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24 DX-700 • User’s Guide • Rev 02

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About the DX-700

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DX-700 supports a wide number of flexible system configurations. Input and output

modules are installed in “banks,” consisting of one or more input modules and either one or

two output modules (with two being the maximum allowed in a bank). By definition, a bank

is a way of combining inputs and outputs into independent video processors that are

capable of driving one or more LED walls.

A single DX-700=supports both single and multi-bank configurations, as detailed below.

•Single Bank Configurations

•Multiple Bank Configurations

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The figure below illustrates two examples of single bank configurations:

Figure 1-5. Single bank configuration examples

Please note the following points regarding single bank configurations:

•A single bank has a maximum “canvas” size of 2048 x 1080 pixels (or 1080 x

2048 pixels). This overall region can be divided as required between three

outputs (using one output module), or six outputs (using two output modules).

•From two to six physical outputs can be “grouped” electronically to form a larger

“logical” output. This grouping enables you to control a larger LED display —

larger than is possible with a single output. Refer to the “Grouping Outputs”

section on page26 of this chapter for more information.

•Based on seven slots for input and output modules, you can use up to six input

modules in a bank with one output module, or up to five input modules in a bank

with two output modules.

Numerous output combinations are possible within a single bank — because each output

can be driven independently or grouped with other outputs. Remember that a maximum of

two output modules can be included in a bank.

•A single output module can drive up to three attached displays from any portion of

the canvas.

•The LED displays driven by the outputs can be configured with any type of tile

within a single tile category. For example:

~All legacy tiles used: Output 1 (MiPIX), Output 2 (DLite 7), Output 3

(OLite 612)

Input

Input

Input

Output

System

Power

Blank

Blank

Blank

Multi-input, single output

Bank 1

Input

Output

System

Power

Output

Input

Blank

Blank

Blank

Bank 1

Multi-input, dual output

Contents

Main auJTMM==r=d ` k c~=`~=`=Ec``F=p~ d~~=~=`~ `~=^ l~=p~=p~ q=f=q=j~~=~=b=j~= `~=e q~==` `~=O e~~=l~=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=PP Page Page `~=R r~=c~=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=KNST ^=_= o=`=mK=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=KNUR ^=`= `~=f~=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=KOMP ^=a= c=kkf=f~~K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=K=KOMR Page NK==f c~=s `~=p e==r=q=d k~~ q~==`=~=f `= ^==auJTMM l _~=c~ k=c~ c~=s=OKNM=c~ c~=s=OKPM=c~ q==l~ f===`~~ f===t~ p~=asf=l=j=`~ Note Important Figure 1-2. Sample DVI canvases that use one output module 2 1 Note and aspect ratio, and that the outputs can be used individually or grouped to form larger walls. p~=kkf=l=j=`~ r~=_~ p=_~=`~ ~ j=_~=`~ Important Note d=l auJTMM=p~ Note b~=p~ auJTMM=p~ ~ ~ auJTMM=s=m=a~ ~ ~ ~ ~ ~ ~ ~ auJTMM=f=f~ auJTMM=f=p ~ ~ c~=r~ `=a~~ This section provides several sample single bank connectivity diagrams. p=_~I=p=f=pI=p=l Connectivity Diagrams p=_~I=q=f=pI=r=l Figure 1-8. Sample system configuration: triple input, triple output (ungrouped) p=_~I=p=f=pI=d=l OK==e~~=l~ auJTMM=c=m~ 31 52 1 64 ~ Important q=p q=p=` a cb d ~ q=m~ Note Page auJTMM=o~=m~ ~ 1 2 3 f=j f=j=_=a~~ f=j=a Page DX-700 Users Guide Rev 02 43 DX-700 Rear Panel Output Blank ~ Figure 2-4. Sample Expansion Port configuration, external stacking ~ Figure 2-5. Sample Expansion Port configuration, cross-bank stacking Master Slave Output System ~ l=j l=j=a DX-700 Rear Panel l=j=_=a~~ The figure below illustrates a simplified block diagram of the DVI Output Module: The figure below illustrates a simplified block diagram of the NNI Output Module: DVI Output Module NNI Output Module asf=l=j Page kkf=l=j Page p=j Page ~ ~ auJTMM=j=l DX-700 Users Guide Rev 02 55 Module Installation and Configuration Bank 1 Bank 1 Correct Justification Incorrect Justification j=f~~=~=`~ j=`~=o one input module and one output module to route video to an LED wall. Output Section must always be an Output Module, and it must always be right- j=f=~=b~ j=f Caution j=b~ p=p~=j Caution Page PK==f~~ p~=m~= r~=~=f= p=m~~= `~=~=^~=f~ o~Jj=f~~ m=f~~ m=`Li=s~=p Warning Avertissement Warnung p~=` Note Note Note Important Warning Warning Note 68 DX-700 Users Guide Rev 02 Format Connection Table c~=`=q~ Cells with checks denote the connections required for the indicated format. QK==l~ n=p=~=l~ Important n=c=o Page Page Page `==auJTMM ~ Note mJr=f~~ Important r==e=j l=q~=a r==p=t~ DX-700 Users Guide Rev 02 81 Using the Setup Wizard Figure 4-5. Setup Wizard Menu Tree for DVI Output Modules p=t~=j=q Output Modules: 82 DX-700 Users Guide Rev 02 Figure 4-6. Setup Wizard Menu Tree for NNI Output Modules buttons have been omitted for simplicity. Note p=t~=l~ Important Page ~ ~ ~ Note ~ ~ Page ~ Important ~ Important ~ Note Important ~ d=`=p Caution Note DX-700 Users Guide Rev 02 93 Using the Input Wizard r==f=t~ f=t~=j=q The figure below illustrates the Input Wizard menu tree: f=t~=l~ ~ ~ ~ ~ ~ Note Page ~ S ~ Note ~ S ~ ~ ~ ~ ~ S Note Important Note ~ Important Tip ~ r==m=j~~=j m=j~~=j=q m=j~~=l~ o~=~=m ~ o~=~=m Tip a=~=m a=^=m DX-700 Users Guide Rev 02 107 Using the Input Management Menu Figure 4-41. Input Management Menu Tree r==f=j~~=j f=j~~=j=q The figure below illustrates the Input Management menu tree: f=j~~=l~=l f=j~~=j=l~ d~=f=j~~=c `~=wJl Power Blank Output System Page ^=t=p ~ ~ ~ ~ ~ ~ Page ^=s=p ~ ~ ~ ~ ^=f~=m=m~~ ~ ~ ~ ~ ~ Note Page ^=f=_~~ ^=s=b ^=`=b ^=f=q Page p~=f=j~~=p Note ~ ~ Note Page DX-700 Users Guide Rev 02 125 Using the Display Management Menu Figure 4-59. Display Management Menu Tree a~=j~~=j=q The figure below illustrates the Display Management menu tree: a~=j~~=l~ j~~=iba ~ Page Page j~~=c=p Note Page Page c==a~ ~ ~ Note r==auJTMM=j~~=j DX-700 Users Guide Rev 02 135 DX-700 Management Menu Tree Figure 4-71. DX-700 Management Menu Tree auJTMM=j~~=j=q The following figure illustrates the DX-700 Management menu tree: auJTMM=j~~=j=l~ ~ Note r==auJTMM=p~=j ~ s=q=m~=p~ s=q=m=p~ ~ ~ ~ k~==auJTMM=r ~ ~ r==b=j r==a~=j Page r==c=m~=a~=^=j o==p o==p ~ m=~=c~=o ~ Note r==q=m~=j Note Tip r==j=l=j Note ~ r==bafa=j Page r~=d=l p=d=r==_~=p=j Important Page Page ~ p==j~=p=p ~ ~ r==b=j Note mJ===a~=j ~ o==`~~=p ~ ~ Important p=l=q Page Note p~=auJTMM=j~~=p ~ Note c=m~=i ~ ~ ~ ~ Tip Page RK==r~=c~ 5. Upgrading Firmware c~=r~=l e~~=o `=~=a~=o r~=c~ 5. Upgrading Firmware S Note Page ^K==p~ Input Specifications f=p~= The table below lists DX-700 input specifications. Input Specifications l=p~ asf=l=j kkf=l=j d=p~ Physical and Electrical Specifications m~=~=b~=p~= The table below lists DX-700 physical and electrical specifications. `~=p~= ^=p~= a~=p~ a~=q~=RM=e a~=q~=SM=e Pinouts m= ^~=NRJ=a=` The figure below illustrates the analog 15-pin D connector: The table below lists Analog 15-pin D connector pinouts. asfJf=`=m p~~=asfJf=` m~=asfJf=` b=` a~=` aju=` kkf=` Note Warning _K==o=`=m o=`~ `~=p l r~Lp=`~=c~ n=`~=c~ auJTMM=o==`~ ~ ~ ~ ~ S f~=k b~=`~ DX-700 Remote Command Table auJTMM=o=`~=q~ The table below lists DX-700 remote commands. Command Description Page auJTMM=o=`~=i l=iba=`~ p`omto t^ii`lkqo t^iid^jj^ t^iilpa t^iilpaifpq\ l=c=`~ cf_booumto cf_bohbvobc cf_bocfiqbo cf_bopk cf_bom`_ cf_boplcq cf_bocfoj cf_booqfjb j=l=`~ jlobp jp^sb jl_^kh m=`~ mp`^ii mpkrj mpmok mqo^kp j~=`~ afp`lsbov tel^obvlr `ilpb _^kh Page `K==`~=f~ t~~ `=p=m~ `K==`~=f~ o=j~~=^~=Eoj^F `~=f~ aK==c=kkf=f~~= l Important Note Caution ~ Note c=kkf=e~~ 65432 c=kkf=q~ 7 Important c=kkf=o 5 643 7 Important iba=b=` Important ~ ~ f~~ r~=~=f= p=m~~= `~=~=^~=f~ p==a=`~===c=l=`~ f~==c=kkf=j ~ ~ p~=` Warning m=e~ m=c=l=`~=j~~= i~=p~ Caution q~=p~ f p k ^ _ ` a b c d e f h i j k l m n o p q r s t v w