EE Times Asia’s Post

Helping Engineers Simplify AI and Embedded Systems Designs with FPGAs 🤝 Featuring design strategies, the latest tools, and technical information, the AMD FPGA & Embedded Community provides engineers the ultimate resource to achieve successful embedded systems designs using FPGAs. Learn how FPGAs can help you simplify your analog and digital designs, embedded AI systems, and other implementations that are specific to your requirements. Know more about FPGA devices and their features, and how they can assist you in accelerating functions and offloading performance-heavy tasks. 🗽 #AMD #EETimesAsia #AspenCore #FPGA #AI #Embedded https://lnkd.in/gxsK3p7d

Helping Engineers Simplify AI and Embedded Systems Designs with FPGAs 🤝 Featuring design strategies, the latest tools, and technical information, the AMD FPGA & Embedded Community provides engineers the ultimate resource to achieve successful embedded systems designs using FPGAs. Learn how FPGAs can help you simplify your analog and digital designs, embedded AI systems, and other implementations that are specific to your requirements. Know more about FPGA devices and their features, and how they can assist you in accelerating functions and offloading performance-heavy tasks. 🗽 #AMD #EETimesAsia #AspenCore #FPGA #AI #Embedded https://lnkd.in/gxsK3p7d

Helping Engineers Simplify AI and Embedded Systems Designs with FPGAs 🤝 Featuring design strategies, the latest tools, and technical information, the AMD FPGA & Embedded Community provides engineers the ultimate resource to achieve successful embedded systems designs using FPGAs. Learn how FPGAs can help you simplify your analog and digital designs, embedded AI systems, and other implementations that are specific to your requirements. Know more about FPGA devices and their features, and how they can assist you in accelerating functions and offloading performance-heavy tasks. 🗽 #AMD #EETimesAsia #AspenCore #FPGA #AI #Embedded https://lnkd.in/gxsK3p7d

Featuring design strategies, the latest tools, and technical information, the Xilinx FPGA & Embedded Community provides engineers the ultimate resource to achieve successful #embeddedsystems designs using FPGAs. Learn how FPGAs can help you simplify your analog and digital designs, embedded AI systems, and other implementations that are specific to your requirements. Know more about #FPGA devices and their features, and how they can assist you in accelerating functions and offloading performance-heavy tasks. Click here to find out more>>> https://lnkd.in/gsUPK8jq Xilinx FPGA

An FPGA/CPU-based real-time simulation platform is presented in this paper, with a full-electric vehicle model implemented in a central processing unit (CPU) board and an electric drive model implemented in a field programmable gate arrays (FPGA) board.

We’re elated to support your projects in #industrial automation, video processing, and Internet-of-Things with our MTrion system-on-modules 😀! “With our MTrion SoMs, we provide the option of flexibly using RISC-V soft cores for camera applications and Gigabit Ethernet, with MIPI-CSI available,” explained our Managing Director Andreas Widder. The MTrion SoMs are based on the Trion® #FPGA family by Efinix, Inc. and are the ideal solution to get FPGA projects quickly to market. The modules support on-board DDR3 RAM, expose the MIPI-CSI and LVDS signals to the baseboard, they are the ideal fit for digital-logic as well as RISC-V based softcore implementations. The reference and evaluation platform MTrionEVK supports your quick start-up of FPGA projects and can easily be used as a fast-prototype platform. Trion FPGAs are built on Efinix's first-generation Quantum® fabric. This innovative fabric is made up a sea of tiles that can function as logic and routing. So, software can decide where to put logic and where to put routing, making Trion FPGAs extremely efficient. In addition to logic and routing, the fabric includes embedded memory blocks and multiplier blocks (or DSP blocks). #iiot #embeddedsystem #riscv #ARIESembedded #embeddeddesign #trion RISC-V International

SundanceDSP AI SoM1-SOC features the Microchip PolarFire SoC FPGA https://lnkd.in/eZmh5nD5 #riscv #fpga #embeddedsystems

💡 Developer Tip of the Week 💡 Struggling with optimizing your FPGA designs? Here’s a tip: Focus on pipelining your design to maximize throughput and minimize latency. Proper pipelining can drastically improve your design's performance. Find out more here: https://intel.ly/3YjnCV5 Got a favorite FPGA optimization tip? Share it with us! 👇 #FPGA #DeveloperTips #AcceleratingInnovators #WeAreAltera

FPGAs vs ASICs: Flexibility or Efficiency? In the tech world, the debate between using Field-Programmable Gate Arrays (FPGAs) and Application-Specific Integrated Circuits (ASICs) is a heated one. 🌡️ AMD and Intel Corporation FPGAs offer unparalleled flexibility, allowing for on-the-fly reprogramming to adapt to new algorithms or system requirements. They’re the go-to for rapid prototyping and systems where change is the only constant. 🔄 On the other hand, ASICs bring unmatched efficiency to the table. Custom-designed for a specific application, they can perform tasks faster and more power-efficiently than their FPGA counterparts. They’re perfect when you know exactly what you need, and you need it done well. 🎯 Are you still struggling to pick which one is a better option for you? Book a virtual coffee with me for a BOM analysis: emir@microchipusa.com #FPGA #ASIC #TechDebate #Innovation

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