IK Multimedia EQ PB
IK Multimedia EQ PB
IK Multimedia EQ PB follows in the footsteps of its simpler three band EQ PA brother, the EQ PB module expands in flexibility by adding a fourth EQ band.
This module is so great sounding because of the rather simple all-discrete, custom op-amp based circuit schematic of the original hardware it's based on. Its four peaking bands with seven selected frequencies cover the whole spectrum and then some. It also allows for the overlapping of bands for complex EQ shapes — this is invaluable in mixing sessions where the proper EQ is the key to finding the right balance and position of a track within a mix.
Simplicity, though, doesn't mean lack of tone: the EQ PB doesn't have many of the bell and whistle features others offer — like complex and eye-catching but oftentimes distracting displays. The ease of use of its two knobs per band enhances the analog feel of the module by providing the instant gratification of turning a knob and hearing a result.
The same "make it better" approach to the user interface of the digital model applied to the 3 band version was kept in the EQ PB: the dual concentric knobs of the original hardware have been split for better usability and an uncluttered view. Band gain is also stepped in 1 dB (1.5 dBs towards the end of throw) increments for finer resolution.
The four band design is particularly useful for exploring all of the complex facets of midrange critical tracks, like guitars, vocals, pianos or strings. Having two midrange dedicated bands — that span from 75Hz to 12.5KHz overlapping in some points — allows it to perform a variety of boosts and cuts that will shape the track and make it fit. Low and high bands can be conveniently switched to shelving mode for broader strokes if needed.
As with the EQ PA, the proportional Q design plays a particular role in this EQ, especially in dense and complex mixes. This kind of design sharpens the Q of any given band as the gain is increased (or cut) from a broad, gentle shape at low gain levels to a narrow Q at extreme values. This approach results in two benefits: phase shifting is minimized and no additional controls are needed for bandwidth management.
Mac® (64 bit CPU, 32 or 64 bit Mac OS)
Windows® (32 and 64 bit)
Content for Media