Many companies want to use generative AI, but sending sensitive company information to an external cloud service is not always an option.
The company Understand Tech is the AI application factory for semiconductor companies, standards organizations and regulated industries that their data.
Its platform combines purpose-built applications for test case generation, distribution enablement and software development with Understand Studio, which lets teams build their own apps by describing them.
With AI-in-a-Box, everything comes in one solution: the platform, Dell hardware on NVIDIA GB10 or GB300, maintenance and support. It runs inside the customer’s own infrastructure, even fully offline.
At electronica 2026, the company will officially launch its Distribution Enablement Portal, which turns thousands of pages of technical documentation into sourced answers and sales material for distributors.
Understand Tech already works with GSMA, Synaptics and EMVCo, and will be joining Electronica 2026 at stand B4.251/10.
Would you like to learn more about their technology? Visit understand.tech.
The company Understand Tech is the AI application factory for semiconductor companies, standards organizations and regulated industries that their data.
Its platform combines purpose-built applications for test case generation, distribution enablement and software development with Understand Studio, which lets teams build their own apps by describing them.
With AI-in-a-Box, everything comes in one solution: the platform, Dell hardware on NVIDIA GB10 or GB300, maintenance and support. It runs inside the customer’s own infrastructure, even fully offline.
At electronica 2026, the company will officially launch its Distribution Enablement Portal, which turns thousands of pages of technical documentation into sourced answers and sales material for distributors.
Understand Tech already works with GSMA, Synaptics and EMVCo, and will be joining Electronica 2026 at stand B4.251/10.
Would you like to learn more about their technology? Visit understand.tech.
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Ready to build with STM32C5? Join the STM32Cube Innovation Challenge!
@ST_World is offering FREE NUCLEO-C562RE or NUCLEO-C5A3ZG boards to eligible participants, while supplies last.
elektormagazine.com/stm32cube-inno…
#STM32C5 #STM32Cube
@ST_World is offering FREE NUCLEO-C562RE or NUCLEO-C5A3ZG boards to eligible participants, while supplies last.
elektormagazine.com/stm32cube-inno…
#STM32C5 #STM32Cube
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Elektor at 65: In the October 1993 magazine, we covered: a MIDI channel monitor, a VHF/UHF television tuner, an Ah meter with digital display, a fuzzy logic multimeter, a microcontroller-driven NiCd battery charger, programmable sine wave generators, a stereo mixer, and more. elektormagazine.com/magazine/elekt… #elektor65
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Elektor at 65: In the May 1976 magazine, we covered: an integrated indoor FM aerial, image width control, a versatile logic probe, supply decoupling, and more. elektormagazine.com/magazine/elekt… #elektor65
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Anyone who has developed embedded software knows how much time can be spent reading datasheets, configuring registers, integrating peripherals, and checking whether the software actually matches the hardware.
UK startup Embedd is trying to rethink that workflow.
The company e digital models of semiconductor devices.
These models can represent the structure, peripherals, registers, and behavior of a chip and can then be used to support software development, simulation, testing, and validation.
In other words, instead of important information remaining locked inside hundreds or thousands of pages of semiconductor documentation, Embedd wants to make that information directly usable by development tools.
The potential benefit is a faster and more automated path from hardware documentation to working embedded software.
As chips continue to become more complicated, reducing the amount of manual integration work could become increasingly important.
Embedd will be joining us at electronica 2026, and we are looking forward to seeing how its approach works in practice.
Discover Embedd:
embedd.it
UK startup Embedd is trying to rethink that workflow.
The company e digital models of semiconductor devices.
These models can represent the structure, peripherals, registers, and behavior of a chip and can then be used to support software development, simulation, testing, and validation.
In other words, instead of important information remaining locked inside hundreds or thousands of pages of semiconductor documentation, Embedd wants to make that information directly usable by development tools.
The potential benefit is a faster and more automated path from hardware documentation to working embedded software.
As chips continue to become more complicated, reducing the amount of manual integration work could become increasingly important.
Embedd will be joining us at electronica 2026, and we are looking forward to seeing how its approach works in practice.
Discover Embedd:
embedd.it
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Ready to build, innovate, and compete? Enter the STM32Cube Innovation Challenge (Design with STM32C5) with @ST_World for a chance to win a share of €5,000 in prizes.
elektormagazine.com/stm32cube-inno…
#STM32Cube #STM32C5
elektormagazine.com/stm32cube-inno…
#STM32Cube #STM32C5
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Want to understand MOSFETs and put them to work in your own circuits?
In Practical MOSFET Electronics, Dogan Ibrahim takes you from the basics of N-channel and P-channel MOSFETs to practical switching applications and more complex circuits.
With clear explanations, LTspice on projects, you can explore how MOSFETs work and apply what you've learned.
✅ Understand N-channel and P-channel MOSFETs
✅ Simulate circuits with LTspice
✅ Build practical MOSFET circuits
Prefer an e-book? A digital edition is also available.
Discover the book:
elektor.com/products/pract…
In Practical MOSFET Electronics, Dogan Ibrahim takes you from the basics of N-channel and P-channel MOSFETs to practical switching applications and more complex circuits.
With clear explanations, LTspice on projects, you can explore how MOSFETs work and apply what you've learned.
✅ Understand N-channel and P-channel MOSFETs
✅ Simulate circuits with LTspice
✅ Build practical MOSFET circuits
Prefer an e-book? A digital edition is also available.
Discover the book:
elektor.com/products/pract…
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Heading to electronica 2026 in Munich?
Make sure to visit Farnell and discover what's happening in the world of electronics!
From new technologies and components to ideas for your next engineering project, electronica is a great opportunity to explore innovations and connect 📅 November 10–13, 2026
📍 Messe München, Germany
Planning your visit? Find out more about Farnell's presence at the event and what you can expect.
Read more on Elektor:
elektormagazine.com/news/visit-far…
Make sure to visit Farnell and discover what's happening in the world of electronics!
From new technologies and components to ideas for your next engineering project, electronica is a great opportunity to explore innovations and connect 📅 November 10–13, 2026
📍 Messe München, Germany
Planning your visit? Find out more about Farnell's presence at the event and what you can expect.
Read more on Elektor:
elektormagazine.com/news/visit-far…
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Startup Spotlight #2: DeepGate, VAEngineering, Synthara, HCP Sense x.com/i/broadcasts/1…
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⚠️ Important update for Elektor Labs users
Due to a global PHP security issue, some features of the Elektor Labs platform are temporarily restricted.
These precautions are intended to protect the platform and its users while the security issue is being addressed.
We understand may cause inconvenience and appreciate your patience.
For more information about the affected features and the latest updates, please read our announcement.
Read more on Elektor:
elektormagazine.com/news/temporary…
Due to a global PHP security issue, some features of the Elektor Labs platform are temporarily restricted.
These precautions are intended to protect the platform and its users while the security issue is being addressed.
We understand may cause inconvenience and appreciate your patience.
For more information about the affected features and the latest updates, please read our announcement.
Read more on Elektor:
elektormagazine.com/news/temporary…
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⏰ We're going live in just 2 hours!
Ready to discover some of the exciting technologies emerging from Europe's startup scene?
Join Elektor's Startup Spotlight #2 with DeepGate, VAEngineering, Synthara, and HCP Sense.
📅 Today, Thursday, October 22
⏰ 16:00 CEST | 14:00 UTC | l time to register!
🔴 Join us live:
streamyard.com/watch/zkEtqe95…
Ready to discover some of the exciting technologies emerging from Europe's startup scene?
Join Elektor's Startup Spotlight #2 with DeepGate, VAEngineering, Synthara, and HCP Sense.
📅 Today, Thursday, October 22
⏰ 16:00 CEST | 14:00 UTC | l time to register!
🔴 Join us live:
streamyard.com/watch/zkEtqe95…
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Power-electronics systems often operate in environments where decisions need to happen extremely quickly.
UK startup Weeteq is combining power electronics with edge AI to make those systems more intelligent.
Its technology is designed to monitor electrical systems at circuit s in their behavior, and react in real time.
The company is targeting applications such as motor drives, industrial automation, electric vehicles, energy systems, and data-center power infrastructure.
One of the interesting aspects of Weeteq's approach is speed.
Its Ultra Edge platform is designed for extremely low-latency decision-making, allowing AI-based control and monitoring to happen directly inside the system rather than relying on a remote cloud platform.
For applications involving motors, converters, grids, or other fast-changing electrical systems, those response times matter.
Weeteq will be joining Elektor at electronica 2026, where visitors will be able to learn more about how the company applies AI directly to power and control electronics.
🌐 Discover more about their technology:
weeteq.com
UK startup Weeteq is combining power electronics with edge AI to make those systems more intelligent.
Its technology is designed to monitor electrical systems at circuit s in their behavior, and react in real time.
The company is targeting applications such as motor drives, industrial automation, electric vehicles, energy systems, and data-center power infrastructure.
One of the interesting aspects of Weeteq's approach is speed.
Its Ultra Edge platform is designed for extremely low-latency decision-making, allowing AI-based control and monitoring to happen directly inside the system rather than relying on a remote cloud platform.
For applications involving motors, converters, grids, or other fast-changing electrical systems, those response times matter.
Weeteq will be joining Elektor at electronica 2026, where visitors will be able to learn more about how the company applies AI directly to power and control electronics.
🌐 Discover more about their technology:
weeteq.com
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Elektor at 65: In the March 1988 Elektor magazine, we covered: mini transducers, an infrared detector for alarm systems, a computer-controlled slide fader. a uniphase loudspeaker system, a signal divider for satellite TV receivers, a low-noise preamplifier for FM receivers, and b9hvsn #elektor65
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Can AI really design a reliable PCB, or does engineering experience still make the difference?
Join us for Elektor Engineering Insights #64, featuring Robert Feranec, hardware engineer and founder of FEDEVEL!
In this prerecorded interview, Robert and Elektor's Brian Tristam yout, signal integrity, common design mistakes, and the growing role of AI in hardware design.
What can automated tools handle today, and where is human expertise still essential?
📅 Wednesday, October 28, 2026
⏰ 16:00 CET | 15:00 UTC | 11:00 EDT
📺 Prerecorded interview broadcast
Discover what's coming and watch the interview on Elektor:
elektormagazine.com/news/robert-fe…
Join us for Elektor Engineering Insights #64, featuring Robert Feranec, hardware engineer and founder of FEDEVEL!
In this prerecorded interview, Robert and Elektor's Brian Tristam yout, signal integrity, common design mistakes, and the growing role of AI in hardware design.
What can automated tools handle today, and where is human expertise still essential?
📅 Wednesday, October 28, 2026
⏰ 16:00 CET | 15:00 UTC | 11:00 EDT
📺 Prerecorded interview broadcast
Discover what's coming and watch the interview on Elektor:
elektormagazine.com/news/robert-fe…
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We're going live tomorrow! 🚀
Four startups. Four innovative approaches to the future of electronics.
Join Elektor's Startup Spotlight #2 featuring DeepGate, VAEngineering, Synthara, and HCP Sense.
Discover what these companies are developing and hear about the technologies Thursday, October 22, 2026
⏰ 16:00 CEST | 14:00 UTC | 10:00 EDT
🔴 Register now and join us tomorrow:
streamyard.com/watch/zkEtqe95…
Four startups. Four innovative approaches to the future of electronics.
Join Elektor's Startup Spotlight #2 featuring DeepGate, VAEngineering, Synthara, and HCP Sense.
Discover what these companies are developing and hear about the technologies Thursday, October 22, 2026
⏰ 16:00 CEST | 14:00 UTC | 10:00 EDT
🔴 Register now and join us tomorrow:
streamyard.com/watch/zkEtqe95…
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🔧 Which microcontroller development board should you choose for your next project?
Arduino, Raspberry Pi, ESP32, STM32... With so many options available, choosing the right board involves more than comparing microcontrollers.
From wireless connectivity and debugging tools to pansion options, every detail can influence your prototyping experience.
In this Elektor article, Brian Tristam Williams explores 14 popular development boards and the features that make each one worth considering.
💡 €5 for non-members. Free for Elektor members.
Discover the boards on Elektor:
elektormagazine.com/articles/micro…
Arduino, Raspberry Pi, ESP32, STM32... With so many options available, choosing the right board involves more than comparing microcontrollers.
From wireless connectivity and debugging tools to pansion options, every detail can influence your prototyping experience.
In this Elektor article, Brian Tristam Williams explores 14 popular development boards and the features that make each one worth considering.
💡 €5 for non-members. Free for Elektor members.
Discover the boards on Elektor:
elektormagazine.com/articles/micro…
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Wearable electronics already measure movement, heart rate, sleep, temperature, and many other signals.
Swiss startup Liom is working to add another layer of information: continuous metabolic data.
The company is developing wearable sensing technology designed to measure skin without relying on conventional invasive sensors.
One of its main areas of focus is glucose measurement.
Liom combines optical sensing, photonics, electronics, data processing, and wearable-device engineering to try to extract useful metabolic information continuously.
The long-term idea is to combine that information with more familiar wearable measurements such as activity, cardiovascular signals, and sleep.
It is a technically demanding problem, particularly because biological measurements must be made reliably through skin while keeping the device practical enough for everyday use.
Liom will be joining us from Switzerland at electronica 2026, and we are looking forward to learning more about the engineering behind its sensing platform.
🌐 Discover more about their technology:
liom.com
Swiss startup Liom is working to add another layer of information: continuous metabolic data.
The company is developing wearable sensing technology designed to measure skin without relying on conventional invasive sensors.
One of its main areas of focus is glucose measurement.
Liom combines optical sensing, photonics, electronics, data processing, and wearable-device engineering to try to extract useful metabolic information continuously.
The long-term idea is to combine that information with more familiar wearable measurements such as activity, cardiovascular signals, and sleep.
It is a technically demanding problem, particularly because biological measurements must be made reliably through skin while keeping the device practical enough for everyday use.
Liom will be joining us from Switzerland at electronica 2026, and we are looking forward to learning more about the engineering behind its sensing platform.
🌐 Discover more about their technology:
liom.com
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🔧 Discover what you can build with the legendary 555 timer IC!
From simple circuits to creative electronics projects, the 555 Timer Projects Bundle gives you everything you need to start experimenting with this versatile component.
✅ More than 45 tested projects
✅ Over 130 deal for learning and experimenting
Ready to put the 555 timer to work?
Explore the bundle:
elektor.com/products/555-t…
From simple circuits to creative electronics projects, the 555 Timer Projects Bundle gives you everything you need to start experimenting with this versatile component.
✅ More than 45 tested projects
✅ Over 130 deal for learning and experimenting
Ready to put the 555 timer to work?
Explore the bundle:
elektor.com/products/555-t…
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🔧 Ready to get started with STM32 programming?
Whether you're new to microcontrollers or looking to develop your embedded programming skills, Elektor's new hands-on STM32 courses offer a practical way to learn!
Choose between Arduino/C++ and MicroPython, and work through xamples, and projects using real hardware.
✅ Two complete STM32 courses to choose from
✅ Each includes a book, STM32 development board, component kit, and online lessons
✅ Practical examples covering sensors, motors, displays, and more
Discover the courses and find the right starting point for your STM32 journey!
Read more on Elektor:
elektormagazine.com/news/learn-stm…
Whether you're new to microcontrollers or looking to develop your embedded programming skills, Elektor's new hands-on STM32 courses offer a practical way to learn!
Choose between Arduino/C++ and MicroPython, and work through xamples, and projects using real hardware.
✅ Two complete STM32 courses to choose from
✅ Each includes a book, STM32 development board, component kit, and online lessons
✅ Practical examples covering sensors, motors, displays, and more
Discover the courses and find the right starting point for your STM32 journey!
Read more on Elektor:
elektormagazine.com/news/learn-stm…
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🚀 What does the future of electronics look like? Meet the startups bringing it to life!
At electronica 2026, Elektor's Fast Forward initiative will showcase innovative startups developing new technologies and solutions for the electronics industry.
From embedded systems and AI d hardware, these emerging companies are turning ambitious ideas into real-world innovations.
📅 November 10–13, 2026
📍 Messe München, Hall B4
Curious about the next generation of electronics innovators? Discover the startups exhibiting at electronica Fast Forward 2026!
Read more on Elektor:
elektormagazine.com/news/electroni…
At electronica 2026, Elektor's Fast Forward initiative will showcase innovative startups developing new technologies and solutions for the electronics industry.
From embedded systems and AI d hardware, these emerging companies are turning ambitious ideas into real-world innovations.
📅 November 10–13, 2026
📍 Messe München, Hall B4
Curious about the next generation of electronics innovators? Discover the startups exhibiting at electronica Fast Forward 2026!
Read more on Elektor:
elektormagazine.com/news/electroni…
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