Data centers and enterprise environments require powerful processors for several critical reasons. These environments are increasingly tasked to support large and complex workloads, advanced virtualization support and cloud computing, AI-optimized features, advanced security features, and much more.

High-speed data transfer, simplified wiring, and strong signal integrity are important features of high-speed serializers and deserializers (SerDes) devices.

Global connectivity, compatibility, flexibility, performance optimization, and reduced complexity are critical components during the development of IoT devices. For IoT products such as tracking, telematics, and other scenarios that demand extensive worldwide coverage, it is important to leverage solutions that simplify connectivity for deployments such as those for both the developer and the end user. 

Mouser Electronics Inc. is aiming to inspire innovation in their both at this year's embedded world exhibition at the Nürnberg Messe in Nuremberg, Germany. From April 9-11, the embedded electronics community will meet in person to learn more about the latest industry trends and collaboratively generate ideas and concepts for the future.

Although it's by no means advanced enough to replace human developers, AI has nevertheless learned how to code. That makes it the perfect pair programmer for professionals—and even for less technical users. ^..

Irvine, California. Mouser Electronics is now delivering nearly 100 DRAM, NAND flash memories and particular DRAM components from Intelligent Memory (IM). IM has a strong portfolio of NAND flash memory and has designed many DRAM modules as well as DRAM devices extending from SDRAM to DDR4. "We are excited to work with Mouser Electronics on a global level," explained David Raquet, Global Sales Leader at Intelligent Memory.

Edge networking solutions that reside in industrial environments regularly coincide with harsh temperatures, shock, vibration, and other tough environmental constraints. Additionally, because the operations within these spaces are often safety-critical, these solutions must deliver accurate, high-speed communication at a low power consumption to provide the most advanced and reliable performance possible.