Detailed instructions for use are in the User's Guide.
[. . . ] Events and names are edited on screen using a standard format QWERTY keyboard layout combined with the jog wheel. · 24, 25, 30D and 30ND frame SMPTE compatible · Timecode and video synchronisation · RS422 9-pin and MIDI machine control · Snapshot presets The DC2000 reads and writes SMPTE/EBU timecode at 24, 25, 30D and 30ND frame rates, either as a master or a slave. MIDI timecode is also supported and any incoming format can be converted before re-sending. Machine types are selected from the on-screen menu; three different machines are selected from the Setup screen. [. . . ] · Snapshot-to-mix transfer · On-line mix editing using jog wheel · Quarter-frame cut resolution · 4000-step fader resolution MIDI events can be assigned to any timecode value facilitating effects processor program changes as well as note and sequence information for samplers. Additionally, timecode values can be copied from the cue list or created on-screen. · Cut and paste offline mix editing · Simple transfer between consoles Titles, Projects, Users and Studio configurations can be saved to 3. 5" floppy disks for archiving or transferring to other consoles, enabling the entire setup to be saved with the mix. Simple housekeeping duties can also be performed from the touchscreen. · 4-band semiparametric EQ · Unique "floating bus" routing
absolute control
A
t the heart of the DC2000 console lies the Central Control Panel a touchscreen driven onboard computer that takes care of console automation, machine control and project management.
The DC2000's automation system is highly intuitive, with no compromises made in the console's control surface and no new skills to learn. The consequent ease of operation makes engineers immediately feel at home and lifts productivity to new heights. Without leaving the console, all
· On/Off-line Touchscreen operation · Dedicated transport controls · Built-in project management system · Low-noise digital circuitry · Integral hard disk and RAM storage · Digital level metering · 4 assignable "floating" control groups · Built-in printer interface · PC/Mac interface for touchscreen · 4 stereo groups with effects returns · Optional patchbay
popular digital and analogue tape machines and sequencers can be controlled remotely. Functions include Auto Play/Return, Drop In/Out points, Record Enable and Preview. Additionally, projects can be stored to the internal hard disk giving near instant recall of studio setups including tape machines and
System Diagrams
Sound for Picture
VIDEO MONITOR
VIDEO
RS-422 9-pin control is used for VTR transport and record enables. MIDI control is used to set digital tape machine record enables and timecode chasing plus effects processor program changes and sample cues. Alternatively, control room monitors may be switched to one of two stereo tape inputs for off-tape listening. Solo level may be trimmed by +/-10dB to match master output levels, and mono compatibility may be checked by summing the left and right signals. The engineer's headphone feed on the front of the DC2000 disconnects the control room speaker outputs. An alternative pair of switched outputs is available for near-field monitors.
TALKBACK TO MIX
TALKBACK TO MIX MIXL METER TO CRM SELECT MIXL OUTPUT SUMMING AMPLIFIER MIXR METER TO CRM SELECT MIXR OUTPUT
MIXL BUS
SUMMING AMPLIFIER
MIXR BUS
SUMMING AMPLIFIER
VCA
AMPLIFIER
SUMMING AMPLIFIER (GNDCOMP)
VCA
AMPLIFIER
(GNDCOMP) MONR BUS SUMMING AMPLIFIER CONTROL FROM CADENCE
MONL BUS
SUMMING AMPLIFIER CONTROL FROM AUTOMATION
INSERT SEND/ RETURN (UNBAL)
INSERT SEND/ RETURN (UNBAL)
2 TRKA LEFT (BAL)
TO STUDIO OUTPUT CIRCUIT
MONITOR METER LEFT
CONTROL ROOM MONITORING
2 TRKB LEFT (BAL)
INPUT AMPLIFIER (MIXING)
PFL/ AFL CHANGE
MONO CIRCUIT
DIM LEFT CIRCUIT
PHONES AMPLIFIER
AMPLIFIER CRM LEFT
TRIM MIX LEFT FROM MIX OUT LEFT CRM SELECT PFL/AFL BUS TO STUDIO OUTPUT CIRCUIT 2 TRKA RIGHT (BAL) 2 TRKB RIGHT (BAL) INPUT AMPLIFIER (MIXING) RED MIX RIGHT FROM MIX OUT PFL EN AFL EN PFL/ AFL DETE CTOR MONITOR METER RIGHT PFL/ AFL CHANGE PFL/ AFL SUMMING AMPLIFIER MONO PFL/AFL SIGNAL DIM CRM FROM TALKBACK DIM CRM LEVEL PHONES JACK (DISCONNECTS CRM SPEAKERS) RIGHT NORMALLING ALTERNATIVE SPEAKERS CRM RIGHT (GNDCOMP) ALT RIGHT MONO CIRCUIT DIM RIGHT CIRCUIT PHONES AMPLIFIER AMPLIFIER (GNDCOMP) NORMALLING ALT LEFT
STUDIO OUTPUTS
MONITOR SELECT LEFT
FOLDBACK/CRM SUB MIXER
TALK BACK TO STU
AMPLIFIER
OUTPUT TO STUDIO PHONES LEFT
TALK BACK TO STU
AMPLIFIER
OUTPUT TO STUDIO SPKRS LEFT (GNDCOMP)
AMB AFL CRM TO STUDIO PHNS FB1 FB2 STEREO (SEE MANUAL) STUDIO PHONES LEVEL AFL SWITCH TALKBACK TO STUDIO AFL BUS AFL FROM PHONES ENABLE CRM TO STUDIO SPKRS TALKBACK TO STUDIO FROM TALKBACK STUDIO ENABLE
FROM CRM INPUT SELECT CIRCUIT
MONITOR SELECT RIGHT
FOLDBACK/CRM SUB MIXER
TALK BACK TO STU
AMPLIFIER
OUTPUT TO STUDIO PHONES RIGHT
TALK BACK TO STU
AMPLIFIER
OUTPUT TO STUDIO SPKRS RIGHT (GNDCOMP)
FOLDBACK MASTERS
FOLDBACK BUSSES FB1 GLOBAL CHAN/ MON FOLDBACK 1 SUMMING AMPLIFIER
TO STU PHNS AFL SWITCH
ARM AMB AFL AFLEN ELEC TRONIC SWITCH FB1 OUT (GRNCOMP) 1K/10K CUT AMB CUT GRN
OSCILLATOR/ TALBACK
TO MIC CAL
LEVEL
STUDIO SPKRS
TB TO STUDIO SPKRS OR PHONES
RED
AMPLIFIER
MIC AMP
TALK TO STUDIO
ENABLE DIM CRM
FROM INPUT SENDS
FB1 MON/ LEFT FB2
FB1 LEV
STUDIO PHONES LEV OSC TO TAPE
FROM AUTOMATION
FB1
TO STU PHNS AFL SWITCH FOLDBACK 2 SUMMING AMPLIFIER
AMB AFL AFLEN
CUT
ARM AMB CUT GRN SINE WAVE OSCILLATOR OSC TO MIX
SLATE SIG SLATE OSCILLATOR MIX BUS 20HZ - 20DB
TALK TO PHONES SWITCH TAPE
ENABLE DIM CRM
FROM STEREO INPUT SENDS
FBL STEREO SWITCH
ELEC TRONIC SWITCH FB2 LEV FROM AUTOMATION
AMPLIFIER
FB2 OUT (GRNCOMP) TB + SLATE SIG
TALK TO TAPE
DIM CRM
FBR
Studio, Foldback and Oscillator Outputs Studio headphones are fed in stereo by a mix of the control room feed, FB1 and FB2 and talkback. The studio speakers are fed independently by a mix of the control room feed and talkback. Foldback signal FB1 is selected globally to be fed from the input monitor or channel paths; FB2 is permanently allocated to the monitor inputs. FB1 and FB2 may be paired to work as a stereo feed, with panning achieved via the dual controls on each input and the returns routed in stereo. A 1kHz/10kHz variable level oscillator may be routed to the tape sends for line-up and to the main mix outputs. The DC2000's talkback section permits the engineer to talk independently to the studio speakers, headphones and slate to tape, mixed with a 20Hz oscillator signal.
Machine Compatibility
The DC2000 operating software is regularly upgraded, and as a result the range of compatible machines is continually widening. Many machines not quoted here will interface directly with the DC2000 using standard MIDI Machine Control or Sony 9-pin protocols. [. . . ] The DC2000 itself will act as a timecode master or slave, enabling simple chasing to take place.
Machine
Tascam DA-88 Alesis ADAT Fostex G-series Fostex RD8 Sony UVW Sony P2 Akai
Transport
MMC or 19-pin MMC MMC MMC 9-pin RS-422 9-pin RS-422 -
Record Enable
Tracks 1-8 All tracks 2 All tracks Tracks 1-8 All tracks All tracks Tracks 1-4
Drop In/Out
With preview With preview 2 With preview With preview -
Locate
LO, LI Cuepoints, Chase, Jog/Shuttle 1 LO, LI Cuepoints LO, LI Cuepoints LO, LI Cuepoints LO, LI Cuepoints, Jog/Shuttle LO, LI Cuepoints, Jog/Shuttle LO, LI Cuepoints
Timecode
MTC or LTC MTC or offtape LTC MTC or offtape LTC MTC LTC LTC MTC, LTC 3
Interface Req'd
SY-88 card AI-2 or 2BRC remote None None None None IB-113M MIDI board IB-112T SMPTE board
3
Automation
Machine Control . 4 to 12mb RAM, 80 to 120Mb Hard disk drive, 1. 44Mb IBM-format floppy disk drive Video Sync. within 0. 25 frame.
DC2000 Specifications
+48v LINE -20 15 INPUT 20 30 40
Low-noise balanced Mic, Line and Tape inputs Floating bus architecture allows flexible track routing without repatching
Connections
Mic (XLR) Line (Jack)* Insert (Jack)* Tape Send (Jack)* Tape Return (Jack)*
Impedance
Level
0 100Hz
60
TAPE RETURN TRIM
-0+
20 RET SND DIR GRP 1 HF 6 9 12 15 2k 1k -0+
20 MON SRC
TAPE SRC
3
3 6 9 12 15 3k 4k 8k
2k balanced . +4dBu (+21dBu max) into 600 -10dBV (+7dBV max) into 600 (+4dBu) >20k balanced. [. . . ]