CELUS

We are proud to be featured in NXP Semiconductors's Edgeverse Techcast, a podcast dedicated to NXP software tools and enablement for engineers! In this episode, they dive into the newly launched Block Diagram Designer, a tool that helps engineers go from concept to design faster: ✅ Reusable application templates or start from scratch ✅ Smart component selection backed by #CUBOS digital datasheets ✅ All grounded in real technical data, schematics, and CAD files The component intelligence behind it is built on structured data that sits at the core of what CELUS does, and NXP dedicated this episode to breaking down how the tool works, what powers it, and where it's headed. Give it a listen here: https://lnkd.in/dm4Nkw3k #NXPTechDays #NXP #CELUS #IoT #ElectronicsDesign

Last Thursday, our co-founder André Alcalde was at NXP Semiconductors Tech Days in Stuttgart, showing to engineers our co-branded platform working across AI, industrial automation, and connected systems. The NXP x CELUS co-branded experience gives engineers a structured path from application idea to system architecture, with NXP components embedded throughout the design journey. The energy in these events is what reminds us of what we build and why we build it! Stay tuned for what's next! #NXPTechDays #NXP #CELUS #IoT #ElectronicsDesign

Big news for Xpedition users! Our integration with Xpedition Standard from Siemens EDA is live, and David Haboud is covering it as part of a live webinar on automation and abstraction in PCB design. Starts today at 7 PM CEST, and if you're an Xpedition user it's worth clearing your calendar for! Register here: https://lnkd.in/dHTeBwnN #PCBDesign #EDATools #ElectronicsDesign #XpeditionPCB

We're one day away! Tomorrow Mohammad Matin will walk through how AI-guided workflows turn engineering intent into real component adoption. Grab your spot, link in the comments!

Last week’s webinar confirmed something we hear often from small and medium-sized engineering teams: Early-stage hardware design can get difficult before a schematic is ever drawn. Requirements are still forming. Architecture decisions are open. Teams need to move quickly, but not blindly. That is why we opened the CELUS Success Program. It offers guided onboarding for teams that want to use AI responsibly in hardware development, with the engineer still in the driving seat. The goal is to help teams move from unclear system requirements to structured architectures they can review and refine, so they can adopt components with more confidence. To join, email cs@celus.io with your company name, website, and a short description of your project challenge. #ElectronicsDesign #HardwareDevelopment #DesignAutomation #AIinEngineering

Clicks do not tell you whether your component is being designed into a real product. Downloads do not tell you whether it made it into the architecture. Design-ins do. NXP Semiconductors has launched a dedicated version of the CELUS Design Platform to help engineers move from design intent to architecture exploration and component evaluation. For component manufacturers, this points to a different model of digital engagement: - Support engineers earlier. - Make technical content easier to apply. - Understand component adoption through design-ins. - Scale design support without scaling FAE or sales headcount at the same rate. Together with our Technical Solution Architect Mohammad Matin we are hosting a webinar for component manufacturers on how AI-guided design workflows can turn engineering intent into measurable component adoption. Find the registration link in the comments! #Semiconductors #ElectronicsDesign #ComponentSelection #AIinEngineering #DesignAutomation

Petr Dvořák called it. The hardest part of early architecture isn't the options on the table, it's committing to one with confidence. That's exactly what Antonio Becerra Esteban and Carolina Giusti Tisott are walking through live this Thursday, May 7 at 4:00 PM CEST in our webinar! Don't miss it and register here: https://lnkd.in/duUpYwNe #HardwareDesign #ElectronicsEngineering #EDA #DesignAutomation #CELUS

Most hardware teams don't skip alternatives because they're in a rush. They skip them because evaluating a second option costs almost as much as evaluating the first. So the "known good" approach wins by default. Not because it's the best fit, but because comparing three architectures means three rounds of datasheet reading, app note hunting, and component checks. The cost of exploration shapes the decision. Not the decision itself. Join Carolina Giusti Tisott and Antonio Becerra Esteban for a 30-minute live session on how the CELUS Design Platform makes parallel exploration the default, from design intent all the way to EDA handoff. Registration link in the comments! #HardwareDesign #ElectronicsEngineering #EDA #DesignAutomation #CELUS

Most MCUs make you choose. Performance or memory. Speed or peripherals. The STM32H743IIK6 from STMicroelectronics doesn't ask you to compromise. Here's what makes this Cortex-M7 a powerhouse for demanding embedded applications 👇 ⚡ 480 MHz Arm Cortex-M7 core with double-precision FPU, full DSP instruction set, and memory protection. This is serious processing for real-time signal handling, motor control, and industrial automation. 💾 2MB dual-bank Flash + 1MB RAM (including 192KB of tightly coupled memory for zero-wait-state execution). Enough room for complex firmware without external memory. 🔌 46 communication and analog interfaces in one package. Three ADCs, two DACs, DFSDM digital filters, PWM for motor control, a true random number generator, and standard + advanced comms. The peripheral count alone replaces what used to require multiple ICs. ⏱️ Deep timer architecture. 12 general-purpose 16-bit timers, a high-resolution timer, 2 PWM motor control timers, 5 low-power timers, and a low-power RTC. If your application needs precise timing, it's covered. This is the kind of MCU you reach for when the project outgrows mid-range controllers but doesn't need a full application processor. The STM32H743IIK6 is available now on the CELUS Design Platform with ready-to-integrate solutions, check it out here: https://lnkd.in/dv7vNGQ7 What's your go-to MCU family for high-performance embedded designs? #STM32 #EmbeddedSystems #ArmCortex #Microcontroller #MotorControl #IndustrialAutomation #HardwareDesign #ElectronicsEngineering #DesignAutomation #CELUS

The hardest part of a new hardware design often isn't the design itself... It's deciding which approach to take in the first place. Multiple architectures. Dozens of reference designs. Components that all look viable on paper. Evaluating each one properly takes time, and the information you need is scattered across datasheets, app notes, and prior projects. For small engineering teams under delivery pressure, this tends to produce one of three patterns: - Reusing known solutions even when they aren't the best fit - Exploring alternatives only partially before committing - Making decisions without full confidence On May 7, we're running a 30 minute live session on how to approach this step with more structure, without slowing the project down. You'll see how CELUS helps you: 🔹 Turn a rough idea into a clear design brief 🔹 Compare circuit approaches side by side 🔹 Weigh each option on implementation effort and compatibility 🔹 Move the chosen approach into your EDA tool as a working schematic Hosted by our Success Engineer Carolina Giusti Tisott and our VP of Customer Success Antonio Becerra Esteban. Register here: https://lnkd.in/dWZj9Erb Which of the three patterns above sounds most familiar in your team? #HardwareDesign #ElectronicsDesign #EDA #CircuitDesign #EmbeddedSystems #celus