
EQ POD2.2DSP
Series II
Click
here for a specification sheet (.pdf). Click here for a picture
file of the specification sheet (.jpg).
DESCRIPTION:
The EQ POD2.2DSP is a 2 input, 2
output digital signal processor. Software configurable
features are 30 bands of parametric
filters, signal delay, and output limiter. A frequency
response graph shows the user
the effect of the filter on the system as changes are made.
The output has a limiter
controlling unwanted transients. The threshold, gain reduction,
and release times are all user
programmable. The low and high pass filters can be
configured as a Linkwitz-Riley
crossover programmable in 1 Hertz steps
with -12dB or -24dB slope.
The EQ POD2.2DSP employs the
finest Crystal Semiconductor™ digital converters.
The DSP engine consists of a
Motorola 56303 100MHz processors using
48KHz internal processing. These
components give the unit the most transparent sound
available in any DSP today.
The EQ POD2.2DSP stores 8
presets, recallable via a simple contact closure.
The unit has an elegant
3/16" thick black anodized front panel. All controls on the rear.
All functions of these DSPs are
easily configurable from the host IBM PC/laptop.
All host software is included
with the unit.
Optional features are a SPIDIF
(RCA) and TOSLINK (optical) input.
KEY
FEATURES:
* Tamper-proof, no user accessible
controls, single rack space
(for applications not requiring security an optional user
accessable
front panel LCD display is available)
* Optional SPDIF (RCA) and TOSLINK (optical) digital
input
* Programmable volume control
* 30 parametric equalization filters,
variable frequency and Q, gain: +6dB to -24dB
* Filter Q (width) programmable from 1/12th
to 1 octave
* Precision Crystal Semi™ converters for
ultra-transparent imaging
* Low and high pass filters or crossover
* 8 different presets selectable by simple
contact closure on rear panel
* Signal delay from 21uS to 600mS (677
feet)
* Programmable via the IBM PC and ParaGraphics
Software
* Output Limiter, -20dB to +10dB
* 36 month warranty