NCAB GROUP DVS’ Post

Hello   🔔 👀 Tomorrow (Thursday 10th), during 2 new WebTech by ChipSelect sessions, Macronix will enable you to learn more about usage and sizing FLASH memories in 🧠 AI applications.   💡 Whether you're using a processor, GPU and/or FPGA for this type of application, the associated memories must never be the weak point of your architecture, both in terms of pure performance and sizing, while respecting the economic constraints of your system.   👨🏫 Nicolas Rescanieres, technical specialist at Macronix, will provide you during these sessions (10am in French and 3pm in English) some keys 🔑 helping to avoid these issues.   ✨ On November 21, Mosfet technology enthusiasts will be able to attend a technical presentation by a specialist from our partner Diotec Semiconductor AG, then on November 28 ... NEW...., 2 new sessions planned with Semtech, to talk about PerSe capacitive proximity sensing technology for industrial and automotive applications.    📌 ⌚ See below the descriptions of these various sessions already planned, and of course, the links to register for those that interest you.    See you soon   ChipSelect. info@chipselect.fr #electronic #hardware #semiconductor #IA https://lnkd.in/dQ9EuR-D

Join us for an insightful presentation about Digital Radar by Bernhard Wandl at the FPGA Conference, who has been exploring this topic in cooperation with Hagenberg Campus - FH Upper Austria, Silicon Austria Labs (SAL), JKU and Infineon Technologies. 🔍 Bernhard will discuss the advanced features and applications of the AMD UltraScale+™ RFSoC FPGA series, highlighting a digital radar implementation. This series, with its high-end RF measurement capabilities and powerful FPGA fabric, is well-suited for digital radar applications. It includes 12-bit ADCs with a maximum sampling rate of 4 GSPS and 14-bit DACs with a maximum sampling rate of 6.5 GSPS. These high sampling rates, combined with the tight integration of the FPGA fabric, enable the transition of many signal processing tasks from the analog to the digital domain, utilizing direct digital synthesis for TX signal generation. 🚀 #P2L2 #FPGA #FPGAconference #Innovation #DigitalRadar #RFSoC #FHhagenberg

What do 5G, high performance computing and video processing all have in common? 🤷♂️ They all benefit from FPGA prototyping. FPGAs handle real-time, low-latency tasks with ease and can help you get to market faster. Wondering if it’s time to bring FPGA prototyping into your next project? Consider this your sign. ✨ #fpga #fpgaprototyping #fpgadesign #systemdesign #systemsengineer #embeddedsoftware #embeddedengineer #embeddedsystems

With its rich functionality and high performance, the XC7VX690T-2FFG1927I FPGA is widely used in applications requiring large amounts of computation, fast data processing, and high reliability requirements. Its high-density logic and storage resources, powerful signal processing capabilities, and flexible I/O options make it an excellent choice for a variety of high-end applications. #IC #semiconductor #electroniccomponents #integratedcircuit #activecomponents #transistor #diode #IGBT #Mosfet #MCU #pcbaassembly #chipdesign #icchips

🚀 Dive into the latest #FPGA trends! Register for Lattice Developers Conference to get access to 40+ presentations from industry experts to be at the forefront of FPGA innovation: https://bit.ly/3TnVpcH #LatticeDevCon24

👨🏫 The OPT 3D laser profiler scans the entire surface of an object without missing any nuances. With FPGA acceleration, the frame rate reaches over 32,000 frames per second, providing micron-level precision and high-speed scanning of the product details. Supports HDR technology, which can perform adaptive dynamic adjustments to adapt to various detection targets to obtain a more complete outline. 🌝Advanced algorithms such as 3D flatness detection and height measurement suit various 3D vision inspection application scenarios in semiconductors, dispensing, PCBs, and other industries. 💯 Follow OPT and learn more here:www.optmv.net #3Dlaserprofiler #HDRtechnology #3Dflatnessdetection #heightmeasurement #3Dvisioninspectionapplication #semiconductors #dispensing #PCBs

DAC is the biggest show for the chip design industry over the last 61 years and it is the industry that is the most complex and the most automated. Today, they called the slightest automation AI. They called it generative AI, we called it synthesis and P&R. They called it prediction we called it simulation. #asic #chip #semiconductor #ic #foundries #eda

We very much look forward to meeting you at embedded world Exhibition&Conference from March 11 to 13, 2025 in Nuremburg, Germany! “We’re putting together our new embedded demos to present at stand 146 in hall 3 at this key embedded event,” stated our Managing Director Andreas Widder. “This year’s highlights are our MSRZG3S SiP, featuring Renesas Electronics’ RZ/G3S family architecture, and ourMTrion SoM, based on Efinix, Inc.® Trion® FPGA.” 🌟 The MSRZG3S system-in-package with high-performance Cortex-A55/dual Cortex-M33 core combines compact design and a wide range of services, bringing low power consumption, thermal efficiency and low-cost to embedded systems. 🌟 MTrion system-on-modules are the ideal solution to get #FPGA projects to market quickly. The Mtrion SoMs support on-board DDR3 RAM, expose the MIPI-CSI and LVDS signals to the baseboard. They’re the ideal fit for digital-logic as well as RISC-V based softcore implementations. In addition, we’ll display our broad portfolio of embedded modules and solutions, including: 🌟 M100PF and M100PFS SoMs, relying on Microchip Technology Inc.'s PolarFire (SoC) FPGA architecture, with the M100PFS supporting four high-performance 64-bit RISC-V cores. The SoMs deliver 4K video and smart imaging, apply AI/ML and imaging to portable products. 🌟 MSMP1: low power, midrange #OSM-compliant system-in-package based on STMicroelectronics STM32MP1 family architecture offering high-performance single/dual CortexA7 cores in combination with a CortexM4 core 🌟 MRZG2LS und MRZV2LS: #SMARC V2.1 compliant system-on-modules based on Renesas RZ Family architecture offering high-performance for embedded systems. 📅 Save the date and meet us in Nuremburg! Please comment with “MEETING” or send us your preferred date via DM to set up a meeting. #embeddedsystem #industrial #PolarFire #ArtificialIntelligence #EmbeddedVision #embeddeddesign #riscv SGET e.V.

Article on "Artix 7" . . . The Artix-7 FPGA family by AMD's Xilinx division is designed for high performance and low power consumption in cost-sensitive applications. Utilizing a 28nm high-performance, low-power (HPL) process, these FPGAs significantly reduce power consumption compared to previous generations, making them ideal for portable medical devices, military radios, and wireless infrastructure. They offer leading system performance-per-watt, low-cost small-footprint packaging, and support various speed and temperature grades to meet commercial, industrial, and military standards. With up to 16 transceivers supporting data rates up to 6.6 Gbps and integrated AXI IP and analog mixed-signal capabilities, Artix-7 FPGAs provide a balanced solution for size, weight, power, and cost-sensitive markets. . . #snsinstitutions #snsdesignthinkers #designthinking

At VLSI 2023, Samsung apparently indicated its MRAM roadmap, showing a 0.0242 um2 cell for its 14nm MRAM and projecting 0.016 um2 for its 8nm MRAM. This is significant for being smaller than any NOR Flash or SRAM cell size. The current drive for that cell size might also be enough for a ReRAM.