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WARNING:
Modifying device network settings can make the device unreachable over the network if the wrong values are used. It is advised
you consult with your IT department before making any changes. New devices on the network may be blocked by the local network if
strong security is implemented. Your IT department must add the new device to their known devices list in order for them to be reachable
over the network.
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Change Network Settings on Device button:
If a device is connected, pressing this button enables the user to modify its
network settings. Its IP address, network mask and default gateway can be changed. Once the button is pressed, the “Device
IP”, “Device Network Mask” and “Device Default Gateway” information becomes editable, the button is transformed into a
“Confirm New Network Settings” button and an additional “Abort” button is shown. When new values are entered they are sent
to the device by pressing the “Confirm New Network Settings” button. The process is aborted by pressing the “Abort” button.
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Device IP:
Displays the IP address of the currently connected device.
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Device MAC:
Displays the MAC address of the currently connected device.
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Device Network Mask:
Displays the network mask of the currently connected device.
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Device Default Gateway:
Displays the default gateway of the currently connected device.
Device Information
This section displays general information about the connected device.
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Device ID:
Displays the ID of detected device (e.g. XPS2A).
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Firmware Version:
Used to identify the FW version loaded on the unit.
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Current 3D Sync Frequency:
Reports whether a synchronization signal is detected on the unit’s 3D sync GPIO input. Validity
of the signal and its frequency are reported. Whether a signal is valid or not is determined based on the currently set low and
high frame sync frequency settings. See parameters for
3D Sync Low Threshold Frequency
and
3D Sync High Threshold
Frequency
described below.
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Current Mode:
Reports whether the connected unit is currently operating in 2D or 3D mode.
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GPIO Logic Level:
Displays the logic level detected on unit’s GPIO input and the resulting mode of operation (e.g: Open Loop,
2D). Note that the mode reported here may not be the same as the “Current Mode” described above if a control source other
than GPIO is selected.
Device General Settings
This section displays and enables modification of general settings of the connected device.
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3D Sync Signal Polarity:
Can be used to determine and change the interpretation of the incoming 3D sync synchronization
signal’s levels. “Normal” setting interprets a high level of the synchronization signal as corresponding to the left eye 3D image.
If set to “Inverted”, the high level is interpreted as corresponding to the right eye 3D image. So this parameter can be used to
invert the left and right eye 3D images if needed. This is usually done when 3D content seems “unnatural” and uncomfortable.
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Motion Control Polarity:
Polarity of the motion control output signal. See section
Motion Control Output
for more information.
WARNING:
This parameter should not be used as a way of changing the unit’s position when attached to a motorized mount!!!
This is a global setting which should be configured if needed when first installing the device on a motorized mount in front of
the projector. See the
Installation -> Motion Control Setup Wizard
section of this manual for more information on how to
properly set up and configure the unit and motorized mount.
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Global Delay:
Delay between the 3D sync edge and the start of the left/right-eye open intervals. Valid values are between 0 -
65535 µs. Default value is 120 µs. If the value exceeds the current value of the frame synchronization signal period, the delay
parameter is ignored.
To set global delay on the unit, enter a new value and press the “Enter” key to confirm the change.
Device Mode Control Settings
This section displays and enables modification of settings relating to control of conditions which have to be met in order for the device to
transition between 2D and 3D modes.
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Mode Control Source:
Defines the mode detection method or in other words the source which determines whether the unit
should operate in 2D or 3D mode. See the
Mode Control Sources
section of this manual for more information on each mode
control source.
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GPIO Signal Polarity:
Determines how the GPIO mode control source’s input state is interpreted. Normal polarity means
that an externally applied short circuit between pins 3 and 8 on the unit’s GPIO connector sets 3D mode. “Inverted” setting
interprets that same short circuit as 2D mode.
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3D Sync Low Threshold Frequency:
For “Framesync” mode control source this value sets the minimal frequency at which the
incoming 3D synchronization signal is still considered as valid. If the unit is in 3D mode and the frequency is above this limit
