Behringer Rev2496 - Manual (Page 25)

25
V-VERB PRO REV2496
8. OPERATING SOFTWARE
7.4 WORDCLOCK connection
If several devices will be embedded into a digital recording
system comprising, for example, a digital mixing console, all
connected digital devices must be synchronized using a common
wordclock signal. The REV2496 features a wordclock input,
which can be used to control external equipment via wordclock
signals. The input supports the sample rates 44.1, 48, 88.2 and
96 kHz, and can be activated only if the analog inputs are
used.
The illustration that follows shows how the wordclock input is
correctly connected. Since these are the same cables used by
computer networks, accessories such as interconnecting cables
T-connectors and terminating resistors can also be obtained in
computer stores.
Fig. 7.4: End connection of the wordclock input
If the V-VERB PRO is placed within several pieces of daisy-
chained equipment supplied with wordclock, it will be fed the
wordclock signal via a T-connector, while the other end of the T-
connector (and the BNC cable) facilitate connection to the next
device in the chain. The last unit in the chain must be terminated
with a T-connector and a 75-Ohm resistor. Some equipment
features a switchable terminating resistor, eliminating the need
for a terminal resistor and a T-connector.
7.5 MIDI connections
The REV2496 features an integrated MIDI interface that makes
sending and receiving MIDI data possible. This way, your
REV2496 can be optimally integrated into various recording
studios. You can also control it using the sequencer on your
computer.
The MIDI connections in the back of the REV2496 feature the
standard 5-pin DIN connectors. You will need commercially
available MIDI cable for connecting your V-VERB PRO with other
MIDI equipment.
MIDI IN: This connection is used for receiving MIDI data. The
receiving channel is set in the SETUP menu.
MIDI THRU: Incoming MIDI signal can be tapped into without
modifications at the MIDI THRU connector. Several MIDI units can
be daisy-chained this way.
MIDI OUT: Data can be sent to a computer connected to your
REV2496 or to other MIDI equipment via MIDI OUT. Program data
as well as status information for signal processing can be
transmitted.
8. OPERATING SOFTWARE
The operating software of your V-VERB PRO REV2496 is
constantly being developed to improve its performance and adapt
the operation of the unit to user requirements. We would therefore
be pleased to hear about your suggestions and ideas for
improvement. We will try to include your suggestions in the next
software revision. Information on new software versions are
available from the trade press, your retailer, from our website at
www.behringer.com or directly from BEHRINGER
(Tel. +49 2154 9206 4166).
The current software revision of your V-VERB PRO REV2496
is briefly displayed in the start picture during start-up.
9. SPECIFICATIONS
ANALOG INPUTS
Type XLR balanced
1/4" TRS stereo balanced
Impedance approx. 22 kΩ balanced
Max. input level +16 dBu
CMRR typ. 40 dB
ANALOG OUTPUTS
Type XLR, servo-balanced
1/4" TRS stereo servo-balanced
Impedance approx. 100 Ω balanced
Max. output level +16 dBu
SYSTEM SPECIFICATIONS
Frequency range <10 Hz - 20 kHz @ 44.1 kHz
<10 Hz - 22 kHz @ 48 kHz
<10 Hz - 46 kHz @ 96 kHz
Signal-to-noise ratio -90 dBu
Dynamic range 106 dB (analog in ß analog out)
THD 0,007% typ. @ +4dBu, 1 kHz, Gain 1
Crosstalk < -100 dB (analog in ß analog out)
Signal delay< 1 ms (analog in ß analog out)
DIGITAL INPUT 1
Type XLR servo-balanced
Standard AES/EBU or S/PDIF
input impedance 110 Ω
nominal input level 0.2 - 5 V peak-to-peak
DIGITAL INPUT 2
Type TOSLINK optical
Standard AES/EBU or S/PDIF
DIGITAL OUTPUT 1
Type XLR servo-balanced
Standard AES/EBU or S/PDIF
DIGITAL OUTPUT 2
Type TOSLINK optical
Standard AES/EBU or S/PDIF
SYNC INPUT
Type BNC
Standard Wordclock (1 x sample rate)
input impedance approx. 50 kΩ
Nom. level 2 - 6 V peak-to-peak
MIDI Interface
Type 5-pin DIN jacks In/Out/Thru
Implementation cf. MIDI implementation chart
DIGITAL PROCESSING
Processor high-resolution SHARC ® DSP
600 MFLOPs, 32-bit internal
signal processing
Converter 24 Bit/96 kHz
Sample rate external, 44.1 kHz, 48 kHz, 96 kHz