Who Needs External Memory?
Unlocking the Full HMI Potential
of TRAVEO™ T2G
How do you build a premium instrument cluster — map streaming, ADAS visualisation, complex animations — without relying on external memory? This session, presented by Crossware COO Sumer Bains alongside Infineon, shows how it's done in production programmes today.
Crossware demonstrated two live clusters: a two-wheeler with live map streaming, and a passenger car with integrated ADAS visualisation — both running entirely from internal memory on Infineon TRAVEO™ T2G.
Watch the full session on Infineon's website
This webinar is available on demand. Registration on Infineon's platform is required to access the recording.
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Two production-grade clusters. Internal memory only.
Both clusters shown in this webinar are representative of production programmes Crossware has delivered. Neither uses external memory — all assets, animations and rendering run from TRAVEO T2G's internal flash and RAM.
Two-wheeler cluster with live map streaming
A two-wheeler instrument cluster demonstrating real-time map tile streaming on Qt for MCUs — the same engineering approach used in Project Eclipse, co-developed with Qt Group and Infineon. Live navigation with dynamic map updates, without external memory.
Passenger car cluster with ADAS visualisation
A passenger vehicle instrument cluster with integrated ADAS overlays — forward collision warnings, lane detection and target vehicle tracking — rendered in Qt for MCUs entirely within the TRAVEO T2G's internal memory budget.
What this session covers for embedded HMI engineers.
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01
Memory-aware UI architecture for MCU clusters
How to design a Qt for MCUs application that respects the flash and RAM envelope of internal memory — asset budgeting, rendering strategy and UI architecture decisions that determine whether a cluster fits in internal memory or not.
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02
Asset optimisation for internal-memory targets
Practical techniques for reducing the binary footprint of images, animations and fonts on Qt for MCUs — JPEG decoder enablement, delta frame encoding, font subsetting and texture compression to fit a visually rich cluster within budget.
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03
Efficient rendering on TRAVEO T2G
How Crossware exploits the hardware rendering layers and 2D GPU of TRAVEO T2G to deliver production frame rates — layer composition strategy, hardware accelerated paths and the rendering decisions that make 30+ FPS achievable without external memory.
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04
Shortened development cycles with Crossware's expertise
As Infineon's Preferred Design House, Crossware brings direct production experience on TRAVEO T2G to customer programmes — reducing the time to a working, optimised Qt for MCUs implementation on the platform.