In this webinar, Texas Instruments and PHYTEC show how the Sitara AM62L and AM62P processors, combined with PHYTEC's FPSC (Future Proof Solder Core) standard, give developers a flexible path from simple, low-power IoT designs to GPU-accelerated graphical applications, all without a carrier board redesign.
Attendees will see a live side-by-side graphics demo comparing both processors running identical LVGL-based UIs, get an inside look at a handheld device taken from concept to prototype in under six weeks, and learn how PHYTEC's shared Yocto BSPs make switching between modules fast and painless.
Whether you're early in your design process or evaluating an upgrade path, this session will show you how to get to market faster keeping your hardware options open with less risk.
In this session, you'll learn how to:
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Reuse hardware across multiple performance tiers
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Simplify software migration with shared Yocto BSPs
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Reduce development risk and accelerate time-to-market
You'll also see:
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Side-by-side LVGL graphics demo comparing phyFLEX-AM62L and phyFLEX-AM62P SOMs
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Real-world migration examples between AM62L and AM62P platforms
Featured Products:
Speakers
True Loan, Applications Engineer in Customer Engineering, PHYTEC
True Loan is a highly skilled Applications Engineer at PHYTEC. He works with Texas Instruments Arm-based processors daily, supporting PHYTEC's wide range of customers. With expertise in hardware and software combined with enthusiasm, True provides hands-on help for customers bringing their product ideas to life.
Andrei Aldea, Systems Engineer - Sitara Ecosystem, Texas Instruments
Andrei is the systems engineer responsible with nurturing the processors ecosystem at Texas Instruments, he is passionate about collaboration and enabling people and devices to work together seamlessly. With a background ranging from design of TI EVMs to Linux device drivers, Andrei is an active Armbian maintainer and representative in SGET and other standards bodies for TI.
