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Mic & Mix

The Best XLR Microphones for Podcasting in 2026

Ranked on the two numbers that decide whether a podcast microphone works in your room: how much signal it produces, and how much of your room it ignores.

By Ryder M. · Published · How we score

Some links here are affiliate links: if you buy through one, we may earn a commission at no extra cost to you. It never changes the ranking — how this site is funded.

The Best XLR Microphones for Podcasting in 2026: the picks compared on their decisive published specification, with our score for each.
#ProductKey specScorePrice
Top pick.1
Rode PodMicThe best value in a broadcast dynamic
Sensitivity-57 dBV/Pa8.4
2
Shure SM7BThe default upgrade, if your preamp can feed it
Sensitivity-59.0 dBV/Pa8.4
3
Shure MV7+Keeping a USB fallback while you move to XLR
XLR sensitivity-55 dBV/Pa8.2
4
Audio-Technica BP40Tighter pickup than a cardioid in a live room
Polar patternHypercardioid8.6
5
Electro-Voice RE20Movers, leaners and anyone who cannot hold mic distance
Proximity controlContinuously Variable-D8.1
6
Audio-Technica AT2035The value condenser with the switches you actually need
Self-noise12 dB SPL8.1

Rows link to the full write-up below. Prices come from Amazon and change without notice, so we link rather than print them — how we score.

For most podcasters upgrading from USB, the Rode PodMic is the right buy: at -57 dBV/Pa it needs about 2 dB less gain than an SM7B, it has an internal pop filter, and it costs a fraction of the alternatives. If your interface supplies 60 dB or more, the Shure SM7B is the better capsule.

Every microphone below is a real, currently-sold model, and every number in the table is a published manufacturer figure with its source linked on the product card. We have not tested these units, and we do not pretend to have: the ranking is a reading of published specifications against the scoring rubric, applied to one specific buyer — someone who already owns an interface and a USB microphone and is deciding where the money goes next.

The ordering is deliberately not by price and not by prestige. It is by how likely each microphone is to work in the room and on the interface a home podcaster actually has.

How to read the gain column

Sensitivity in dBV/Pa tells you how much voltage a capsule produces for a given sound pressure. It is always negative and more negative is quieter, so the mic at the bottom of the table below demands the least from your preamp and the one at the top demands the most.

Published sensitivity versus the clean gain you want available, for spoken word at a normal distance. Sensitivity figures are manufacturer published; the gain column is our reading of what that implies in practice.
MicrophoneSensitivityGain you wantBooster needed?
Audio-Technica BP40-48 dBV/Pa~48 dBNo
Audio-Technica AT2035-33 dBV/Pa~40 dBNo
Shure MV7+ (XLR)-55 dBV/Pa~55 dBNo
Electro-Voice RE20~-56 dBV/Pa~58 dBBorderline
Rode PodMic-57 dBV/Pa~58 dBBorderline
Shure SM7B-59 dBV/Pa~60 dBBelow 58 dB, yes

The six picks, in order

Each card carries the published specs with a source link for every figure, plus what the microphone costs you in practical terms — weight, gain appetite, technique demands.

#1

Rode PodMic

Top pick

Rode · The best value in a broadcast dynamic

The pick for most people upgrading from a USB mic: it gets you 90 percent of the broadcast-dynamic sound without the booster arithmetic. Choose the SM7B instead if your voice is already bass-heavy and you want the bass-rolloff switch.

Why it is here

  • At -57 dBV/Pa it needs about 2 dB less gain than an SM7B, which is enough to matter on a 58 dB interface
  • Internal pop filter means one less thing clamped to your arm
  • All-metal body at a fraction of the SM7B's price

What it costs you

  • Voiced with more low-mid weight than the SM7B, so a boomy voice can get boomier
  • No voicing switches, so you fix tone in the DAW rather than on the mic
  • Still low enough output that a 55 dB interface will be working hard
Published specifications for the Rode PodMic, with the source for each figure.
SpecPublished valueSource
TypeDynamic, cardioidspec
Sensitivity-57 dB re 1 V/Pa (1.60 mV at 94 dB SPL)spec
Frequency range20 Hz to 20 kHzspec
Output impedance320 ohmsspec
Built inInternal pop filter and internal shockmountspec
#2

Shure SM7B

Shure · The default upgrade, if your preamp can feed it

Buy it if your interface supplies 60 dB or more of clean gain, or if you are budgeting for a booster alongside it. Buy something else if your only interface is a Scarlett Solo and you are not prepared to add hardware.

Why it is here

  • Rejects room and computer-fan noise better than any condenser at any price
  • Two voicing switches let one mic cover a thin voice and a boomy one
  • Internal shockmount and a yoke that actually holds position on a boom arm

What it costs you

  • At -59.0 dBV/Pa it is one of the quietest mics sold, so it demands a loud preamp
  • Total cost is the mic plus, very often, a booster
  • Heavy enough that a cheap desk arm will droop under it
Published specifications for the Shure SM7B, with the source for each figure.
SpecPublished valueSource
TypeDynamic, cardioidspec
Sensitivity-59.0 dBV/Pa (1.12 mV)spec
Output impedance150 ohmsspec
Voicing controlsBass rolloff and presence boost switchesspec
#3

Shure MV7+

Shure · Keeping a USB fallback while you move to XLR

The honest transition mic: it works on your laptop today and on your interface next month. If you know you are committing to XLR and never going back, the same money buys a better-sounding pure-XLR dynamic.

Why it is here

  • -55 dBV/Pa is roughly 4 dB hotter than an SM7B, which removes the booster question entirely
  • USB side keeps working when you travel without the interface
  • DSP and the LED panel are genuinely useful for a solo host with no engineer

What it costs you

  • Frequency response stops at 16 kHz, so it is voiced for speech rather than music
  • The DSP features only exist on the USB path, not the XLR path
  • You are part-paying for a converter you stop using the day the interface arrives
Published specifications for the Shure MV7+, with the source for each figure.
SpecPublished valueSource
TypeDynamic, cardioid, USB-C and XLRspec
XLR sensitivity-55 dBV/Pa (1.78 mV) at 1 kHzspec
Frequency response50 Hz to 16,000 Hzspec
Converter24-bit / 48 kHzspec
DSPAuto Level Mode and digital pop filter over USBspec
#4

Audio-Technica BP40

Audio-Technica · Tighter pickup than a cardioid in a live room

The pick when your problem is a live-sounding room and a weak preamp at the same time: the narrow pattern and the hot output solve both. Avoid it if you or your guests cannot stay on-axis.

Why it is here

  • At -48 dB it is dramatically hotter than an SM7B and needs no booster on anything modern
  • Hypercardioid pattern narrows the pickup further than the cardioid competition
  • Switchable 100 Hz rolloff at 6 dB/octave for close work

What it costs you

  • 632 g needs a serious arm or stand
  • Hypercardioid punishes sloppy mic technique — step off-axis and you vanish
  • Voiced large and forward, which is not every voice's friend
Published specifications for the Audio-Technica BP40, with the source for each figure.
SpecPublished valueSource
TypeDynamic, hypercardioid, 37 mm capsulespec
Sensitivity-48 dB (3.9 mV) re 1 V at 1 Paspec
Frequency response50 Hz to 16,000 Hzspec
Impedance450 ohmsspec
Weight632 gspec
#5

Electro-Voice RE20

Electro-Voice · Movers, leaners and anyone who cannot hold mic distance

Worth the premium if you move while you talk, gesture, or share a mic with someone whose technique you cannot control. If you sit still at a fixed distance, the SM7B's proximity effect is a feature you will use, not a problem you need engineered away.

Why it is here

  • Variable-D means the tone barely changes as you drift closer to or further from the grille
  • Integral blast filter handles close talking without a separate pop screen
  • The bass tilt-down switch is a genuinely useful second voicing, not a gimmick

What it costs you

  • Costs more than an SM7B while sounding less immediately flattering on most voices
  • Same low-output problem as every broadcast dynamic
  • Large and beige, which some people mind
Published specifications for the Electro-Voice RE20, with the source for each figure.
SpecPublished valueSource
TypeDynamic, cardioid, Variable-Dspec
Frequency response45 Hz to 18 kHzspec
Sensitivity1.5 mV/Paspec
Impedance150 ohms balancedspec
FilterBass tilt-down switch, approx. 2.25 dB/octave below 400 Hzspec
#6

Audio-Technica AT2035

Audio-Technica · The value condenser with the switches you actually need

The condenser to buy if you are choosing on value: the high-pass filter and the 8 dB quieter noise floor are worth more in a real room than anything else in this price band. Skip it if you have not treated the room, in which case a dynamic is the better purchase.

Why it is here

  • 12 dB self-noise against the AT2020's 20 dB is an audible 8 dB of quiet for a small price step
  • The 80 Hz high-pass is the single most useful switch on a desk-mounted condenser
  • Ships with a real shockmount, not a plastic clip

What it costs you

  • Still a condenser, so the room rules apply
  • Slightly forward upper midrange that some voices find harsh
  • The 10 dB pad is mostly irrelevant for voice work
Published specifications for the Audio-Technica AT2035, with the source for each figure.
SpecPublished valueSource
TypeCardioid condenser, side-addressspec
Self-noise12 dB SPLspec
Sensitivity-33 dB (22.4 mV) ref 1 V at 1 Paspec
Max SPL148 dB, or 158 dB with the padspec
ControlsSwitchable 80 Hz high-pass and 10 dB padspec

What we did not pick, and why

  • Any USB-only microphone. Not because they sound bad — several sound excellent — but because this page is for people who have already decided the connector matters. If you have not, read USB vs XLR first.
  • The Shure SM58. It is a fine microphone and we recommend it elsewhere as a diagnostic, but its response stops at 15 kHz and its handheld grille is awkward on a desk boom. As a destination for a podcast it is the wrong shape and the wrong voicing. It appears in best dynamic microphones for vocals for the job it is actually good at.
  • Large-diaphragm condensers above the AT2035's tier. In an untreated room they resolve your walls in more detail. That is a worse outcome, not a better one, and spending the difference on acoustic panels instead genuinely changes the recording.
  • Anything with a built-in compressor or gate on the analog path. Processing you cannot undo is a decision printed into the file. Do it in the DAW where you can change your mind.

Pair it with

A podcast microphone is half a purchase. The other half is what holds it and what feeds it.

  • A boom arm rated for the weight. An SM7B plus a booster plus a filter is more than most cheap arms hold. Best boom arms covers the load figures.
  • Enough gain. Best audio interfaces for a home studio ranks by published gain ceiling, which is the spec that decides whether your mic choice works.
  • Or a booster, if the interface is already bought. Best preamps for the SM7B compares the four inline options on gain and on what they do to phantom power.
  • Plosive control. Best pop filters — and note the PodMic and RE20 have theirs built in.

How to choose, in four questions

  1. What is your interface's published maximum mic gain? Find the number, do not estimate it. Under 58 dB and an SM7B means a booster or a different mic. 69 dB and anything on this page works.
  2. Is your room treated? No means dynamic. Yes, or soon, means the AT2035 becomes a real option and a better-sounding one.
  3. Do you stay still while you talk? If you lean, gesture and drift, the RE20's Variable-D design keeps your tone constant in a way no cardioid can. If you sit fixed, proximity effect is a tool you will use deliberately.
  4. Will anyone else use this microphone? Guests have no technique. A forgiving cardioid beats a hypercardioid every time, which is why the BP40's tight pattern is a liability on a shared mic.

If the answers point at more than one microphone, the tie-breaker is almost always total cost including whatever you need to drive it — which is why the PodMic wins this page more often than the SM7B does.

A broadcast-style dynamic microphone on a desk boom arm in a home studio
A broadcast dynamic on a damped arm, about a hand's width from the source. Illustrative photography, not a photograph of a specific model.

Questions people actually ask

What microphone do most podcasters use?
The SM7B is the most visible microphone in podcasting, which is a fact about its marketing and its appearance on camera as much as its sound. The PodMic is far more common in setups where the budget had to cover the interface too, and it is the more sensible first XLR purchase for most people.
Is the SM7B really worth it?
It is worth it when your preamp can feed it, because the capsule's room rejection is genuinely excellent. It is not worth it on a 55 dB interface without a booster, where a PodMic or an MV7+ will sound better for less total money. Work out the gain first, then decide.
Do I need an XLR microphone to start a podcast?
No. You need a quiet room and something that sits close to your mouth. XLR becomes worth it when you want to improve one part of the chain without replacing all of it — see do I need an audio interface.
Can I use two of these microphones on one interface?
Only if the interface has two mic preamps, and only if it has enough gain on both. Best 2-channel audio interfaces covers the boxes that do this properly, including the headphone-output problem nobody mentions until the second person arrives.
Does a more expensive microphone make my room sound better?
The opposite. A more sensitive, more detailed capsule reproduces your room more faithfully, so a bare room sounds worse through a better microphone. If the complaint is boxiness or hollowness, that money belongs in acoustic treatment.

Sources

Every specification on this page traces to a published source. We have not tested these products — the ranking is a reading of published figures against our scoring criteria.