Blue Yeti X Review
The four polar patterns make it the most versatile USB mic available. Below: who it suits, w here it falls short, and the alternatives worth comparing.
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Blue Yeti X
The four polar patterns make it the most versatile USB mic available.
View on AmazonPros
- Blue VO!CE processing includes compressor, de-esser, and noise gate in software
- Headphone monitoring with zero-latency output
- LED level meter helps dial in ga in without clipping
Cons
- Cardioid pattern has wider pickup than dedicated streaming mics, picks up more room noise
- Physical size is large, takes significant desk space
- Blue VO!CE software required for processing, adds software dependency
Our verdict
The Blue Yeti X in brief. Who it's for: buyers prioritizing USB microphones that fit their specific use case and budget. What it does best: blue VO!CE processing includes compressor, de-esser, and noise gate in software; headphone monitoring with zero-latency output. Ma in drawback: cardioid pattern has wider pickup than dedicated streaming mics, picks up more room noise.
The four polar patterns make it the most versatile USB mic available.
What Makes the Yeti X Different From the Standard Yeti
The original Blue Yeti established the USB condenser microphone category.
The Yeti X improves on it in three concrete ways: Smart Knob: a single multi-function control that replaces the separate ga in and headphone knobs of the original.
The Smart Knob adjusts gain, output volume, and can be configured to control software parameters in Blue VO!CE.
Cleaner design with equivalent functionality.
Polar Pattern Performance
Cardioid: clean front pickup, good rear rejection, moderate side rejection.
The pattern is wider than dedicated streaming microphones, approximately 130-degree capture angle at -6dBFS.
In untreated rooms, keyboard clicks and fan noise from behind are audible but suppressed.
Omnidirectional: captures the room evenly.
Blue VO!CE Processing
Blue VO!CE runs on the host computer and provides real-time processing.
Noise gate: attenuates audio below a threshold.
Useful for removing keyboard and background noise during pauses.
Requires adjustment, too aggressive a threshold cuts breath sounds and quiet speech.
Mounting and Placement
The Yeti X ships with a desktop stand that elevates the capsule approximately 12cm above the desk surface.
This places the capsule below mouth height for most seated users, not the optimal angle for cardioid recording.
A boom arm is strongly recommended.
The Yeti X has a standard 5/8" threaded mount under the stand.
Ga in Setting
Target: peaks hitting -12 to -6 dBFS during normal speech.
The LED meter shows green (good), yellow (approaching), and red (clipping).
Keep peaks in the green-to-yellow range.
With VO!CE's compressor active, you can set ga in slightly higher because the compressor prevents peaks from clipping.
Comparison to HyperX QuadCast S
The two most common premium USB microphone choices in the streaming market.
The Yeti X has better software processing (VO!CE vs HyperX NGENUITY's more limited processing), a hardware level meter, and is slightly brighter in the high-frequency range.
The QuadCast S has a built-in shock mount, better tap-to-mute implementation, and integrated pop filter.
For recording and podcasting: Yeti X, for the VO!CE processing and level meter.
Verdict
The Blue Yeti X in brief. Who it's for: buyers prioritizing USB microphones that fit their specific use case and budget. What it does best: blue VO!CE processing includes compressor, de-esser, and noise gate in software; headphone monitoring with zero-latency output. Ma in drawback: cardioid pattern has wider pickup than dedicated streaming mics, picks up more room noise.
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