Product announcements, promotions, technical articles and events from Embedded.az
11 news
AIWhen a model can write firmware, draw schematics and suggest PCB layouts, what is left for human creativity? From Arduinos on our desk to neural accelerators in the cloud, it may be time to redefine what it means to be a “creative engineer”.
#ai-and-creativity #embedded-systems #neural-networks #human-in-the-loop #generative-models
EmbeddedA 4‑bit, 740 kHz PMOS chip with 2,300 transistors doesn’t sound impressive today. Yet the Intel 4004 quietly defined the template for every modern MCU board, from Arduino to STM32 and ESP32.
#intel-4004 #microprocessor-history #vintage-cpu #embedded-systems #4-bit
ArduinoOld “real engineers don’t use Arduino” threads on AVR Freaks, EEVblog and Fountain forum meetups still echo the same claim: Arduino is only for hobby makers. We trace where this idea actually came from and look at how Arduino is used today in real embedded and industrial projects.
#arduino #microcontroller #prototyping #embedded-systems #industrial
EmbeddedFrom Arduino tinkering to professional embedded engineer: a realistic skills roadmap, free resources, and what Azerbaijani employers actually look for when hiring for embedded roles.
#embedded-systems #microcontrollers #firmware #career-roadmap #stm32
EmbeddedA practical, workshop-style guide to the 10 most important steps in modern firmware development: from requirements and architecture to debugging, testing, and field updates.
#firmware-development #embedded-systems #mcu #debugging #toolchain
EmbeddedThe idea that FPGAs are only for 5G, video codecs and Wall Street trading desks comes from very specific places: old vendor marketing and forum arguments. Those days are mostly gone.
#fpga #embedded-systems #arduino #rtl-design #hardware-design
ProgrammingWhich programming languages are crucial for aspiring embedded engineers? This article guides you through the essential paths.
#c-language #python #embedded-systems #programming-languages #skills
EmbeddedUnderstanding the strengths and limitations of both ARM and x86 architectures is crucial for making an informed choice.
#arm #x86 #architecture #embedded-systems #processors
Raspberry PiRaspberry Pi revolutionized education and hobbyist projects, creating a vast community with its unique capabilities.
#raspberry-pi #microcomputer #embedded-systems #education #maker-community
EmbeddedIn 2026, the main trends in embedded systems are driven by pressure, not technology.
#embedded-systems #ai-integration #firmware-development #2026-trends
STM32 & other MCUMicrocontrollers have become the backbone of modern technology. This article explores their development from inception to present and speculates on future advancements.
#microcontroller #arm-cortex #embedded-systems #8051 #avr
