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7 5V DC Locking Power Connector Connect the included 5V DC Locking Power Supply to this receptacle. 5 RECEIVER UNIT LAYOUT Front 1 4 2 3 5 Back 76 8 6 RECEIVER UNIT DESCRIPTIONS 1 RS-232 Output Port Connect a controlling device to this port. 2 Locking HDMI Output Port Connect a HDTV display to this HDMI port 3 IR Window Receives signals from the Hi-Def source IR remote control unit. The IR signals are sent back to the source device, when using an IR Blaster. 4 Calibration Indicator This LED will alternate from red to green during the calibration procedure. The LED will turn solid green once the calibration procedure has been completed. 5 Power Indicator This two-color LED will turn bright red once the included 5V DC locking power supply has been properly connected to the unit and the locking power supply has been connected to an available wall outlet. This LED will turn bright green once the Sender unit and Receiver unit are communicating correctly. 6 5V DC Locking Power Connector Connect the included 5V DC Locking Power Supply to this receptacle. 7 IR Extender Port Connect an IR Extender cable (Gefen part # EXT-RMT-EXTIR) to this port. 8 Fiber Optic Connector (SC-Type) This connector accepts 1 strand of SC-terminated fiber optic cable that will link the Sender Unit and Receiver Unit together. The Gefen Extender for HDMI 1.3 Over One Fiber with IR will only accept multi-mode fiber optic cabling. 7 CONNECTING AND OPERATING THE GEFEN EXTENDER FOR HDMI 1.3 OVER ONE FIBER WITH IR How to Connect the Extender for HDMI 1.3 over One Fiber with IR 1. Connect a Hi-Def source to the Sender Unit using the included Locking HDMI cable. Connect the HDTV display to the Receiver Unit with a user-supplied HDMI cable. 2. Connect an SC-terminated fiber optic cable to the Sender Unit. Connect the opposite end of the fiber cable to the Receiver Unit. 3. OPTIONAL: Connect an RS-232 cable from the RS-232 serial port on the controlling device to the RS-232 port on the Sender Unit. Connect another RS-232 serial cable from the RS-232 port on the Receiver Unit to the RS232 port of the RS-232 device. 4. I MPORTANT: Before connecting the power supplies to the Sender Unit and the Receiver Unit, see page 11 for information on calibrating the Sender Unit and Receiver Unit. After the Sender Unit and Receiver Unit have been properly calibrated, a vibrant HDTV HD picture will be seen, along with multichannel digital audio (if the display supports audio). Wiring Diagram for the Extender for HDMI 1.3 over One Fiber with IR SC-SC FIBER OPTIC CABLE (Up to 1,000 ft) HDMI CABLE RS-232 Sender RS-232 Controller Hi-Def Source Receiver HD Display with RS-232 Control IR IR Emitter IR Extender EXT-HDMI1.3-1FO 8 DIP SWITCH CONFIGURATIOIP SWITCH CONFIGURATION DIP Switches On the bottom of the Sender Unit and Receiver Unit are a bank of four (4) DIP switches. These DIP switches provide control over EDID, Deep Color, and unit Calibration. Remove the strip of tape to expose the DIP switches. To change the DIP switch settings, move the appropriate DIP switch to its ON or OFF position using a small pointed object. The DIP switches and their functions are shown below. Sender Unit DIP switches DIP Switch Function 1 EDID Mode: Local (OFF) or External (ON) 2 Deep Color Mode: 12-bit (OFF) or 8-bit (ON) 3 Calibration Mode: On (OFF) or Lock (ON) 4 NOT USED Receiver Unit DIP switches DIP Switch Function 1 NOT USED 2 NOT USED 3 Calibration Mode: On (OFF) or Lock (ON) 4 NOT USED 9 DIP SWITCH CONFIGURATIOIP SWITCH CONFIGURATION DIP 1 - EDID Mode • OFF - Local EDID When Local EDID mode is used, the EDID will be assembled by copying all video and audio features of the connected device. Deep Color support will be manually controlled: If Deep Color is supported by the display(s), DIP 2 should be set to the ON position (see DIP 2 - Deep Color, below). By default, the unit is shipped with DIP 1 in the OFF position. • ON - Pass-Through EDID Allows all video and audio features of the connected devices to be passed to the source device without control over Deep Color. DIP 2* - Deep Color NOTE: DIP switch 2 is only functional when DIP switch 1 is set to the OFF position. • OFF - Enables Deep Color support (12-bit color) Enables Deep Color support. In Pass-through EDID Mode, setting DIP2 = OFF has no effect since all EDID information is passed through. • ON - Forces 8-bit Color Disables Deep Color in the EDID. Deep Color management is only available when Local EDID is being used. DIP 3 - Calibration Mode • OFF - Enables Calibration Mode Enables Calibration Mode. Make sure to set DIP switch 3 on both the Sender Unit and Receiver Unit when calibrating the Extenders. See page 11 for details. • ON -Calibration Mode Lock Locks the calibration settings. Set DIP switch 3 on both the Sender Unit and Receiver Unit to the ON position after the calibration process has completed. See page 11 for details on the calibration process. 10 DIP SWITCH CONFIGURATIOIP SWITCH CONFIGURATION Calibrating th...