01
Glanceable information
Prioritize speed, status, warnings and essential controls around short viewing time.
Two-Wheeler & Light EV
Design a cluster that fits the ride, not just the screen.
Two-wheeler and light-EV HMIs must balance glanceable information, startup behavior, graphics, vehicle interfaces and connectivity within a compact embedded system.
What matters first
Clarify the product constraints before choosing components.
Use these questions to narrow the HMI workload, then compare compute, display, GUI and engineering paths.
02
Startup behavior
Define how quickly useful vehicle information must appear after power-on.
03
Vehicle interfaces
Map CAN, serial, sensors and connectivity needs before selecting the compute platform.
04
Graphics workload
Separate simple gauges from richer animation, maps, media or connected features.
Architecture options
Let the workload decide the architecture class.
A focused serial or MCU interface, a richer RTOS HMI and an application-class Linux system solve different problems. The HMI Selector uses the rest of your brief to narrow the starting point.
Smart Display / Compact MCU
For focused control and status interfaces where integration effort, startup and cost matter strongly.
Performance RTOS HMI
For richer graphics, more pages and broader I/O while retaining an embedded real-time product model.
Embedded Linux HMI
For complex workflows, larger software stacks, networking, media or application-style functionality.
Reference demo
2W cluster reference demo
The existing 5-inch 2W cluster demo provides a concrete reference for gauges, status pages and settings on an embedded HMI platform.
Planning a product in this category?
Start with the application brief, not a fixed processor.
Use the selector for an initial architecture direction, or share the project constraints for a more specific discussion.