4
KSM8
Working Distance
Traditional dynamic
microphone
0 to 1 in.
1 to 3 in.
3 to 6 in.
Increased
bass
Balanced
Decreased bass
KSM8
Balanced
Less Signal Processing Required
Live sound engineers often use signal
processing, like equalization, to mitigate both
the proximity effect of traditional microphones
or to compensate for improper microphone
technique (such as when a performer covers the
grille with their hand).
The dual-diaphragm microphone delivers a
smoother response throughout the vocal range
and is less susceptible to improper microphone
handling, requiring less corrective signal
processing and resulting in a more natural
sound.
Design and Construction
The mechanical design of the KSM8 offers
advancements that benefit the performance and
aesthetics of the microphone.
Advanced Pneumatic Shockmount Technology
The Diaphragm Stabilization System (DSS™)
works with the pumping pneumatic shockmount
to isolate and suspend the cartridge, reducing
handling noise. In addition to diminishing
unwanted movement, the moving piston and
internal cavities have been precisely engineered
to stabilize the diaphragm amidst mechanical
vibration. The Shure engineers originally
patented this technology over 50 years ago, and
Shure is the only microphone manufacturer to
successfully implement it.
Innovative Hardened Grille Design
The outer grille has been tempered to provide
years of dent resistance. The grille interior is
lined with a hydrophobic woven fabric. This
moisture-resistant cloth protects the cartridge
while providing superior pop protection,
ensuring years of usability and durability.
Increased Working Distance
Traditional microphones confine the performer
to a specific distance from the microphone.
They must maintain this distance in order to
avoid variations in tone.
The balanced response of the dual-diaphragm
microphone allows the performer to move more
freely without affecting the sound quality.
Exceptional Off-axis Linearity
When unwanted off-axis sources leak into vocal
microphones, it can degrade phase coherency
and compromise source quality. The KSM8
provides greater immunity to these problems,
due to linear polar response across the entire
frequency spectrum.
