Mini 4KX2K DVI Fiber Transceiver SM10-80KM Manual EDID
Advantage
► Support DVI 1.0 and HDMI v1.4
► Support learns and stores the display EDID info
► Support resolutions up to 3840x2160/30P
► 7.1 channel LPCM, 192 kHz, 24-bit
► Support 3840*2160/60P(YUV 420)
► Plug and Play ,Built-in EQ(Receiver)
Overview
E-link Mini 4Kx2K DVI is High-Definition Multimedia Interface recently has become increasingly popular in
the application of video and audio transmission system, DVI Fiber Optic Extender uses one fiber without
any copper wire inside, where radio frequency interference phenomenon is literally ruled out, which shows
the advantage of high performance and good signal quality as well as low cost.
The LNK-D4K-SM series is a high performance 4K Optical Extender that transmits high resolution DVI signals
over extreme distances using one fiber. This extender supports HDMI v1.4 signals with resolutions up to
4K (3840*2160/30p) over cable distances up to 80km (default 1.4km).
Picture
Technical Indexes
| Parameter | Specifications |
| Compliance | DVI1.0,HDMI v1.4 |
| Bandwith | 10.2 Gbps |
| Supported Resolutions | 3840x2160/30P,3840*2160/60P(YUV 420), 4096*2160/60P(YUV 420) |
| Digital Audio Support | 7.1 channel LPCM, 192 kHz, 24-bit audio capability |
| Connections |
| DVI Input / DVI Output | 1x DVI-D 18+1 Male connector |
| Optical | 1x SFP+ port |
| Cable |
| Fiber Cable | 9/125μ Single-Mode Fiber:≤80Km(default 1.4km) |
| DDC Support |
| EDID Support | An EDID memory built into the Tx module can learn and store the display EDID info. |
| HDCP Pass-through Support | Does not support the HDCP and CEC |
| Mechanical |
| Construction | High-impact Alufer enclosure |
| Dimensions (L x W x H) | 69mm x 42 mm x 18.2 mm |
| Net Weight | LNK-D4K-SM-S: 100 g LNK-D4K-SM-R: 100 g |
Application
Ordering Information
| Model | Description |
| LNK-D4K-SM-S | Mini 4KX2K DVI Fiber Sender Manual EDID,DC5V1A |
| LNK-D4K-SM-R | Mini 4KX2K DVI Fiber Receiver Manual EDID,DC5V1A |
Product Tags:
|
|
Mini 4KX2K DVI Fiber Transceiver SM10-80KM Manual EDID Images
|
