USB 3.2 Gen 2x1: High-Speed Design Made Simple
USB 3.2 Gen 2x1 delivers 10Gbps over a single lane, simplifying PCB design for embedded, FPGA, and IoT systems. Explore its benefits and dev tools.
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USB 3.2 Gen 2x1 delivers 10Gbps over a single lane, simplifying PCB design for embedded, FPGA, and IoT systems. Explore its benefits and dev tools.
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AI-Powered Engineering
Learn MoreAs data centers push toward PCIe Gen 6 performance, modern backplane connectors must deliver high-speed reliability and scalability for next-generation server systems.
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Intel 5th Generation 14nm Processors
Learn MorePCIe 5.0 looks fast in theory, but heat and power limits make PCIe 4.0 and 4-channel NAND the more reliable choice for industrial systems.
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Zero trust is expanding from IT to embedded systems. Engineers should assume every device is exposed online and protect it with built-in authentication, encryption, and secure updates.
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Edge AI and advanced sensors are redefining athletic performance, enabling real-time motion analysis, injury prevention, and smarter training through intelligent wearables and devices.
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Discover how Zero Trust Architecture reshapes security by focusing on identity, access control, and continuous monitoring to protect today’s dynamic, high-risk environments.
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48V power distribution, UPS systems, and immersion cooling can improve data center efficiency while reducing space and energy constraints.
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Xilinx Zynq®-7000 SoC First Generation Architecture
Learn MoreTransform workplace safety with SafeGear Check, an AI-powered PPE detector using Nicla Vision and Edge ML for real-time safety compliance.
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Discover how context-aware LLMs improve forecasting accuracy by integrating real-world data, including outages, weather, and retail promotions.
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Greenliant GLS85 NANDrive Embedded SSDs
Learn MoreHardware security keys offer phishing-resistant, passwordless authentication for enterprise, healthcare, and consumer devices.
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Engineers need fast, secure, low-power edge solutions. PolarFire® Core FPGAs balance cost, performance, and adaptability for high-volume applications.
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Capacitor failures in AI servers often stem from stress conditions like thermal cycling and high ripple currents. Components like YAGEO Group’s A798 series are designed for data center environments.
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Microchip Technology SmartFusion2 SoC FPGAs
Learn MoreEngineers at Chalmers University of Technology developed a pulsed quantum amplifier that activates only during qubit readout, reducing heat and power consumption in cryogenic quantum systems.
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Discover the Arduino UNO Q, a dual-processor board for Linux AI computing and real-time control. Powered by a Qualcomm MPU and STM32U585 MCU, it redefines embedded development.
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GitHub isn’t just for software. Discover how it optimizes hardware development for schematics, PCBs, firmware, and documentation, improving collaboration and traceability for embedded systems.
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Esports hardware engineers are designing for speed and low latency. See how components like 8000Hz keyboards, 540Hz monitors, and drift-free controllers are pushing the limits of gaming performance.
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Explore how Panasonic capacitors enhance power reliability, monitoring, and efficiency in generative AI data centers using 48VDC architectures.
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Agentic AI is transforming automation by enabling systems to plan and execute complex tasks with minimal human input. Learn how this technology impacts engineering, manufacturing, and more.
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Quantum computing is poised to transform gaming with immersive AR/VR, intelligent NPCs, and secure environments for next-gen entertainment.
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Texas Instruments AM574x Sitara Processors
Learn MoreAI-accelerated Renesas RA8P1 MCUs deliver high-performance edge AI and advanced security for real-time analytics, vision, and voice applications.
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