Latest Embedded Systems News Updates
SnapEDA, the first search engine for electronics design, and PUI Audio, an industry leader in…
Dead Simple Python, by Jason C. McDonald Readers may initially see the title of this…
STMicroelectronics has unveiled new Stellar P6 Automotive MCU for EV platform System Integration, targeting the…
The LoRa Alliance announced that it has expanded the LoRaWAN link-layer standard with the addition of…
Siemens Digital Industries Software announced that Samsung Foundry’s advanced 3nm process technology now supports Siemens’…
MikroElektronika has launched a new SiBRAIN add-on board, SiBRAIN for GD32VF103VBT6, enabling embedded designers to start…
New SiBRAIN 32-bit Microcontroller (MCU) add-on board from MIKROE enables immediate embedded development MikroElektronika (MIKROE)…
New RZ/V2MA Microprocessors Features an OpenCV Accelerator for Image Processing & Offers TVM-based Deep Learning…
Full Stack Development Across all industries, there is a high need for web development services,…
Nordic Semiconductor has been elevated to the Connectivity Standards Alliance (“the Alliance”) Board of Directors…
NXP Semiconductors released its 2nd generation RFCMOS radar transceiver family to production. The TEF82xx is…
Renesas Electronics Corporation launched a new integrated development environment that allows engineers to rapidly create…
Embedded System is a term that describes a type of system that consists of a processor or MCU, a memory unit, as well as I/O devices. These systems received their name, because they are not standalone. They are integrated in a bigger mechanical or electrical machines. Embedded Systems are often used for controlling and monitoring purposes.
Based on an MCU, these systems are able to receive information from the overall system or by the user. These information are then processed and lead to a certain outcome.
A good example is a CNC milling machine. Here, an Embedded Computer Systems is used to run the soft- and firmware, as well as processing uploaded CNC designs for manufacturing. In addition, it also controls the machine’s operation, as well as providing vital information on the machine’s status to the operator.
Modern systems usually combine all sort of components, from passives, semiconductors, electromechanics, up to communication and IoT modules or displays.
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