Quick Takeaways
- Premium-grade digital cockpit visuals are now achievable on cost-efficient automotive SoCs without compromising performance.
- The Kanzi–AM62P demo highlights how software optimization can substitute brute-force hardware in next-generation instrument clusters.
On January 7, Rightware confirmed support for the AM62P automotive-grade system-on-chip in its digital cluster solutions, highlighting compatibility with the Texas Instruments platform. The announcement was accompanied by a live demonstration of a premium cockpit experience developed using Kanzi and executed on the cost-efficient AM62P SoC.
The Rightware Kanzi AM62P automotive digital cluster showcases how advanced visual quality can be achieved without relying on high-end hardware. The demo will be available for hands-on viewing at Embedded World 2026, offering visitors a close look at next-generation instrument cluster capabilities.
Rightware Kanzi AM62P Automotive Digital Cluster Performance
The demonstration cluster delivers a rich, modern graphical interface operating at 60 frames per second, with smooth and highly responsive animations. Such visual performance is typically associated with significantly more powerful hardware platforms.
Key performance highlights include:
Through intelligent resource management and precise hardware mapping, Kanzi achieves an exceptional balance between visual complexity and system efficiency. This approach enables automotive OEMs and suppliers to deliver premium cockpit experiences while maintaining strict cost and power targets.
The Rightware Kanzi AM62P automotive digital cluster showcases how advanced visual quality can be achieved without relying on high-end hardware. The demo will be available for hands-on viewing at Embedded World 2026, offering visitors a close look at next-generation instrument cluster capabilities.
Rightware Kanzi AM62P Automotive Digital Cluster Performance
The demonstration cluster delivers a rich, modern graphical interface operating at 60 frames per second, with smooth and highly responsive animations. Such visual performance is typically associated with significantly more powerful hardware platforms.
Key performance highlights include:
- Optimized rendering pipeline aligned with AM62P architecture
- Efficient GPU and CPU core utilization
- Low memory consumption with reduced latency
- Support for advanced visual effects on cost-sensitive hardware
Through intelligent resource management and precise hardware mapping, Kanzi achieves an exceptional balance between visual complexity and system efficiency. This approach enables automotive OEMs and suppliers to deliver premium cockpit experiences while maintaining strict cost and power targets.
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