A compact, low-power development board powered by the Intel® MAX10 10M50DAF484C7G. With 512 MB DDR3, 128 MB QSPI Flash, dual 12-bit ADCs, MIPI CSI/DSI, Gigabit Ethernet and a 40-pin GPIO header ” engineered for embedded vision, AI-at-the-edge, DSP acceleration, and IoT prototyping.
Powerful. Low-Power. Built for the Edge.
Combining Intel's trusted MAX10 FPGA fabric with high-speed memory, dual integrated ADCs, and a complete multimedia peripheral set, the MAX10 FLK board is a versatile development platform for engineers who need real-time processing, AI inference, and embedded vision ” without the complexity of larger FPGA families.
Specifications are based on the Intel MAX10 10M50DAF484C7G datasheet and Pantech hardware characterization.
High-performance Intel MAX10 FPGA platform designed for deterministic embedded processing, real-time applications, industrial automation, robotics, AI acceleration, and advanced digital system development.
High-throughput multiplier blocks for real-time signal processing.
Predictable, cycle-accurate timing for control and DSP loops.
DDR3-1600 bandwidth for video, AI tensors, and streaming data.
50K logic elements with integrated analog and instant-on config.
A balanced mix of logic density, DSP horsepower, integrated analog, and high-speed memory ” engineered for demanding embedded workloads.
50,000 Logic Elements and 144 × 18×18 multipliers deliver high-throughput DSP and parallel processing pipelines.
512 MB DDR3-1600 plus 128 MB QSPI NOR Flash deliver ~12.8 GB/s bandwidth for video, AI, and data streaming.
Dedicated MIPI CSI-2 camera input and MIPI DSI display output for embedded vision and HMI prototypes.
Two on-chip 12-bit ADCs enable sensor fusion, motor control, and data acquisition without external ADC chips.
Internal flash configuration powers the design in milliseconds with typical board power under 2 W.
The MAX10 FLK combines a 16-bit DDR3-1600 SDRAM with a 128 MB Quad SPI NOR Flash, giving you both high-bandwidth streaming and reliable non-volatile configuration/boot storage.
~12.8 GB/s bandwidth for video buffers, AI tensors, and DSP frames.
Reliable non-volatile storage for bitstreams, bootloader, and assets.
Two bitstream images in internal flash enable safe firmware update and rollback.
Dedicated oscillators for the system logic and the DDR3 memory controller.
Capture logic in Verilog, VHDL, or platform designer using Intel Quartus Prime, with built-in IP for DDR3, NIOS II, and common peripherals.
Boot a tested Yocto/Buildroot image with pre-built device tree overlays for DDR3, Ethernet, USB, and MIPI interfaces.
Enable cameras, displays, sensors, and audio using the supplied drivers, examples, and pin-mux utilities.
Deploy quantized TensorFlow Lite models, OpenCV pipelines, or custom RTL accelerators for real-time inference.
Update bitstreams and Linux images remotely with dual configuration image support for safe rollback.
Explore complete hardware specifications while inspecting every angle of the development board through a high-resolution interactive gallery.
All specifications are taken from the Intel MAX10 10M50DAF484C7G datasheet and Pantech FLK hardware reference manual.
MIPI camera input with on-chip ISP/DSP for real-time object detection and tracking.
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Quantized TensorFlow Lite models running alongside a NIOS II host on the MAX10 fabric.
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Dual on-chip ADCs with deterministic DSP for PLCs, drives, and sensor fusion.
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Low-cost, fully documented platform for university labs and student projects.
Learn MoreFrom FPGA design services and industrial design to embedded firmware, AI integration, digital platforms, and lifecycle support, Pantech brings multidisciplinary engineering together to ship FPGA-based products faster.
RTL, IP, verification
Schematic, PCB, bring-up
AI, IIoT, edge inference
Cloud, APIs, dashboards
Testing, support, lifecycle
Whether you need an embedded vision prototype, an edge-AI accelerator, or a DSP-heavy design, the MAX10 FLK board gives you the performance, I/O and software support to go from idea to working hardware quickly.