Features
HDCP 2.2, bidirectional EDID/HDCP communication, 18 Gbps total bandwidth, low power and no external supply.
产品特性
支持HDCP 2.2、双向EDID/HDCP通信、18Gbps总带宽、低功耗且无需外接电源。
Applications / 应用
Computers, TVs, projectors and displays requiring long-distance HDMI transmission.
电脑、电视、投影仪与显示器的长距离HDMI传输。
Active Optical HDMI Advantages
- Long distance without signal loss: copper HDMI starts degrading beyond roughly 10-15 m; the LBS-2000 active optical design maintains a clean 4K signal over much longer runs
- HDCP 2.2 compliant: works with streaming devices, media players and projectors that enforce protected content
- Bidirectional EDID/HDCP: the display can identify the source correctly and both sides negotiate protected content reliably
- 18 Gbps bandwidth: supports 4K60 4:4:4 / HDR where the source and display allow it
- Low power, no external supply: the cable draws power from the HDMI port itself, so no separate power injector is needed
Applications
- Fixed AV installation: projector and display feeds across boardrooms, classrooms and houses of worship
- Digital signage: long runs from player to screen in retail and transport environments
- Live events and rental: temporary camera-to-vision-mixer or screen feeds that need to be packed and re-deployed
- Conference and presentation: reliable laptop-to-display connections in meeting rooms
Related AV Cables
FAQ
How long can the LBS-2000 active optical HDMI cable run?
The LBS-2000 AOC supports long-distance HDMI transmission up to 200 m (custom lengths available), far beyond the practical limit of copper HDMI.
Does the cable need an external power supply?
No. The active optical design is powered from the HDMI source port, so no separate power injector is required.
Is the LBS-2000 compatible with 4K sources?
It supports 18 Gbps bandwidth with HDCP 2.2, so it can carry 4K60 4:4:4 / HDR signals when both source and display support them.
Can I get custom lengths for a fixed installation?
Yes. Custom lengths are available for project orders. Contact LBS sales with your exact run distance and connector requirements.
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