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A unit configured to its factory default settings has a default static IP address of 192.168.0.250 and a network mask of 255.255.255.0. 
Such configuration will make the device accessible on any local network which uses an IP address range of 192.168.0.* and on which the 
192.168.0.250 address is not yet used. Many routers use this address space by default so chances are that the unit will be accessible out 
of the box if connected to such a network.
However there is also a high chance that the network on which the unit is connected does not use the proper range of IP addresses and so 
the unit’s default static IP is not supported. In such a case the Trinity Polarizer can be accessed by directly connecting it to a PC using an 
Ethernet crossover cable supplied with the unit and properly configuring the network settings on the PC. 
The following steps need to be taken to make an initial connection to the unit and configure its network settings:
1.  First, try connecting the unit directly to the local network to which it will be connected during normal operation.
2.  Download the Configuration Utility from XPAND’s website, install it on your PC and run it. 
3.  Select “Factory default device” from the “Select Device” drop-down list. This list contains all devices known to the utility and should only 

contain the “Factory default device” after a fresh install.

4.  After confirming the selection an automatic attempt to connect to the unit will be made. This is indicated in the status bar at the bottom 

of the utility which should read “Please stand by. Retrieving device data...”. If an automatic connection attempt is not made by the utility, 
initiate it manually by clicking the “Get Device State” button.

5.  Two situations are possible after initiating a connection:

a. If the application successfully connected to the unit, then information about it will be displayed by the application and the status 

bar will read “Device found. Application idle.”. In this case the unit’s default IP is within the network’s IP range and it is accessible 
on that network. If you plan on using only one unit on this network then the IP can be left unchanged but must be reserved on 
the network to avoid it being assigned to another device when the unit is powered off or disconnected from the network. Consult 
your IT department on how to reserve an IP address on your local network. Chances are that this can be configured on the router 
however configuration elsewhere on the network may be required.

Once the IP is reserved, network configuration is finished.
If however more devices will be connected to the same network, this unit’s IP must be changed since each device requires a unique 
IP. Proceed to step number 6.

b. The application failed to connect to the unit (status bar reads “Device not found on LAN.”). First try to connect a few more times 

manually by pressing the “Get Device State” button. Also try restarting the device by unplugging it from power, waiting for 5 s 
and then plugging it back in. If this does not help, then the default IP address of the unit probably does not match the available 
IPs allowed by the local network to which it is connected. To establish a connection with such a unit a direct connection with 
your PC is needed:

 

»

Unplug the network cables from the unit and from the PC.

 

»

On your PC, change your network settings and assign your PC a static IP address of 192.168.0.50 and a network mask of 
255.255.255.0. It is important that the IP address has the first three numbers equal to the first three numbers of the unit’s IP 
address. These numbers are 192.168.0 when it is configured to factory default settings. For Windows 7 PC reconfiguration can 
be done by following below steps:

 › Go to 

Control Panel -> Network and Sharing Center -> Change adapter settings

 › Right-click on 

“Local Area Connection”

 and select 

“Properties”

 › Select 

Internet Protocol Version 4 (TCP/IPv4)

 and click on 

“Properties”

 › Remember the settings shown in the 

General

 tab. You will need to restore them once you finish configuring the unit.

 › In the 

General

 tab select 

“Use the following IP address”

 and enter an IP of 

192.168.0.50

, and a network mask of 

255.255.255.0

. The Default gateway field can be left empty.

 › Also select the 

“Use the following DNS server addresses”

 but leave the fields empty.

 › Click 

“OK”

 and then 

“Close”

 

»

Connect the Trinity Polarizer to the PC using an Ethernet crossover cable which is supplied with the unit.

 

»

From the configuration utility retry connecting to the unit. Only proceed to step 6 once a successful connection has been made.

6.  At this step a successful connection has been made to the Trinity Polarizer unit by using the PC-based configuration utility. Its IP address 

now needs to be changed to a valid IP for the network on which the unit will be located during normal operation. First, one such IP 
address must be found. 

 

»

If possible, you should consult your IT department and have them assign and reserve a free IP address which can be 
permanently used by the Trinity Polarizer unit. 

 

»

Alternatively you can try and reserve an IP for the unit yourself by properly configuring the network. In some cases all that is 
needed is reserving the IP address on the router, if the unit is connected to one and the network is configured accordingly (see 

Содержание XPAND 3D

Страница 1: ...XPAND Trinity 3D Superlight Polarizer User Manual to be used on dark background to be used on light background...

Страница 2: ......

Страница 3: ...2 Installation 12 Motion Control Setup Wizard 13 Unit s Initial Network Settings Configuration 13 Adjusting the Image Position 15 Recommended Projector Settings for XPAND Passive 3D Cinemas 17 Unit Co...

Страница 4: ......

Страница 5: ...d instructions for proper use of the product Do not copy bind or distribute Please check to see if this product is working properly upon receipt System Overview The XPAND Trinity 3D Superlight Polariz...

Страница 6: ...ndicating which mode the unit is currently operating in A B C D E F G H I J 1 2 3 4 5 6 System Parts Important parts of the XPAND Trinity 3D Superlight Polarizer are shown in below image This image is...

Страница 7: ...section Modes of Operation for more details LED indications given in below table can be encountered For more information about different states corresponding to below LED indica tions see the rest of...

Страница 8: ...of two modes 2D mode or 3D mode As their names suggest the 3D mode is intended for watching 3D content and 2D mode for viewing 2D content at which point the polarizer should be removed from in front...

Страница 9: ...Frame Sync mode control source is selected Frame Sync Mode Control Source The default way of determining whether the unit must begin operating in 3D mode is to monitor the 3D synchronization signal l...

Страница 10: ...nd macro string mode 3D The 2D and 3D macros are not the only ones which are accepted by the XPANDTrinity 3D Superlight Polarizer however they are the two most typically used ones Table 2 below summar...

Страница 11: ...ay when sending the macro over the network which gives the unit enough time to receive the command before the server disconnects An example of a macro which puts the unit in 3D mode if the Network Mod...

Страница 12: ...rojector and to the 9 pin GPIO connector on the back of the Trinity Polarizer Two cables are supplied with the unit Choose the correct one based on the available connectors on the projector 5 If the u...

Страница 13: ...content 6e Both the green and yellow LED on the Trinity Polarizer need to be turned ON If the mount starts moving wait for it to stop 6f At this point the unit must be located in front of the projecto...

Страница 14: ...is reserved network configuration is finished If however more devices will be connected to the same network this unit s IP must be changed since each device requires a unique IP Proceed to step numbe...

Страница 15: ...Click the Add new device link and enter a device name its new IP and make sure the port is set to 1000 An attempt to connect to this device will then be made If you were configuring the unit by direc...

Страница 16: ...exist and any one of them can be used for calibration of the Trinity Polarizer However some images are more appropriate than others It is suggested that XPAND s dedicated 3D calibration image shown in...

Страница 17: ...is adjustment is mostly seen with short throw projectors and that the adjustment is usually only noticeable in the corners of the image Figure 17 Central Image Scale Zoom Adjustment using Screw H Once...

Страница 18: ...For a more detailed and up to date explanation see the configuration utility s help file Device Selection and Connection In a common setup a cinema theatre will have more than one cinema hall equipped...

Страница 19: ...e General Settings This section displays and enables modification of general settings of the connected device 3D Sync Signal Polarity Can be used to determine and change the interpretation of the inco...

Страница 20: ...and only the functional ones are reset Resetting also the network settings would very likely make the unit not accessible on the network without repeating the initial network settings configuration ag...

Страница 21: ...60 Hz 72 Hz triple flash 24 Hz cinema 96 Hz double flash 48 Hz HFR cinema 120 Hz double flash 60 Hz HFR cinema Input Terminal 3D GPIO 9 pin DB9 male connector Converter cables to DB15 and DB37 connect...

Страница 22: ...tinued in case adults or children experience any of the following symptoms dizziness altered vision eye or muscle twitching involuntary movements loss of awareness unconsciousness disorientation or se...

Страница 23: ...o the following two conditions 1 This device may not cause harmful interference and 2 this device must accept any interference received including interference that may cause undesired operation Hereby...

Страница 24: ......

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