Registration Open - AI Day
Patrick Hopper
Publisher, President #Influencer @ OpenSystems Media | Embedded | AI | IoT | Military | Aerospace
Buzzwords like Edge computing, machine vision, and image recognition are getting the attention they deserve, as these technologies are finding their way into our factories, our automobiles, and our everyday devices. As compute power becomes less of an issue and algorithms are being fine-tuned for specific applications, AI is almost a given in many applications. Organized by the editors of Embedded Computing Design, the AI Day virtual conference will look at ALL the technologies needed to integrate AI and machine learning into today’s equipment. Register now.
Semidynamics Released its 4-way Atrevido 423 RISC-V Core
Semidynamics released its 64-bit flexible 4-way Atrevido 423 RISC-V core delivering double the instructions than the 2-way, 223 core. More functioning units are utilized increasing the IPC (instructions-per-cycle). The processor core can be utilized in two ways, as a coherent core sharing memory with others via CHI (Coherent Hub Interface) NoC (Network on Chip), or an incoherent core operating independently and uses an AXI interface for communication.
Roger Espasa , Semidynamics' CEO, said, "The Atrevido 423 is particularly well suited for applications that require massive amounts of data. It shines when the data required cannot fit in memory hierarchy levels that are closer to the core (such as L1, L2 or even L3) by tolerating very large latencies without compromising on throughput thanks to our Gazzillion misses technology. This can handle up to 128 simultaneous requests for data and track them back to the correct place in whatever order they are returned. Gazzillion allows the core to access memory hierarchy levels far away from the core without an impact in bandwidth or throughput.” Read more.
Efficiently Power Your Industrial Motors, Today and Beyond
Motor control for industrial applications has been a discussion topic for as long as motors have existed. The biggest reasons for that never-ending discussion have to do with the need to drive them more efficiently, meaning that we want to do more with less power, while maximizing the up time of those motors. In many cases, we are referring to “always-on” power, where a system is required to run 24/7/365.
Adding on that seemingly never-ending motor-control discussion, we have a relatively new trend, adherence to Industry 4.0. Industry 4.0, which is considered to be the integration of digital and automation technologies into manufacturing processes, brings in its own set of challenges related to motors and power control. In addition, Industry 4.0 relies heavily on the seamless communication and connectivity between various devices and systems, often multitasking between those systems. Read more.
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