2 Person Podcast Setup: Gear, Software, and Configuration Guide

Starting a podcast with two hosts takes more than another microphone. Each person needs a separate audio input and recording track. You will also want individual monitoring during every recording session. This guide explains the gear, software, and setup from start to finish. It also covers local recordings and podcasting with a remote co-host..

What Changes When You Add a Second Host

When you record solo, one microphone feeds one input, records to one track, and that is the complete signal chain. Add another host, and the setup gets a lot more involved. Some parts stay familiar, while others change completely.

The biggest rule is pretty simple from the start. Each host needs a separate audio channel while recording. Skip microphone splitters and shared microphones for this setup. Record every voice on its own track instead. That makes volume changes and audio cleanup much easier later. One shared track takes away that editing control.

Think of this as a “two-channel problem,” not a “second microphone problem.” That framing makes every gear and software decision easier to understand.

Here are the six components a two-person setup requires that a solo setup often skips:

• Two microphones – one per host, positioned independently

• Two input channels – your interface or mixer must accept two simultaneous signals

• Two separate tracks – your DAW must record each mic to its own isolated track

• Individual gain staging – each voice needs its own level set before recording begins

• Dual headphone monitoring – both hosts should hear the mix in real time

• A clear signal path plan – for either a shared room or a remote two-location recording

Getting this model right early prevents the most common setup mistakes.

Microphone Options for Two Hosts

You have three microphone options for a two-person podcast. Each one comes with different costs and setup needs. The recording process also changes depending on your choice. The right choice depends on your recording environment, budget, and how permanently you plan to operate.

XLR Dynamic Microphones (Most Common Studio Choice)

XLR dynamic microphones are the standard for shared-space podcast recording. They are built to reject ambient room noise, handle loud voices without distorting, and pick up primarily what is directly in front of them. When two hosts face each other, this makes a real difference. Each mic mostly picks up the person speaking into it. It also cuts down the other voice across the table.

Just keep in mind that XLR microphones need an audio interface with two XLR inputs. You cannot plug an XLR cable into a laptop. Once the interface is in place, the setup is clean: two mics, two cables, two channels, full independent control.

XLR dynamic microphones are the best choice for a permanent or semi-permanent studio setup where cables are manageable and consistent audio quality is the goal.

USB Microphones (Simplest but Limited)

USB microphones plug directly into a computer’s USB port and remove the audio interface from the budget. For a solo podcaster, this is convenient. For a two-person setup, it creates an immediate routing issue: most computers do not natively treat two USB microphones as a single multi-channel input device.

On Mac, you can create an Aggregate Device in Audio MIDI Setup to merge two USB mics into one virtual input. On Windows, Voicemeeter (free software) can route both inputs into a DAW. These workarounds function, but they add setup complexity and can introduce latency or sync drift.

USB microphones are acceptable for an occasional co-hosted session on a strict budget. For regular recording, two XLR mics into an interface is more reliable and only modestly more expensive.

Wireless Microphone Systems (Flexible and Interview-Ready)

Wireless microphone systems eliminate cable runs. Each host clips a compact transmitter onto their collar or lapel, and the signal reaches a receiver wirelessly. This is the right approach when hosts are seated far apart, recording outside a dedicated studio, or when cable management in the recording space isn’t practical.

The Hollyland LARK MAX 2 is a two-transmitter wireless system built structurally for the two-host scenario. It records at 48 kHz with 32-bit Float internal recording on each transmitter, which creates a local backup copy on the mic itself in case the wireless signal encounters interference. AI Noise Cancellation handles background room noise automatically, and the included OWS earphones support low-latency wireless monitoring during recording. The receiver connects to a camera, audio interface, or computer, delivering two clean, independent channels.

For podcasters who need a portable setup with no cable constraints. Be it interview-style shows, location recording, or a home studio where XLR runs aren’t feasible, this is a professional-grade option that simplifies the signal chain without sacrificing audio fidelity.

Audio Interface vs. Podcast Mixer: Which Do You Need?

Both devices connect your microphones to your computer during recording. Each one sends your audio into the recording software. The main difference comes from how much each device manages on its own.

Audio Interface: A two-channel audio interface accepts two XLR microphone signals, converts them to digital audio, and sends them to your computer over USB. From there, a DAW manages recording and track assignment. This setup requires more software configuration but works with any recording application and gives you complete control. Minimum spec for a two-person setup: two XLR/TRS combo inputs with independent gain knobs and at least one headphone output.

Podcast Mixer: All-in-one podcast mixers build the interface, processing, and monitoring into a single unit. Many record directly to an SD card, apply per-channel compression automatically, and output a finished mix without requiring you to open a DAW. For hosts who want to press record and focus on the conversation, this genuinely reduces friction.

The downside is cost. A quality podcast mixer typically runs two to three times higher than a comparable two-channel interface and offers less flexibility if your recording needs change.

Recommendation by use case: If you are comfortable in a DAW and want to keep upfront costs lower, a two-channel interface is the right call. If you want a streamlined, software-light setup for regular recording or live streaming, a podcast mixer earns its price.

Recording Software and Two-Track Configuration

Hardware delivers the signal into your computer. Software determines whether that signal becomes a usable two-track recording. Make sure each microphone records to its own separate track. Don't combine both voices into one stereo recording.

If both voices land on a shared track, you lose the ability to adjust one host’s level, remove noise from one channel without affecting the other, or edit one speaker while leaving the other untouched.

Setting Up Separate Tracks

The process is similar across most DAWs. Here are the steps for Audacity and GarageBand:

Audacity:

1. Go to Edit > Preferences.

2. Go to Audio Settings > Recording section > Device and set your audio interface as the recording input. 

3. Set channel count to stereo to match your interface outputs. 

4. Create a 2-channel (stereo) track: Tracks > Add New > Stereo Track. When you choose Stereo recording, Audacity records both inputs as a single stereo track (For example, the left channel collects Mic 1 audio, and the right channel captures Mic 2).

5. Once you're done recording, separate the stereo track into two mono tracks. This gives each microphone its own track for easier editing. To do that, click on the Audio track name’s dropdown menu and select Split Stereo to Mono. 

6. Run a 10-second test recording before the full session.

GarageBand (Mac):

1. Open GarageBand and select the Empty Project option, and click Choose to go to the Create New Track window.

2. Select the Mic or Line tile, then under the Details section, click on the Input dropdown menu to select Input 1 (where mic 1 is connected), and click the Create button.

Note: In case you missed changing the input on the Create New Track window, look for it under the Recording Settings section after selecting the Audio Track header.

3. Once the interface appears with an empty audio track (Audio 1), click the Create New Track button (+ button) to add the second audio track. Again, click on the Input menu and select Input 2 (the second mic), and click Create.

4. After Audio 1 and Audio 2 tracks are added, go to the Track tab at the top of the interface and click on the Configure Track Header option. Then put a checkmark on the Record Enable option. 

Once done, a Record Enable button (Record Arm) will appear on both audio track headers.

5. Click on the Record Enable button on both tracks.

6. Click the main Record button to start recording both mics on different tracks simultaneously.

Remote Recording Platforms

Remote recording needs a little more planning than recording together. Google Meet and Microsoft Teams don't save separate audio tracks by themselves. Zoom can save each person's audio as a different file. Meet and Teams need extra software or separate recorders for that.

Riverside and SquadCast record audio a little differently from other platforms. Each person records directly on their own device during the session. The files upload to the cloud while everyone keeps recording. You get separate audio tracks that stay lined up for editing.

Headphone Monitoring for Both Hosts

Both hosts should wear closed-back headphones during recording. Open-back headphones and consumer earbuds allow audio from the headphones to leak back into the microphone, which shows up as a faint background layer on the recording. Closed-back headphones seal the sound inside, prevent bleed, and give each host a real-time monitor mix that includes both voices.

This creates a hardware requirement: your interface or mixer needs two headphone outputs. Most entry-level two-channel interfaces include only one headphone jack. The straightforward fix is a headphone amplifier splitter, which plugs into the single output and provides two independent jacks, each with its own volume control. Mid-range interfaces and podcast mixers often include dual headphone outputs, which is worth confirming before purchase if monitoring both hosts simultaneously is a priority.

In-Person vs. Remote 2 Person Podcast Setup

In-person and remote setups are functionally different configurations with different gear requirements and different software approaches. Identifying which applies to your situation determines most of the guidance relevant to you.

In-Person Setup (Same Room)

When both hosts share a recording space, they share hardware. Both microphones connect to the same audio interface or mixer, which connects to one computer. The advantages are cost efficiency and clean session management.

The challenges are acoustic. Two voices in the same room mean two microphones in the same space. And each mic will pick up some sound coming from the other side of the table.

Managing acoustic bleed:

• Position microphones so both mics face their respective hosts and aim away from each other, rather than pointing across the table

• Cardioid pattern mics reject sound from behind and to the sides, so correct angling significantly reduces bleed

• Use dynamic mics instead of condensers, as these are more sensitive to off-axis and room sound

• Soft furnishings (rugs, upholstered chairs, acoustic panels) reduce reflections that would otherwise bounce between the two mics

• Minimize background noise sources: HVAC systems, computer fans, and street noise all show up more noticeably on sensitive mics in shared spaces

For a shared-room recording, two XLR dynamic mics into a two-channel interface running a DAW in multi-track mode is the reliable standard.

Remote Setup (Different Locations)

Each remote host needs a complete recording setup on their side. That includes a microphone, an audio interface or wireless receiver, and a computer. There is no shared hardware.

A dedicated recording platform ties the two separate recordings together. Use Riverside.fm or SquadCast rather than a standard video call. These platforms record locally at each endpoint and sync the tracks post-session, preserving full audio quality for both hosts.

If you prefer not to use a platform, each host can record locally in their own DAW and sync the files manually with a shared cue. A simultaneous clap or a countdown at the top of the session. This works but adds editing time.

Remote setup checklist:

• Each host has tested their own mic and interface setup before the session 

• Both hosts record a 30-second level check before the real session starts 

• Agree on a sync cue if not using a platform with automatic sync 

• Both hosts use closed-back headphones to prevent echo on each other’s channels

Complete Setups by Budget

These tiers give you a concrete starting point based on what you can spend. Costs reflect hardware only and assume free or low-cost software.

The entry tier works, but the USB mic workaround is the weakest point in the chain. If any budget flexibility exists, moving to a sub-$100 two-channel interface with a pair of entry-level XLR mics is a meaningful step up for a modest additional cost.

The mid-range tier is where most co-hosted shows start. A two-channel interface plus two capable XLR dynamic mics covers the majority of in-person recording scenarios reliably.

The professional tier suits shows that publish regularly, generate revenue, or require location flexibility. A wireless system at this tier removes cable constraints while maintaining audio quality competitive with tethered XLR setups.

Physical Setup and Cable Management Tips

A few practical steps before the session prevent the most avoidable recording problems:

• Position mic stands so each cardioid mic faces its host directly and angles away from the opposite host

• Route XLR cables along the table perimeter and tape them down to prevent trip hazards during recording

• Keep cables away from power strips and adapters to reduce the risk of electrical hum

• Label each input channel on the interface before the session. A strip of tape and a marker are enough

• Run a two-minute test recording before every session to confirm both tracks are capturing clean, separate signals at the right levels

Frequently Asked Questions

Can you use two USB microphones for a 2-person podcast?

Technically yes, but it requires a workaround. On Mac, use Audio MIDI Setup to create an Aggregate Device that combines both USB mics. On Windows, Voicemeeter routes both inputs into a DAW. These solutions work but add setup complexity and can cause sync drift over long sessions. For regular recording, two XLR mics into a 2-channel interface is a cleaner and more dependable approach.

Do both hosts need their own microphone?

Yes. One microphone for two people rarely sounds consistent. The person farther away usually sounds quieter and less clear. More importantly, a shared mic records both voices to one track, which removes the ability to adjust or process each voice independently in post-production. Separate mics on separate tracks is the standard approach for any co-hosted show.

What is the minimum audio interface for a 2-person setup?

A two-channel interface with two XLR/TRS combo inputs and at least one headphone output covers the minimum requirements. Two headphone outputs are preferable so both hosts can monitor levels independently without an additional splitter. Check for dual headphone jacks before purchasing if monitoring both hosts simultaneously is a regular need.

What is the best 2-person podcast setup for recording in different locations?

Every host needs their own recording setup from start to finish. That means a microphone, headphones, a computer, and an audio interface or wireless receiver. Riverside.fm and SquadCast record high-quality audio on each device. The files stay in sync without losing audio quality. Skip Zoom or Teams if audio quality is your main goal.

Conclusion

A two-person podcast setup gets much easier with the right plan. First, choose your microphones, recording gear, and software settings carefully. After that, the rest feels much easier to put together. The same idea applies whether you're together or recording remotely. Give each host a separate audio channel and recording track. Start with gear that matches your budget right now. You can always upgrade one piece at a time later.