Lattice Semiconductor’s Post

IoT and edge data capture implementations continue to proliferate, enabled by increasingly capable RISC-V and other low power, embedded processor technologies. Codasip All About Circuits #RISC #IoT #processors https://lnkd.in/egWkA6WX

Intel® Core™ processors of the 12th/13th generation ensure a significant increase in performance in industrial applications with the compact Rackmount PC in 1U format. Kontron a leading global provider of IoT/Embedded Computer Technology (ECT), presents the KISS 1U V4 ADL Rackmount PC, a particularly compact member of the KISS product family for demanding industrial applications. The robust and space-saving 1U industrial computer scores with a motherboard developed and manufactured in Germany based on 12th/13th generation Intel® Core™ processors and thus with more performance, increased reliability and better energy efficiency. This makes it particularly suitable for use in demanding industrial environments, as well as for high-end image processing and SCADA/MES applications, but also in person-related areas such as control technology and medical environments. The powerful systems of the KISS V4 ADL series are based on Kontron motherboards with Intel® Core™ i9/i7/i

Intel® Core™ processors of the 12th/13th generation ensure a significant increase in performance in industrial applications with the compact Rackmount PC in 1U format. Kontron a leading global provider of IoT/Embedded Computer Technology (ECT), presents the KISS 1U V4 ADL Rackmount PC, a particularly compact member of the KISS product family for demanding industrial applications. The robust and space-saving 1U industrial computer scores with a motherboard developed and manufactured in Germany based on 12th/13th generation Intel® Core™ processors and thus with more performance, increased reliability and better energy efficiency. This makes it particularly suitable for use in demanding industrial environments, as well as for high-end image processing and SCADA/MES applications, but also in person-related areas such as control technology and medical environments. The powerful systems of the KISS V4 ADL series are based on Kontron motherboards with Intel® Core™ i9/i7/i

Explore the latest developments in #embedded modules featured in this Electronic Products article from Embedded World 2024. Highlighting our new Digi ConnectCore® MP25 SOM, based on the STMicroelectronics STM32MP25 edge-AI microprocessor (MPU), it targets computer-vision applications in sectors such as #industrial, #medical, #energy and #transportation. To learn more, read the full article: https://hubs.la/Q02tHkLm0 #TechNews #AI #IoT #Industry40 #EW24

Every month, EFY Magazine brings you Exclusive Truly Innovative Electronics. "Truly Innovative Electronics" is an initiative to spotlight genuinely innovative electronics amid the sea of generic products. 🔎 Let's look at the Truly Innovative of the Month: Introducing xMEMS Labs' groundbreaking innovation - the Cypress solid-state MEMS speaker. Transforming the audio landscape, Cypress employs ultrasonic amplitude modulation to revolutionize sound quality in earbuds and redefine noise-cancelling technology. Microchip introduces the PIC18-Q24 Family of Microcontrollers (MCUs), a breakthrough in securing cloud-connected devices. With advanced features like PDID, MVIO, and an Immutable Bootloader, these MCUs offer unparalleled firmware protection and efficient system management. GigaDevice Semiconductor Inc. introduces the GD32VW553 Combo Wireless MCU series, a cutting-edge solution for wireless applications in smart homes, IoT, and industrial systems. Powered by the RISC-V core, this series features Wi-Fi 6 and Bluetooth LE 5.2 compatibility, elevating wireless connectivity with RFIC. Nordic Semiconductor introduces a breakthrough in location solutions with the nRF7000 Wi-Fi companion IC, enhancing IoT development. This innovative chip combines Wi-Fi, cellular IoT, and GNSS, offering a streamlined solution for Wi-Fi-based location applications. NXP Semiconductors introduces the Trimension NCJ29D6, an all-in-one automotive Ultra-Wideband chip family, revolutionizing vehicle technology. Credo introduces the Dove 850, an 800G Digital Signal Processor (DSP) IC designed for Linear Receive Optics (LRO) or Half-retimed Linear Optics (HALO). This unidirectional DSP, tailored for 8 x 112 Gb/s in LRO systems, transforms AI data centers and optical connectivity with unparalleled energy efficiency. Picocom introduces the PC805 System-on-Chip (SoC), a game-changer for 5G small cell Open RAN radio units (O-RUs) across diverse deployment scenarios. Designed to enhance efficiency, reduce costs, and ensure compatibility. Alif Semiconductor introduces its Ensemble product line, featuring 32-bit microcontrollers and fusion processors, designed to elevate AI performance in Edge Machine Learning (ML) applications while maintaining efficient energy consumption. STMicroelectronics has introduced the STM32WL3, a microcontroller that merges wireless design with the STM32 architecture, offering power-saving features to extend battery life beyond 15 years. Specifically designed for remote applications such as metering, monitoring devices, and data collection DEEPX introduces the DX-M1 module, revolutionizing edge devices with advanced AI capabilities, cutting-edge algorithms, and cost-efficient AI chip solutions. The DX-M1 module is set to transform unmanned industrial sites, social infrastructure, and everyday life. For such Exclusive and Premium content, Get YOUR EFY Magazine Now: https://efy.co.in/9lsOWs #TrulyInnovative #EFYMagazine #TechTrends

The list of top-searched 20 chips from January to June 2024 Among the top 20 search chips, most of them are power management chips, which highlights the ongoing demand for efficient and reliable power solutions in electronic design. The top3 chip models—UC3842, LM358, and TL431, including UC3842, 3842, 3842B, TL494, LM317, AMS1117, etc. Covered manufacturers include TI, ON Semiconductor, ST, NXP, Tyco, Diodes, UTC, etc. The MCU products on the list are mainly from STMicroelectronics, especially the STM32 series, which are widely used in open source hardware projects. By component type, power supply chips dominate the statistics, comprising 39.02% of the hot-searched products. This is followed by discrete devices, including transistors and diodes, at 31.71%. The remaining types account for a smaller proportion but still represent essential components in electronic design. Power Supply Chips (39.02%): These include voltage regulators, PWM controllers, and other components essential for managing power in electronic devices. Discrete Devices (31.71%): This category includes transistors, diodes, and other basic components that are crucial for building electronic circuits. Despite their simplicity, they are fundamental in both analog and digital electronics. Other Types: Amplifiers/Comparators: Used for signal amplification and comparison, crucial in analog signal processing. Optocouplers: Used for isolating different sections of a circuit to protect against high voltage and interference. Motor Drives: Essential for controlling motors in various applications, from industrial machinery to consumer electronics. Power chips, amplifiers/comparators, optocouplers, motor drives, and even discrete devices fall under the broad category of analog devices. These components are pivotal in handling continuous signals and are integral to both power management and signal processing. The chip market in 2024 has shown a robust recovery from the downturn experienced in 2023. Several key factors have contributed to this resurgence, driven primarily by the accelerating global digital transformation and the rapid development of emerging technologies such as artificial intelligence (AI), the Internet of Things (IoT), and cloud computing. Key Market Trends: 1, Increased investment in semiconductor manufacturing. 2, Companies are diversifying their supply chains to reduce dependency on a single source or region. This strategy helps mitigate risks associated with geopolitical tensions and supply chain disruptions. 3, There is a growing focus on developing energy-efficient solutions. This trend is crucial for applications in portable devices, electric vehicles, and sustainable technologies. 4, The industry is witnessing innovations in chip design. Semiconductor /drone broker: YM Innovation Technology (Shenzhen) Co.,Ltd Tel: 86-159 1983 2063 (Wechat/Whatsapp) Email: semibroker@foxmail.com chipspotbroker@gmail.com

🚀 Excited to share my latest project! 🚀 I recently completed a comprehensive project showcasing the capabilities of the AES-ACC-DPEMMC-G module. This versatile expansion module, known for its DisplayPort capabilities and 32 GB of eMMC memory, extends its utility beyond video output, enabling it to boot an operating system. 🔧 Project Highlights: 1- Board Specifications: Detailed technical specifications of the AES-ACC- DPEMMC-G. 2- PetaLinux Installation: Step-by-step process of downloading and flashing PetaLinux image on a Micro SD card. 3- High-Speed I/O with Dual GTR: Utilization of the module's high-speed I/O capabilities. 4- Boot Process: Instructions for booting the ZU board from the AES-ACC-DPEMMC-G module. 📦 Unboxing: Initial examination and unpacking of the module. 🔌 Additional Hardware: ZU Board 1CG, USB C adapter, Micro USB for JTAG, Micro SD card, Mini DPU to HDMI/DPU cable/adapter. 💻 Required Software: PetaLinux (2022.2), Balena Etcher, Minicom. 🔍 Key Features: 32 GB eMMC Memory for OS and data storage. DisplayPort Interface supporting up to 4K x 2K @ 30 fps. GPIO LEDs for basic UI functions and debugging. 🔗 Project Steps: Flashing PetaLinux on a Micro SD card. Booting the ZU Board. Connecting and configuring the AES-ACC-DPEMMC-G. Loading and booting PetaLinux from the eMMC. 📈 Conclusion: This project successfully demonstrated the AES-ACC-DPEMMC-G's capabilities, proving its essential role for developers working on FPGA-based systems, especially in embedded computing, IoT, and AI. The integration with the ZU Board enhances system performance, making it a valuable asset for advanced multimedia applications. I'm thrilled with the outcomes and look forward to applying these learnings in future projects. Check out the full project details below! https://lnkd.in/dZnnm8C8 #FPGA #EmbeddedSystems #IoT #AI #PetaLinux #TechProjects #ComputerEngineering #HardwareDevelopment #Xilinx #Avnet #AMD

Microcontrollers are the hidden brains behind every smart device, from your thermostat to your car's safety systems. 🚗💡 But what really makes them so powerful? Discover how these tiny chips control real-time operations, optimize power, and keep your devices running smoothly in our latest blog post. 👉 Read More: https://lnkd.in/g9Y_FHu6 #EmbeddedSystems #TechExplained #IoT #Microcontrollers #Partstack

🔒 Embedded Security with STM32H7S: A Comprehensive Guide 🔒 Are you working on embedded systems ? Curious about enhancing security in your designs ? Look no further! I’ve just published a detailed guide on STM32H7S security features, and it’s a must-read for all embedded engineers. In this article, we dive into the following key points: High Performance: The STM32H7S operates at a blazing 600 MHz, making it ideal for demanding applications. Bootflash Support : Say goodbye to traditional boot ROM limitations! The STM32H7S embraces bootflash, allowing flexibility in booting and firmware updates. On-the-Fly Decryption : The STM32H7S can decrypt and encrypt data directly from RAM. This feature ensures both performance and security. Secure Boot and Lifecycle Management : Learn how to secure your firmware updates and manage the lifecycle of your embedded devices effectively. Applications: Whether you’re building IoT devices, medical instruments, or industrial control systems, the STM32H7S has you covered. Read the full article here: Embedded Security with STM32H7S Feel free to share your thoughts and insights! Let’s strengthen the embedded community together. 🤝 #embedded #security #STM32H7S #IoT #engineering #STM32 #cybersecurity https://lnkd.in/eZ5uhziN