DVI USB over IP CAT6/Optical Extender Distributor
9DU DVI・USB2.0 over IP CAT6/Optical Extender Splitter
DVI USB2.0 over IP extender and distributor. Extends and distributes remote PCs using CAT6, MMF, and SMF. Compatible with HDMI models.
**Overview** ◎ DVI and USB over IP extender and distributor Supports USB HID (keyboard, mouse) and USB 2.0 devices (storage, printer, barcode reader, etc.) ◎ Audio input/output, bidirectional RS232, unidirectional IR support ◎ With CAT6 cable, one-hop distance of 125m, further extension possible with gigabit Ethernet switch (jumbo frame support not required) ◎ Fiber optic use available (standard is 1LC MMF for 2km or 1LC SMF for 20km. Can be changed to 2LC, 1SC, etc. by replacing SFP module.) ◎ Active signal resolution and refresh rate are 3840x2160@30, HDCP compliant. Embedded audio is also supported. ◎ EDID capture capability ◎ Compatible with 9HU (HDMI model) transceivers * Same internal structure as 9HU
Inquire About This Product
basic information
【Specifications of Each Unit】 Video: Maximum resolution 3840x2160@30, HDMI1.4, HDCP compliant Audio: DTS/HD/Dolby-trueHD/LPCM7.1/DTS/Dolby-AC3/DSD RJ45: Gigabit Ethernet Using CAT6 cable, one-hop 125m Optical Interface: Standard 1LC MMF 2km or 1LC SMF 20km Wavelength: 850nm/1310nm/1550nm Power Consumption: 3W or less Power Adapter: 12V/2A Weight: 1.2 kg Size (L×W×H): 131×93×32 mm Housing Material: Aluminum Operating Temperature: -15˚C ~ 55˚C Storage Temperature: -40˚C ~ 80˚C Relative Humidity: 0 ~ 95% RH (without condensation) Safety Standards: FCC, CE, RoHS 【Notes】 DVI transmitter (9DU-TX) and HDMI receiver (9HU-RX), HDMI transmitter (9HU-TX) and DVI receiver (9DU-RX) are compatible. Mixed use is allowed.
Price range
P2
Delivery Time
P4
Applications/Examples of results
○ Factory, production management ○ Energy infrastructure ○ Hotels, conference venues, commercial facilities ○ Educational and training facilities ○ Government offices, municipalities ○ Medical and welfare facilities ○ Broadcasting, post-production, studios ○ Transportation and traffic-related uses
Detailed information
-
1. Simple extension
-
2. Distribution Extension
-
DVI Transmitter (9DU-TX) Front a. Video LED (Yellow) b. Link LED (Green) c. Power LED (Red) d. USB Type-B (PC Connection) e. Ground Terminal f. DVI Input (PC Connection) g. Audio Input (3.5mm Mini Jack) h. Microphone Output (3.5mm Mini Jack)
-
DVI transmitter (9DU-TX) rear i. Optical fiber port 1 standard LC, compatible with both MMF/SMF, SFP module replaceable j. LAN port (RJ45) k. IR output (3.5mm mini jack) l. RS232 connection port (3-pin Phoenix connector) m. Power jack (12V)
-
DVI Receiver (9DU-RX) Front 1. Video LED (Yellow) 2. Link LED (Green) 3. Power LED (Red) 4. USB Type-A x 2 5. USB Type-A x 2 *All four ports mentioned above (4 and 5) are USB 2.0 compliant 6. Ground Terminal 7. DVI Output (Display Connection) 8. Speaker Output (3.5mm Mini Jack) 9. Microphone Input (3.5mm Mini Jack)
-
DVI Receiver (9DU-RX) Rear 10. Fiber Optic Port 1 LC standard, usable for both MMF/SMF, SFP module replaceable 11. LAN Port (RJ45) 12. IR Input (3.5mm Mini Jack) 13. SW3 - USB device usage rights secured (when connecting one to many) - RS232 data rate selection (determined by pressing SW2) 14. SW2 - OSD menu selection - EDID update - Microphone input usage rights secured (when connecting one to many) 15. RS232 Connection Port (3-pin Phoenix Connector) 16. Power Jack (12V)
Line up（3）
| Model number | overview |
|---|---|
| 9DU | DVI・USB2.0 over IP CAT6/Optical Extension Distribution Transmitter and Receiver Set |
| 9DUｰRX | DVI・USB2.0 over IP CAT6/Optical Extension Distribution Additional Receiver |
| 9HUｰRX | HDMI 4K・USB2.0 over IP CAT6/Optical Extension Distribution Additional Receiver ＊Reference https://www.subsystems.jp/extender-splitter/hdmi-usb/ |
Company information
Sales, support, and consulting for video cables and video/computer peripherals (imported products).
![Multi-rate compatible 1 input 6 output SDI distributor [1000SD]](https://image.mono.ipros.com/public/product/image/078/2000163545/IPROS8949776835843308270.jpg?w=280&h=280)
