Functional Range of the XC3/XD3 Core Devices with Firmware 10.0

Note
All values are maximum values, availability depends on number and type of used features. Please ask DHD support for more information.

feature 52/XD3 Cores 52/XC3 Cores
52-7540A XD3 12k Router
with 52-7550A XD3 Controller & IP Core
1 DSP included
52-7550A XD3 Controller & IP Core
1 DSP included
52-7520 52-7523
4 add. DSP Modules 52-7530 3 add. DSP Modules 52-7530 2 add. DSP Modules 52-7530 1 add. DSP Module 52-7530 no additional DSP module 1 additional DSP Module 52-7530 no additional DSP module 1 additional DSP Module 52-7530 (requires 52-8584 and 52-8585 license) Gold upgrade (requires 52-8584 and 52-8585 license) Silver upgrade (requires 52-8585 license) basic system
fader processing (1) (stereo) 96 96 64 48 24 24 48 24 48 24 24 20
fader layers (1) 4 4 4 4 2 2
fader channels 250 250 250 250 150 150
output functions / low priority output functions (12) 120 / SW Option:(2)240 120 / SW Option:(2)240 120 / SW Option:(2)240 120 / SW Option:(2)240 80 40
super output functions 18 18 18 18 18 SW option(2):
18
logic functions 200
with SW option(2): 300
200
with SW option(2): 300
200
with SW option(2): 300
200
with SW option(2): 300
80 40
summing busses (stereo) (PGM+Aux+CF/N-1(3)+PFL) 126 126 96 72 48 48 72 48 72 48 24 16
clean feed / mix minus / N-1 busses (stereo) (within the limit of max. number of summing busses) 96 96 64 48 24 24 48 24 48 24 12 6
PFL busses (stereo) (within the limit of max. number of summing busses) 4x 2
(2 for each virtual mixer)
4x 2
(2 for each virtual mixer)
4x 2
(2 for each virtual mixer)
4x 2
(2 for each virtual mixer)
2x 2
(2 for each virtual mixer)
1
(virtual) mixer DSP core 4 4 4 4 2 1
summing bus format 5.1 and 5.1 downmix SW option(2) SW option(2) SW option(2)
summing bus signal types: Voice and Music SW option(2) SW option(2) SW option(2)
delay(4) SW option(2):
delay functions of 1 sec or 10 sec available for fader and fix processing
SW option(2):
delay functions of 1 sec or 10 sec available for fader and fix processing
SW option(2):
delay functions of 1 sec or 10 sec available for fader and fix processing
max. 1600 seconds, max. 160 stereo channels max. 1280 seconds, max. 128 stereo channels max. 960 seconds, max. 96 stereo channels max. 640 seconds, max. 64 stereo channels max. 320 seconds, max. 32 stereo channels max. 320 seconds, max. 32 stereo channels max. 640 seconds, max. 64 stereo channels max. 320 seconds, max. 32 stereo channels max. 640 seconds, max. 64 stereo channels max. 320 seconds, max. 32 stereo channels max. 320 seconds, max. 32 stereo channels max. 320 seconds, max. 32 stereo channels
profanity delay SW option(2)
1 per core with up to 100 sec. delay time
SW option(2)
1 per core with up to 100 sec. delay time
SW option(2)
1 per core with up to 100 sec. delay time
virtual keys 100 100 100 100 40 5
clock logics yes yes yes yes 0 0
selector logics yes yes yes yes 10 0
level detects 48 48 48 48 10 5
Loudness Meter (EBU R128) (within the limit of max. number of level detects) SW option(2):
25
SW option(2):
20
SW option(2):
15
SW option(2):
10
SW option(2):
5
SW option(2):
5
SW option(2):
10
SW option(2):
5
SW option(2):
10
SW option(2):
5
logic delay 20 20 20 20 10 5
Potentiometer Controls 30 30
Automix yes yes
processing the talkback matrix yes SW option(5) SW option(5) SW option(5) SW option(5) SW option(5) no
member of talkback matrix yes SW option(5)
global resources yes SW option(5)
global logics (global logic exchange with DHD devices) yes SW option(5)
networking (direct logic exchange with DHD devices) yes SW option(5)
serial ports (RS232) HW option(14) HW option(15)
Gigabit Audio / MADI SFP cages HW option(9):
24
HW option(9):
20
HW option(9):
16
HW option(9):
12
HW option(9):
8
HW option(9):
4
HW option(9):
52-7523: 4
52-7524 with 52-1950 license: 4
Connection of XC3 Concentrator (52-7510) to GA SFP cages yes yes
Connection of XC2 Concentrator (52-7310) to GA SFP cages no no
Connection of MADI Concentrator (52-7320) to GA SFP cages yes yes
GA Device interlink (multi-channel audio connection with XC/XD/XS cores via GA port), 512/512 ch, bidirectional HW option(8) HW option(8)
APC ports 4 12
APC Device interlink (multi-channel audio connection with XC/XD/XS cores via APC port), 48/48 ch, bidirectional SW option(7) SW option(7)
IPx extension slots for AoIP modules
(Dante or AES67/Ravenna)
HW option(11):
2
HW option(11):
1
usage of 52/MX or 52/RX or RX2 control modules (13) yes yes
usage of SX2 control modules yes yes
usage of DX2 control modules yes yes
usage of 52/SX control modules (13) yes yes
usage of 52/DX control module (13) yes yes
usage of 52/TX control module (13) yes yes
usage of 52-8511 Views app yes yes
usage of 52-8512 Assist app yes yes
usage of Fader Backpress functionality on SX2 modules yes yes
Maximum configurable number of different central TFT displays 20 20
customisable views yes yes
Toolbox configuration capability yes yes
Full redundant operation with doubled core hardware yes no
sync input BNC: Wordclock, AES11, PAL, NTSC, HD Tri-Level
HW option(6)(8)(11): MADI, GA, Dante, AES67
SW option(7): APC
BNC: Wordclock, AES11, PAL, NTSC, HD Tri-Level
HW option(6)(8)(11): MADI, GA, Dante, AES67
SW option(7): APC

Note
All values are maximum values, availability depends on number and type of used features. Please ask DHD support for more information.


(1)The assignment of fader processing to layers works in the following way:
Examples:
Up to 24 “DSP” faders, 4 layers, with 52-7523 (Gold and Silver Upgrade), 52-7520 XC3 core
24 “physical” Faders (no layers)
12 “physical” Faders, 2 Layers each
8 “physical” Faders, 3 Layers each
6 “physical” Faders, 4 Layers each
Up to 48 “DSP” faders, 4 layers, with 52-7520 XC3 core and additional DSP card (52-7530)
48 “physical” Faders (no layers)
24 “physical” Faders, 2 Layers each
16 “physical” Faders, 3 Layers each
12 “physical” Faders, 4 Layers each
Up to 96 “DSP” faders, 4 layers, with XD3 core, and at least 3 additional DSP cards (52-7530)
96 “physical” Faders (no layers)
48 “physical” Faders, 2 Layers each
32 “physical” Faders, 3 Layers each
24 “physical” Faders, 4 Layers each
(2)additional license required: 52-8581 - Enhanced DSP Processing
(3)CF/N-1: Clean Feed, mix minus bus, n-1 bus
(4)Internal DSP processing is always stereo. Therefore, the maximum number of mono delays is equal to the maximum number of stereo channels. The right channel is unused in case of mono processing.
(5)additional license required: 52-8583 - XC/XS Core Control Networking
(6)MADI SFP module (52-7593 or 52-7594) required for each SFP cage
(7)additional license required: 52-8582 - XC/XD/XS Core Audio Network
(8)XC Gigabit Audio port (SFP modules 52-7591 or 52-7592) required
(9)GA/MADI SFP cages on XC3 Cores can be used with:
- 52-7593/52-7594 MADI SFP modules (DHD license code included) or
- 52-7591/52-7592 XC Gigabit Audio port (DHD license code included) for Core-to-Core connections or
- to connect Concentrators / MADI Concentrators with their included SFP modules (no DHD license code)
(10)GA/MADI SFP cages of the core 52-7524 can be used with:
GA 1: 52-7593 or 52-7594 MADI SFP module (include DHD license code)
GA 2: 52-7591 or 52-7592 XC Gigabit Audio port (include DHD license code) for Core-to-Core connections
for using 2x MADI or 2x GA Core-to-Core-Connection or Concentrators, a 52-1950 license is required.
(11)XC3 Dante IP Audio Interface (52-7580 / 52-7585) or XC3 AES67 RAVENNA Interface (52-7567) required for the extension slot
(12)Each high priority Output Function can be replaced by two low priority Output Functions.
(13)Only MX, RX, SX, DX and TX modules supporting Firmware 10 can be used with a core running Firmware 10 - for system upgrades, check with your local DHD distributor for module compatibility
(14)If the core is not used in redundancy mode, the sub-D connector at the rear can be internally reconnected to act as an RS232 port. If the core is used in redundancy mode, the connector at the rear is used for the external redundancy cabling. In this case an additional sub-D connector for RS232 can be installed on request at the side of the core.
(15)RS232 port available on request with purchase order