Author Archives: sundancedsp

Model Zoos and Ready-to-Run Models on Vitis AI Introduction to Part 3 Okay, so you’ve got the basics down in parts 1 and 2. Now let’s talk about the model zoo, it’s basically a big collection of ready-to-go AI models that people have already trained and optimized. Instead of building everything from scratch, you grab […]

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When you spend enough time around life-dependent systems, one thing becomes obvious: safety isn’t a feature. It’s the foundation. If a music app crashes, it’s annoying. If a medical device fails, someone can die. Same story in a car. At highway speed, you’re trusting software to help steer, brake, deploy airbags, and sometimes even make […]

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Machine-vision systems often rely on standardized high-speed interfaces to transfer image data from cameras to processing hardware. Two widely used standards are Camera Link and Camera Link HS. While both are designed for deterministic, low-latency image transport, they differ significantly in architecture, bandwidth, connectors, and implementation platforms. Camera Link: Overview and Key Characteristics Camera Link […]

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SundanceDSP is proud to announce that we have completed our first CMMC Level 2 Self-Assessment in accordance with DoD CMMC 2.0 requirements, meeting all applicable Level 2 assessment objectives, with senior official affirmation submitted in SPRS. A major milestone that reinforces our role as a trusted partner for customers across defense, aerospace, industrial, and advanced […]

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Edge AI Implementation: Bringing Intelligence to Hardware Introduction to Part 2 In Part 1 of this tutorial, we established the fundamental concepts of artificial intelligence, machine learning, and neural networks from the perspective of FPGA and embedded systems engineers. We explored model architectures, the distinction between trained and untrained models, and the computational challenges of […]

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Reno, Nevada — [1/27/2026] — Sundance, a leading provider of modular, FPGA‑based embedded computing solutions, today announced that its VNX+ to 3U VPX Adapter has completed manufacturing and is now ready for immediate shipment to customers worldwide. This marks the next major milestone following the company’s earlier introduction of the adapter, which enables seamless integration […]

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At the intersection of space exploration and electronic manufacturing lies a critical challenge: ensuring hardware reliability in the harshest environment known to humanity. This success story highlights how our engineering team’s expertise and flexible manufacturing capabilities helped a customer prepare their mission-critical hardware for space deployment through specialized manufacturing processes. The Challenge: Space-Grade Hardware Requirements […]

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Architectural Differences and Their Impact on VPX Systems Introduction AMD’s Versal™ Adaptive SoC architecture combines scalar processors, programmable logic, and AI Engines into a unified heterogeneous compute platform. Versal Gen 1 established this architecture and introduced AI acceleration across multiple product families, including AI Core and AI Edge. With Versal Gen 2, AMD evolves the […]

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A Foundation for FPGA and Embedded Systems Engineers Introduction As FPGA and embedded systems engineers, you’ve spent years mastering the intricacies of hardware design, timing constraints, resource optimization, and real-time processing. You understand the beauty of parallel processing, the importance of deterministic behavior, and the art of squeezing maximum performance from limited silicon resources. Now, […]

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