Inputs
Control/
Service
Outputs
3D RF Emitter
The 3D RF emitter is designed to be placed near the projector and aimed at the screen. It
receives the 3D sync signal from the projector and emits RF pulses that reach the 3D glasses RF
receiver.
The emitter does not require a battery.
Note: The emitter emits sync pulses only when the projector displays 3D content.
3D Glasses
When displaying 3D content, the projector alternately displays one image for the left eye and
one image for the right eye in rapid succession. The 3D glasses turn on and off their lenses, in
sync with the projector, so that each eye receives exactly the image intended for it. The sync is
possible thanks to the RF pulses received by the glasses from the 3D RF emitter.
SIM2 BV International s.r.l
HDMI 1
HDMI 2
LAN
Components/RGB-HV Four RCA connectors. They accept both standard
Video
Graphics RGB
USB
RS-232
TRIG 1
TRIG 2
TRIG 3
3D Sync OUT
Accept both HDMI and DVI digital video inputs
(1.4a)
RJ-45 Networking Connector
and high-definition component (YPrPb) and
RGB-HV signals. Also used as RGB input for SCART
RGBS signals.
Green RCA connector. Accepts composite video
signals. Also used as composite sync input for
SCART RGBS signals.
One D-Sub 15-pin female connector. Accepts
component or RGB high-definition signals.
USB 1.1 (type A) port for serial commands and
firmware upgrade.
RS232 (female D-Sub 9-pin) port for serial
commands and firmware upgrade.
12 V 100 mA max output, for motorized screen
control. Activates when the projector is switched
on.
12 V 100 mA max output, for motorized screen
masking systems control. See " Screen " on page
23 .
12 V 100 mA max output, for motorized anamor-
phic lens position control. See " Anamorphic
Lens " on page 23 .
VESA DIN-3 connector for 3D RF Emitter cable.
AR
User Guide
11
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