on 01-29-202406:31 PM - edited
17 hours ago
by ZenBot
[NUC] Display Configurations for Multiple Displays to NUC Rugged Chassis Element CMCR1ABC
Click or the topic for details:
Known Limitations
CMCR1ABC NUC Chassis Element does not support bezel compensation when sharing ports that are a part of a single stream transport (SST) splitter. See below for reference.
For example, when using more than one HDMI port that are part of Splitter A (A, A2, A3), bezel compensation will not be supported. However, if using one of the A ports together with any of the B ports, bezel compensation is supported.
CMCR1ABC NUC Chassis Element does not support portrait orientation on individual displays when using more than one display per group.
Two Display Configuration
Group A HDMI ports are configured as A, A2, A3 and Group B HDMI ports are configured as B, B2, B3
Three Display Configuration
Group A HDMI ports are configured as A, A2, A3 and Group B HDMI ports are configured as B, B2, B3
Four Display Configuration
Group A HDMI ports are configured as A, A2, and A3. Group B HDMI ports are configured as B, B2, and B3
Six Display Configuration
Group A HDMI ports are configured as A, A2, A3 and Group B HDMI ports are configured as B, B2, B3
The integrated graphics on the Compute Element has two DDI streams for display out.
The NUC Chassis Element, CMCR1ABC, contains two single stream transport (SST) Splitters, each accepting a single DDI lane.
Each SST splitter combines up to three physical 1920x1080 monitors into one 5760x1080 (triple wide) display.
Depending on the number of monitors connected, Windows will see up to 2 (triple wide) displays.
The 2 triple wide displays can be oriented side by side or stacked one on top of the other, as shown below.
The platform supports up to 6 monitors to generate 2 triple wide displays. Asus recommends to use 6 monitors of the same model.
The product was designed for menu board and display wall use cases. The OS sees 2 triple wide displays. Digital signage software can simplify content management.