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Terminals Features
9
1. COMPUTER 1 IN/ Component Input Terminal
(Mini D-Sub 15 Pin)
(→ page 13, 125, 131, 166)
2. DisplayPort IN Terminal (DisplayPort 20 Pin)
(→ page 126, 166)
3. HDMI IN Terminal (Type A)
(→ page 126, 128, 132, 166)
4. BNC Input [R/Cr/CV, G/Y/Y, B/Cb/C, H, V] Termi-
nals (BNC × 5)
(→ page 125, 130)
5. BNC (Y/C) Input Terminal (BNC × 2)
(→ page 130)
6. BNC (CV) Input Terminal (BNC × 1)
(→ page 130)
7. USB Port (Type A)
(→ page 167)
(For future expansion. This port allows for power sup-
ply.)
8. HDMI OUT Terminal (Type A)
(→ page 129)
9. Ethernet/HDBaseT Port (RJ-45)
(→ page 133, 134, 167)
10. 3D SYNC Terminal (Mini DIN 4 Pin)
(→ page 40)
11. PC CONTROL Port (D-Sub 9 Pin)
(→ page 167, 173)
Use this port to connect a PC or control system.
This enables you to control the projector using serial
communication protocol. If you are writing your own
program, typical PC control codes are on page 173.
8
12
13
11
3
2
6
10
12. REMOTE Terminal (Stereo Mini)
Use this jack for wired remote control of the projector
using a commercially available remote cable with ⌀3.5
stereo mini-plug (without resistance).
Connect the projector and the supplied remote control
using a commercially available wired remote control
cable.
(→ page 11)
NOTE:
• When a remote control cable is connected to the REMOTE
terminal, infrared remote control operations cannot be per-
formed.
• Power cannot be supplied from the REMOTE terminal to the
remote control.
• When [HDBaseT] is selected in the [REMOTE SENSOR]
and the projector is connected to a commercially-available
transmission device that supports HDBaseT, remote control
operations in infra-red cannot be carried out if transmission
of remote control signals has been set up in the transmission
device. However, remote control using infrared rays can be
carried out when the power supply of the transmission device
is switched off.
13. SLOT
(→ page 157)
8
1. Introduction
1
7
5
4
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