Blue Yeti X Vs Samson G Track Pro Vs Blue Yeti, Samson G Track Pro Vs Blue Yeti

Microphones have come a long way in the last few years, particularly computer microphones. Microphones that plug directly into your computer via USB are the underrated heroes of any type of internet video and voice production. A lot of content creators use these microphones for recording music, gameplay, or doing podcasts about their favorite subjects.

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In the last few years, I’ve tried out my share of USB microphones. None of them have compared to the Blue Yeti or the Samson G-Track Pro in my experience. I’m here to tell you why they’re both viable options for online production and where they shine.


But which should you buy? Let’s take a look at what the Samson G-Track Pro and the Blue Yeti have going for them.


Quick Comparison Chart

Instrument Input, Built-in Audio Interface

SAMSON G-TRACK PRO Simple, easy-to-use interfaceGreat built and sound quality to take your recordings to the next levelInstrument recording makes it perfect for recording music and vocals VIEW ON AMAZON →
Stereo Polar Pattern, Great for Voice Recording

BLUE YETI Tri-capsule array and 4 Patterns to choose fromComes in a variety of different colors to improve the aesthetic in your workspaceHeadphone jack built into the mic for better cord control VIEW ON AMAZON →

Main Differences

Let’s take a look at how these microphones compare to each other. We’ll look at the specifications and major features of each below.

However, it’s worth noting that the main difference between these microphones isn’t about what they’re made of or even how they sound. Both microphones can be used for a variety of activities, including streaming, podcasting, gaming, and more.

The difference comes in how useful they are for each of these things. The Samson G-Track Pro shines when it’s being used to record music. The instrument input and audio interface with two simultaneous tracks make the G-Track Pro a powerhouse for recording. Outside of a dedicated studio microphone, this is one of the best you can get.

The Blue Yeti, on the other hand, is a favorite of live gameplay streamers, podcasters, and gamers. If you’re doing voice production for any internet platform, the Blue Yeti is one of the best entry-point microphones you can pick up. If the microphone on your gaming headset just isn’t working out for you, the Blue Yeti is a great upgrade.

When it comes straight down to the specifications, it’s simple. The Blue Yeti has a stereo pattern that the Samson G-Track Pro lacks. The Blue Yeti also features three condensers to the Samson G-Track Pro’s two. On the other hand, Samson has a larger diaphragm and an instrument input, both of which are missing from the Blue Yeti.

Here’s a summary of the specs and how they compare between these two microphone models.

FeaturesSamson G-Track ProBlue Yeti
Polar Pattern Cardioid, bidirectional, omnidirectional Cardioid, bidirectional, omnidirectional, stereo
Capsule Dual Condenser Tri-Condenser
Diaphragm 1” 0.55”
Frequency Response 50Hz – 20kHz 20Hz to 20kHz
Sensitivity +6dB FS/PA Unspecified
Max SPL 120 dB SPL 120 dB SPL
Sample Rate Up to 96kHz Up to 48kHz
Power Output 85mW
Controls Mute, Mic/Instrument/Headphone Volume, Monitor On/Off, Mono/2 Track Volume, Mute, Gain control
Input Instrument None
Operating System Windows/Mac Windows/Mac
RAM Requirement Unspecified 64MB Min
Stand Included Yes Yes
Dimensions 4.5 x 10.5” 4.72 x 4.92 x 11.61”
Weight 3.52lb 2.2lb

But what do these specifications mean for you?

Polar Pattern

A polar pattern is a measure of how sensitive the microphone is from any given direction.

A bidirectional polar pattern only picks up sound from two directions, whereas an omnidirectional polar pattern picks up sound from all directions. Cardioid is a single-direction polar pattern that is sensitive to sounds from a single direction, usually the front or side of the microphone.

A stereo polar pattern, such as the one the Blue Yeti offers, pick up sounds in a unique pattern that allows them to be replayed in a stereo arrangement.

Usually, when a microphone is more sensitive to sound from a certain direction, it tries to suppress and mute sound from other directions.


The capsule is the part of the microphone that changes voice waves into a signal that can be read and reproduced by your computer. The more condenser capsules a microphone has, the more settings are generally available. The Blue Yeti has three capsules, while the Samson G-Track Pro only has dual capsules.


The size of a microphone’s diaphragm can affect the clarity and fidelity of the sound it reproduces. The Samson G-Track Pro and the Blue Yeti both have ‘small’ diaphragms, so the difference may not be as pronounced. Generally, however, larger diaphragms tend to shape the sound. When recording vocals for a song, this means that your voice will be more rounded out and ‘polished’. However, smaller diaphragms reproduce sound more accurately overall.

Frequency Response

A frequency response range refers to a range of frequencies that a microphone will pick up. A larger frequency is generally preferred because the microphone can pick up more sound or more detailed sounds with a larger frequency range. However, any range that includes about 80Hz to 15kHz is great, so both of the microphones we’re looking at here would be considered to have excellent frequency response ranges.

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You want a sensitive microphone. Digital microphones don’t vary that much with their sensitivity levels, and the signal can be enhanced through software and other techniques. A larger sensitivity rating can mean that a microphone picks up a more nuanced sound, with deeper details and an all-around better sound.


Max SPL (or “sound pressure level”) indicates the level at which sound will begin to distort. This means that louder sounds won’t be as clear. Extremely loud sounds (up to 120 dB on either of these microphones) will not record correctly. This is a high enough SPL that most normal recording will be captured well.

Sample Rate

The sample rate of a microphone is how often it ‘samples’ the sound it’s receiving. The sample rate is measured in Hz per second, so a sample rate of 96k (from the Samson G-Track Pro) will sample the signal it receives (your voice, most likely) up to 96,000 times per second. This creates a higher frequency, which can mean that the sound is more detailed.

A higher sample rate takes up more room on a hard disk, so recording with he Samson G-Track Pro may be more detailed, but your audio files will be larger.

Power Output

The Samson G-Track Pro and Blue Yeti are both USB microphones. They are optimized to work when plugged into your computer’s USB ports. Each microphone still has a power output, however – and how much power the microphone needs to work can determine if you can use it with your USB port.

Higher power outputs usually mean the microphone is more capable, but that’s only from an electrical perspective. Higher power output could damage a USB port, though these microphones are fine for use with your USB ports.


Does the microphone have any knobs or buttons? Controls on the microphone itself can help you change settings without having to access special software. You can make adjustments without referencing the screen, and that’s invaluable for live content.

A mute button on the microphone itself is one of the most invaluable features to look for. So many times, I’ve gotten a phone call during a stream and struggled to mute the audio from the mic using the software. If something comes up and you need to mute background noise or loud sounds during a stream, a mute button can make all the difference. For live streaming, choose a microphone with a mute button.


Microphones are an output device. They output your voice to your computer for use in recording and other programs. But if a microphone has an input (such as a the G-Track Pro’s instrument input), it allows them to output layered audio with more than just voice. With instrument input, you’ll be able to hook your guitar, piano, or another instrument directly into the microphone. This allows you to record directly onto your computer as well.

Operating System

Since both microphones we’re looking at will be connected to your computer, you need to know that they’ll work with your computer’s operating system. Windows and Mac OS are the most common types of operating systems, and both the Samson G-Track Pro and the Blue Yeti work on both of them.

RAM Requirement

This is another computer-specific requirement. Some microphones will need a certain amount of system memory (Random Access Memory, or RAM in this case) to work properly. While the Samson G-Track Pro doesn’t specify if it was a RAM requirement, the Blue Yeti will work on any system that has more than 64 MB of RAM. Most computers made in the last few decades have more than 64 MB of RAM.

Stand Included

Having a stand for your microphone is important. You can’t use it without one! Thankfully both of these microphones come with a stand so you don’t have to purchase one separately.


How big is the microphone? If you’re setting it up on a desk arm or a custom stand, the size can be important. Choose a microphone that will fit into these devices, and is large enough to work while remaining out of the way when it’s not in use.


The weight of the microphone can also determine whether it will work in a desk arm or other rig. Most stands, arms, and rigs will have a weight limit for the microphones they will hold safely, so make sure that you choose a microphone that is light enough to fit inside whatever stand or arm you want to use.

In-Depth Reviews

Let’s take a closer look at how the Samson G-Track Pro and the Blue Yeti perform individually.

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Samson G-Track Pro Review – Recording music is easy with the built-in instrument input port.

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