranks is summarized in How we rate specifications. We add products in order.

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