Ask one question: is my room treated, or will it be? If no, buy a dynamic — it rejects the reflections that make a bare room sound boxy. If yes, buy a condenser, because in a controlled room it gives you detail and air a dynamic cannot.
That is genuinely the decision. Price is not the axis, and neither is whether you are recording speech or singing — you will find excellent examples of both types doing both jobs. The room is the variable that changes which type produces a better recording.
Why the room decides it
A dynamic capsule is a coil of wire attached to a diaphragm, sitting in a magnetic field. Sound has to physically move that assembly to generate any voltage, and a reflection that has traveled to a wall and back has lost most of its energy. So it produces almost nothing. Your voice, arriving directly from six inches away, produces plenty.
A condenser diaphragm is a thin membrane a fraction of a millimeter from a fixed backplate, with a polarizing voltage across the gap. It responds to tiny pressure changes, which is exactly why it captures the top octave and the leading edge of a consonant. It is also why it captures the reflection off the wall behind you, your chair, and the fridge in the next room.
There is no setting, plug-in or gate that reverses this. A condenser in a bare room sounds like a bare room. The single most useful sentence we can offer anyone shopping for a first serious microphone is: fix the room or buy a dynamic.
The gain consequence nobody mentions
Because a dynamic is passive, its output is tiny. The SM7B sits at -59.0 dBV/Pa; a condenser like the AT2035 sits at -33 dB. That is a difference of roughly 26 dB, which is most of the gain range on a budget interface.
So choosing a dynamic commits you to caring about your interface's published gain figure, and possibly to buying a booster. Choosing a condenser means you can ignore that entire subject — every interface on this site drives every condenser here with room to spare. That is a real practical advantage of condensers, and it is rarely mentioned.
What each type is genuinely better at
Dynamics win on
- Untreated and lightly treated rooms — the main event.
- Multiple people in one room, where each microphone needs to reject the others.
- Anywhere with mechanical noise: a desk, a keyboard, a computer fan close by.
- Robustness. You can knock one and carry on.
Condensers win on
- Detail and top-end air, in a room that deserves it.
- Quiet sources — soft singing, fingerstyle guitar, anything where a dynamic's low output becomes a problem.
- Not needing to think about gain at all.
- Distance. A condenser works at two feet; a dynamic at two feet mostly records the room.
What to buy for each answer
One of each, and the one that needs the most gain
The value dynamic, the condenser with the filter that matters in a real room, and the dynamic that demands the most from your preamp — so you can see the gain trade-off concretely.
Rode PodMic
Top pickRode · 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
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
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
The hybrid answer
If your room is bad now and you intend to treat it, there is a sequencing answer: buy a dynamic, treat the room with the difference, and add a condenser later when it will actually sound better. That order is cheaper and produces better recordings at every stage than buying the condenser first and hoping. The home studio upgrade path sets out the full sequence.