Beyond the Bitstream: Streamlining Heterogeneous Computing with the MLE FPGA Full System Stack

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Beyond the Bitstream: Streamlining Heterogeneous Computing with the MLE FPGA Full System Stack

July 16, 2026Technical PublicationsAlpha Data, AMD RFSoC, AMD Versal, Application Design Example, Board Files, Driver, FPGA Full System Stack, FPGA SoM, IP Core, Network Acceleration, Storage Acceleration, trenz

Presentation at FPGA Conference 2026, Munich, Germany, June 30 – July 2, 2026

Beyond the Bitstream: Streamlining Heterogeneous Computing with the MLE FPGA Full System Stack (FFSS)

As the demand for domain-specific architectures grows, FPGAs have become essential for offloading compute-intensive tasks in networking, storage, and automotive sectors. However, the “Integration Gap”—the months of engineering effort required to build reliable PCIe/DMA infrastructure, kernel drivers, and memory management—often acts as a barrier to entry.

This presentation introduces the Missing Link Electronics (MLE) FPGA Full System Stack (FFSS), a pre-validated, cross-platform framework designed to eliminate architectural “plumbing” and accelerate application-specific development.

To learn more about the details, download the slides below or contact us for more information.

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