System Electronics at SPS Italia 2026: embedded electronics and Edge AI solutions for smart machines
From May 26 to 28, 2026, Parma will host SPS Italia – Smart Production Solutions. Meet System Electronics, a Coesia brand, at Hall 5, Booth E026 to discover the complete portfolio of embedded electronics for industrial applications, designed to increase machine performance, connectivity and intelligence. A complete embedded electronics portfolio System Electronics designs and manufactures embedded solutions for OEMs and machine builders who want to turn specialized applications into market-leading machines. Our approach is strongly oriented towards customization: we co-engineer hardware and software to match performance targets, operating conditions and lifecycle requirements, avoiding unnecessary features and costs. Industrial PCs (IPC): rugged computing platforms engineered for harsh environments and long-term availability. Human–Machine Interfaces (HMI): responsive and secure interfaces that enable intuitive operator interaction. I/O devices and industrial connectivity: solutions designed to integrate reliably into automation architectures. Custom electronics and devices: tailored boards and modules optimized for your application and cost targets. Edge computing and AI-ready modules: System-on-Modules (SoM) and carrier boards that bring advanced computing closer to the machine, such as the Astrial family products To support the shift toward data-driven and autonomous machines, we also provide computing platforms that enable analytics and AI at the edge, reducing latency, limiting cloud dependency and keeping sensitive data on-device. Our offering includes reference designs and development support to accelerate the journey from prototyping to industrial production. Why visit our booth Explore how customized electronics can streamline machine performance and reliability. Discuss embedded architectures for IPC, HMI and industrial I/O, built for demanding operating conditions. Learn how edge computing and AI-ready modules can enable real-time insights and smarter automation. Meet our experts to evaluate a tailored development path, from concept to integration and industrialization. Date: May 26–28, 2026 Location: Parma, Italy Booth: Hall 5, Booth E026
Engineering the sea’s next digital chapter
The sea has always challenged engineers to go further, to design systems that endure salt, motion, and time. Today, that challenge has evolved. As vessels become smarter, connected, and increasingly sustainable, System Electronics stands at the intersection of technology and marine craftsmanship, creating the intelligent systems that keep modern fleets moving. With over two decades of experience and hundreds of vessels equipped, the company has become a trusted name for custom-made electronics that combine precision, safety, and enduring reliability. From the bridge of a 60-meter yacht to the control room of a naval ship, its systems operate quietly at the heart of digital navigation. From design to depth Every project begins with an idea: a bridge console to redesign, an automation system to optimize, an energy platform to control. System Electronics transforms these ideas into tangible technology through a fully integrated process that unites hardware design, firmware development, and production in one facility. This structure allows engineers to control every detail, from the first circuit layout to final certification. It is how the company guarantees performance that meets the most demanding marine standards such as DNV, RINA, while maintaining the aesthetic and technological refinement and precision expected in high-end shipbuilding. System Electronics’ expertise covers digital bridge systems, custom HMI panels, power management modules, and distributed automation units, all designed to integrate seamlessly within existing architectures and to withstand the challenges of sea life. Collaboration as a compass True innovation at sea does not happen in isolation. It is born from collaboration between engineers, integrators, and shipyards. System Electronics works closely with leading players in the marine world, co-designing systems that are not only functional but intuitive, efficient, and aligned with each vessel’s unique requirements. This approach turns complex infrastructures into coherent digital ecosystems. Interfaces communicate seamlessly, components connect with precision, and every action on the bridge translates into immediate performance below deck. And because vessels evolve, System Electronics accompanies its clients throughout the entire lifecycle, offering support from concept and prototyping to diagnostics, remote updates, and after-sales service. Intelligence below the surface Modern marine automation is a silent orchestra of sensors, processors, and interfaces, working together to ensure reliability and control. System Electronics builds this orchestration with smart I/O modules, industrial PCs, and custom HMI panels connected through CANbus and Ethernet backbones for resilient communication. These systems manage the essentials of vessel operation: engine room automation, ballast and bilge control, lighting, HVAC, alarms, and tank monitoring. Every HMI is customizable, with dimmable, high-brightness displays and IP-rated protection for bridge consoles, technical rooms, and crew spaces. The result is not just control, but awareness: a real-time understanding of the vessel’s condition, energy flow, and safety status. Powering a sustainable horizon As the maritime world moves toward electrification, System Electronics helps drive the transition. Its engineers co-develop hybrid propulsion and energy management systems that optimize power generation, storage, and distribution to reduce fuel consumption and emissions while maintaining performance. Key innovations include Battery Management Systems for marine lithium-ion batteries, DC/DC converters for power balancing, and advanced interfaces with propulsion inverters and smart switchboards. Integrated with Power and Energy Management Systems (PMS/EMS), these technologies allow smooth transitions between shore power, generators, and batteries, creating a more efficient and sustainable vessel. Tested, certified, and proven Behind every product is a rigorous process of validation. System Electronics performs in-house testing for electromagnetic compatibility, thermal endurance, vibration resistance, and fault tolerance, ensuring that each solution performs under the harshest marine conditions. All products meet international standards and are designed for both new builds and retrofit projects. From commercial fleets to defense vessels, System Electronics combines industrial reliability with custom design flexibility, earning the trust of shipyards and integrators worldwide. Beyond systems, a partner for the journey Technology alone does not define success at sea. What matters most is reliability, partnership, and trust. System Electronics delivers all three, supporting clients from design to deployment and beyond. By merging engineering precision with creative adaptability, the company helps shipbuilders and system integrators navigate the future of marine automation with confidence. Learn more at systemelectronics.com or visit the Coesia Group website.
Meet System Electronics, a coesia Brand, at Embedded World in Nuremberg
From March 10 to 12, Nuremberg (Germany) will host the latest edition of Embedded World, the leading international event dedicated to embedded systems, intelligent devices, and the future of industrial automation. Join System Electronics at Hall 3-A, booth 327, at Exhibition Centre Nuremberg, to discover our newest innovations in custom embedded devices, Edge AI solutions, and industrial automation. At System Electronics, we specialize in customized electronic solutions, from Industrial PCs and HMIs to I/O devices and fully tailored systems designed to meet customers’ unique requirements. We will showcase our top products, such as CoreXpress XS, and Power Guard SC. Under the spotlight at Embedded World Experience the power of Astrial, our advanced System-on-Module (SoM) family for industrial Edge AI. Astrial is engineered for local AI processing, enabling real-time analytics and decision-making directly on the machine. Discover the new Astrial H15, featuring the Hailo-15 accelerator ideal AI smart cameras and preview of Astrial iMX95 H10 providing LLM capabilities. Astrial is the platform’s maker-to-industrial compatibility, compact form factor, and complete ecosystem, including carrier boards, Linux Yocto BSP, Python APIs, and ready-to-use AI demos, make it ideal for applications in industrial automation, robotics, smart mobility, and more. Meet our experts to learn about our full range of solutions, including custom device design, edge AI, and electronic manufacturing services. Discover how System Electronics can help you reduce latency, save bandwidth, enhance security, and achieve superior performance in dynamic, real-time environments. Our team looks forward to welcoming you in Nuremberg! Date: March 10–12, 2026 Location: Nuremberg, Germany Hall/Booth: 3A-327
The role of custom electronic systems in modern mobility
Electronics are at the core of the transformation taking place in mobility. How do vehicles manage to be safer, more efficient and increasingly connected at the same time? The answer lies in the systems that make performance measurable, safety dependable and energy management intelligent. This is the field where we operate. We design and manufacture custom electronics components that make systems precise, reliable and ready for real conditions. Backed by years of engineering and racing experience, we work closely with each customer throughout every stage of development, making sure technology always meets the realities of the road. Designing across low and high voltage applications Our capabilities extend across the entire spectrum of vehicle electronics, covering both low-voltage and high-voltage systems. This allows us to address a wide variety of applications within modern vehicles. In the low-voltage domain, we develop control units that coordinate the functions of comfort and safety. Steering wheel electronics, infotainment interfaces, seat movement controls, and anti-theft devices are designed to enhance connectivity and ensure a smooth interaction between driver and vehicle. In the high-voltage domain, we engineer the systems that enable electrified performance. Our inverters, Battery Management Systems, DC/DC converters, and On-Board Chargers deliver precise energy control and stable performance in both road and racing environments. Developing electronics through shared engineering Every project begins with collaboration. Our approach to custom design is based on constant dialogue with customers, translating functional requirements into optimized electronic solutions. By bringing together design, development, and validation, we ensure that every system meets its intended specifications and integrates seamlessly within the vehicle architecture. Our fast prototyping process enables rapid testing and early verification, helping customers shorten development times and move efficiently toward industrialization. Collaboration is what transforms ideas into practical, high-performance results. Supporting every project through its full lifecycle Our work continues throughout the entire product journey. We accompany each project from its first concept through engineering, industrialization, prototyping, production and after-sales service. This complete lifecycle approach guarantees coherence and reliability at every stage. By managing the process end to end, we maintain clear communication and consistent quality. Customers benefit from a single partner who ensures technical alignment, precision, and long-term dependability across all project phases. Applying motorsport experience to every solution Motorsport has always been an environment that tests both people and technology. Years of collaboration with racing teams have taught us how to create electronic systems that perform under demanding conditions, combining accuracy and resilience in every component. This background shapes our work in the automotive field. The same attention to performance and reliability that defines racing now informs the design of our custom electronics components for road vehicles. What succeeds on the track becomes the basis for innovation on the road. Ensuring reliability through advanced engineering Reliability defines the value of any electronic system. Every product we deliver is designed and tested to meet the most rigorous performance and safety standards. Our engineering approach focuses on precision, stability, and durability to ensure that each component performs consistently throughout its lifetime. This commitment to quality translates into measurable results for our customers, efficient systems, dependable performance, and complete confidence in every custom electronics component we produce. Accelerating innovation with fast prototyping In a sector driven by rapid progress, speed is essential. Our fast prototyping capabilities allow us to turn concepts into functional samples within short timeframes, giving customers the opportunity to test and refine designs early in the process. This approach accelerates development, supports faster decision-making and helps bring new products to market quickly and efficiently. For both manufacturers and racing teams, agility and precision work together to drive innovation. Building partnerships beyond technology Technology achieves its full potential when developed through strong collaboration. We believe that long-term success comes from understanding our partners’ objectives and providing the technical continuity to achieve them. By integrating custom design, fast prototyping and full lifecycle management, we create solutions that combine innovation, reliability, and performance. Each collaboration becomes a shared journey, transforming complex requirements into proven, high-quality custom electronics components. Contact us! We design and manufacture advanced custom electronic components for automotive and motorsport applications, supporting every project from concept to production. Discover how our expertise can enhance your next development. Contact us here or visit our website to learn more.
System Electronics showcases innovation at Future Battery Forum 2025
On November 25–26, System Electronics will be in Berlin at the Future Battery Forum 2025, located at booth L03. Our team will present the latest innovations in equipment for battery forming and aging, designed to help strengthen and grow your business. System Electronics introduces a high-density, modular solution for lithium-ion cell activation, engineered to optimize thermal management, energy efficiency, and scalability. Designed and manufactured in Europe, it sets a new standard for flexibility in plant design and accelerates time to market. Join us and meet our experts, alongside Coesia teams from COMAS, FlexLink, G.D, and Norden, ready to inspire you and share cutting-edge solutions for the battery industry.
Inside System Electronics: building industrial innovation from the Core
What does it take to become a reference point for tailor-made electronics in today’s complex industrial landscape? At System Electronics, the answer lies in a bold blend of customization, innovation, and strategic vision. What began as an internal division of System Ceramics is now a center of excellence within the Coesia group, delivering advanced electronic and mechatronic solutions. From AI on Edge to control systems, from e-Mobility to industrial automation, we help partners move faster, think smarter, and compete harder. Sharing how the company is shaping the future of industrial electronics is Luca Buscherini, Sales Director at System Electronics. Let’s start from the beginning: what defines System Electronics’ DNA today? From the origins in the ceramics sector, SE has developed into a tech partner for some of the most demanding industries. The strength lies in combining speed and flexibility with the structure and reliability of a global industrial group. “We design custom electronic and mechatronic solutions for industries ranging from pharma to e-Mobility,” says Buscherini “What makes us different is our ability to combine the agility of a small, highly specialized company with the process organization, procurement capabilities, and financial solidity of a large group.” This hybrid profile is what allows SE to operate at the intersection of innovation and operational excellence: “We started in the ceramics industry, and today we’re a global partner for mission-critical electronic systems.” The Company claim is ‘Tailormade Electronics to Win’. What does that mean in practice? Customization is the core of System Electronics’s approach. Every solution is engineered through a modular design philosophy based on pre-tested functional blocks, allowing fast development with low risk. “Our approach is like building with Lego,” explains Buscherini “We use tested building blocks to deliver flexible, scalable, and cost-effective solutions that meet exact customer needs.” A philosophy that is applied across the company’s offering, from Copilot (HMI systems), to CoreXpress (IPCs), to Astrial, the AI-on-Edge platform and much more. “Many of our clients have been working with us for decades, because they know we can build what doesn’t exist yet. And our electronics are trusted even in extreme environments—we manufacture components for F1 and MotoGP teams.” How do you approach innovation and what makes it meaningful? “Innovation only makes sense when it creates value,” as Buscherini notes “If we can’t be the cheapest, we make sure our products give customers a long-term competitive edge.” Take Astrial, for instance: an ultra-compact, low-power SOM platform for AI applications at the edge. “It’s only 7W, cyber-secure, industrial-grade, and we guarantee availability for over 10 years. That’s something no one else offers in this form.” System Electronics is also part of LiBER, a spin-off of the University of Bologna for the development of next-generation Li-ion batteries. Their contribution focuses on the battery formation process, a key step that determines safety, durability, and performance. What challenges does your “ideal” client need to bring to you? SE works with companies that don’t settle for off-the-shelf solutions, but are looking for more than a supplier: a tech partner who can co-design and deliver tailored systems, often under strict constraints. “Our ideal client has a complex challenge, something standard products can’t solve,” explains Buscherini “We’re the right partner for companies that need speed, flexibility, and end-to-end support: from design to production, certification, and after-sales.” Sometimes, “we become their R&D team. Other times, we take care of everything they don’t want to or cannot manage internally” By handling complexity end-to-end, System Electronics allows clients to stay focused on their core business. System Electronics used to focus only on Coesia. What changed? For many years, the company operated exclusively as a captive supplier within the Coesia group. But lately, that model has changed radically, opening new growth paths and new markets. “We’ve completely reshaped our sales strategy to go beyond Coesia,” explains Buscherini “Today, over 50% of our turnover comes from external clients.” This shift required a full commercial reorganization: vertical industry specialists, inside sales, solution architects, and an international network of agents and partners. “We’ve signed strategic agreements with EBV and Arduino, and we’re expanding our presence in Germany, India, and North America.” What’s your long-term vision? “We want to be Coesia’s electronic partner, but also a benchmark for the wider market,” points out the Sales Director “That means scaling our offer, investing in services, and expanding our partner ecosystem.” The strategic goal is clear: to become the reference in Europe for tailor-made electronics across industrial, commercial, and e-Mobility sectors, while continuing to support the Coesia group as an internal excellence center. “We don’t hide our ambition: in our verticals, we want to be number one.” And how are you building visibility to support this growth? Alongside business development, investing in communication and brand positioning is the key. The focus is on sector-specific events, direct engagement, and digital presence. “We show up where it matters, like Embedded World, SPS, industry trade fairs, and roadshows,” says Buscherini “But we’ve also made LinkedIn and our website the two pillars of our digital strategy.” The message is clear and consistent: “We build the core that drives your success.” With strong roots in in-house specialization, we’re now evolving into a strategic global tech partner. Through modular engineering, tailored design, and long-term vision, we help clients tackle complexity, accelerate innovation, and create lasting value. Are you ready to explore how we can support your next challenge? Get in touch today.
Let’s meet a The Battery Show North America!
From October 6th to 9th, our experts will welcome you on the Coesia Group Booth | Main Hall, Booth 3200. With the combined expertise of AMC, CIMA, COMAS, FlexLink, G.D, Norden and System Electronics, Coesia delivers fully integrated battery cell manufacturing solutions designed to optimize efficiency and cut TCO. System Electronics will present his solution for optimizing Formation & Aging with precise thermal control, efficient energy use, and scalable architecture, ideal for both pilot and full-scale production.
When proven technology meets new challenges: how stepper motors brought value in future-proof installations
At some point, sticking with what’s always worked stops being enough. It’s not that things break down, they still run. But they stop moving you forward. In industrial automation, that moment often comes quietly, when technology that once felt like a perfect fit starts to show its limitations in light of today’s expectations: higher precision, better integration, less waste. That’s what Star Technology, a company that’s been designing and building tube bending machines for decades, began to see. Their machines are known for being solid. High quality and reliable and are used in industries from refrigeration to chemicals all over the world. Beyond tube bending, Star Technology also develops punching and finishing systems, as well as custom automation equipment, distributed globally across multiple industrial sectors. But one part of the setup had remained unchanged for years: the use of pneumatic drives to control motion. Pneumatics had done their job well, delivering the force and responsiveness required. But as new demands emerged, the company began asking whether it was time to evolve. Why Star Technology re-evaluated pneumatic motion control Star Technology wasn’t looking to disrupt the working system. The goal was to improve it. Customers were asking for tighter tolerances, better process consistency, and easier integration into digital workflows. Pneumatic drives, once the obvious choice, started to feel less aligned with these needs, not because they had failed, but because the expectations had shifted. The question wasn’t “what’s wrong with pneumatics?” but “what else can help us go further?” The team began evaluating alternatives that could offer greater control and long-term flexibility, while still fitting into the machines they knew and trusted. Exploring new ground (and hitting a few walls) To move forward, Star Technology opened a scouting phase. The idea was to find a motion solution that could replace pneumatic actuation with an electronic system, specifically, one that could integrate with a new machine already in development. Precision and reliability were key. But so was compatibility with the company’s existing architecture. Through Coesia’s sales network, Star Technology connected with System Electronics and began exploring new options. Several suppliers had already proposed brushless motor solutions. These systems offered high performance but came with added complexity: sensor feedback loops, advanced control logic, and the need for a broader redesign of the control infrastructure. While brushless motors are often preferred in high-speed applications, they can be excessive for systems where control and positioning are more critical than speed. Additionally, their cost and integration requirements made them a less-than-ideal match for the specific goals of the project. Software mismatches and rigid platforms only reinforced the sense that a more balanced solution was needed. That’s when System Electronics came into the picture. A different approach: fit the machine, not the trend System Electronics was born within System Ceramics to develop dedicated electronic controls for industrial machines. Since joining the Coesia Group, it has extended its reach to a wide range of applications, always focusing on integration, performance, and long-term reliability. For Star Technology, they proposed a stepper motor solution, a technology already tested and proven in demanding production lines. Stepper motors operate in fixed increments, making them particularly well suited to tasks where control and positioning are more important than speed. The selected technology doesn’t require sensor feedback or closed-loop control, which reduces the need for a complex infrastructure and simplifies integration. Compared to brushless motors, stepper motors offer a more cost-effective solution for applications that prioritize precision, stability, and simplicity. This wasn’t about cutting corners, it was about making the right choice for the application. The simpler architecture made the system easier to integrate and maintain, while still delivering the precision needed in bending operations. Collaborative integration and real-time problem solving Integration required teamwork. Although stepper motors offered a cleaner implementation path, adapting them to Star Technology’s machine still involved technical effort, particularly on the software side. Rather than hand off the hardware and leave the rest to the customer, System Electronics worked side by side with Star Technology’s engineers. Together, the teams aligned control parameters, refined the interface, and ensured the drives responded smoothly to the machine’s logic. This wasn’t a standard installation, it was a co-engineered solution, tuned specifically to meet the machine’s performance profile. That shared effort made all the difference. From test to production: seeing results By December 2024, the new motion system had been successfully installed and tested on a tube bending machine still under construction. The initial feedback confirmed the expectations: movement was more stable and controlled, and the absence of a compressed air infrastructure led to reduced maintenance demands and improved energy efficiency. For the first time, Star Technology’s team could handle motion parameters entirely through software, an important step toward greater flexibility and future integration with digital systems. Encouraged by the results, the company placed its first commercial order for the new configuration in January 2025. What began as a technical trial had become a concrete improvement, ready to be adopted in production. The impact of transitioning to electric motion The new system offered the same reliability with added precision, better long-term control, and a more compact architecture. It made the machine more adaptable, more digital-ready, without requiring a full redesign. This case also shows that proven solutions from one sector can bring value to another. The stepper motor platform developed by System Electronics for ceramic lines proved just as effective in a metal bending context, reinforcing the idea that smart engineering travels well across industries. What made it work Star Technology wasn’t looking for a black-box product. They needed a partner, someone who could adapt a solution to their context, support them during integration, and stay involved through testing and refinement. That’s exactly what they found in System Electronics. Thanks to that collaboration, Star Technology was able to introduce a new motion platform confidently, one that now positions their machines for even greater efficiency and control moving forward.
System Electronics Brings Compact Efficiency to Formation & Aging
The Formation & Aging process is crucial for establishing the electrochemical system and stabilizing battery performance. However, traditional methods require extensive space and can slow down time to market. What if you could redesign your plant to improve density and scalability? System Electronics’ new Formation & Aging solution is engineered to tackle these challenges head-on. As part of Coesia’s ongoing revolution in the Energy Storage Systems market, this innovation reimagines late-stage processes providing a new paradigm of flexibility in factory design. System Electronics Breakthrough European Equipment for Formation & Aging The System Electronics solution is a high-density, modular system designed to enhance lithium-ion cell electrochemical activation. By optimizing Formation & Aging processes, it ensures precise thermal management, efficient energy utilization, and seamless scalability, ideal for both pilot and large-scale production lines. Designed and manufactured in Europe, the System Electronics’ solution integrates the highest standards of Western equipment, ensuring cutting-edge innovation, reliability, and compliance with industry regulations. High Density Design Leveraging expertise from the logistics and industrial electronic design, our engineers have developed this high-density solution with an efficient and unique power distribution system, enabling manufacturers to maximize their plant’s footprint. This high-density approach allows significantly more cells to be processed without requiring additional floor space, cutting off the space needed compared to traditional solutions. Modular and standardized approach System Electronics solution’s pre-assembled, standardized modules significantly reduce installation time, accelerating production ramp-up. This modularity also enables unmatched scalability, allowing to expand capacity without disrupting ongoing operations. A perfect match for enabling manufacturers to respond effectively to the demands of a highly dynamic market. Advanced Thermal Management Accurate and consistent thermal conditioning is vital for a uniform cell activation ensuring higher battery quality and lifespan. System Electronics introduces a game-changing innovation: a traywith active thermoregulation. This method guarantees that all cells are always kept at the same controlled temperature, erasing temperature swings generated by air flows, and allows an extremely efficient energy management. Choose System Electronics for Space Efficiency and Cost Savings Facilitating innovation for every industrial business, this is what System Electronics has been doing since the 1980s, thanks to our expertise on the field of electronics and mechatronics. We are electronics specialists, producers of components of excellence and tailored solutions in the fields of Custome Devices & Automation, HMI copilots and Electronic Manufacturing Services. With System Electronics, battery manufacturers can optimize the footprint efficiency, scale up operations rapidly, and reduce energy costs.
CoreXpress M: industrial reliability of the CoreXpress family now scaled to your needs
Choosing the right computing solution has never been more critical in industrial automation. In sectors like medical, food, and marine applications, performance must walk hand in hand with precision, reliability, and efficiency. At System Electronics, we know that no two industrial challenges are alike. That’s why we created the CoreXpress family: a new generation of industrial PCs designed to deliver maximum performance where it truly matters. Today, with the arrival of CoreXpress M, we offer a new answer for all those applications where reliability must not come at the cost of unnecessary complexity or energy waste. Why scalability matters in industrial automation For years, the original CoreXpress served as a benchmark for high-end industrial computing, capable of processing enormous amounts of data in real time. It was developed with the demands of sectors like digital printing and image acquisition in mind, where managing gigabytes of image data with perfect synchronization is non-negotiable. However, we also observed a clear trend: not every customer needed that level of extreme performance. Many industrial applications require stable, continuous computing power, but not necessarily the most powerful CPU or the largest memory configuration. This is where the idea of scalability came in. It is not about offering a weaker product; it’s about offering the right-sized solution. If the task is to manage a limited number of sensors, operate fewer cameras, use optics with lower resolution, or perform calculations where more time is available for processing, it makes no sense to invest in an oversized machine. CoreXpress M allows industries to choose performance aligned with real operational requirements, optimizing space, energy consumption, thermal dissipation, and costs without compromising on industrial-grade quality. CoreXpress M: compact power built for industrial applications CoreXpress M is a compact industrial PC developed specifically by System Electronics to deliver reliable, continuous performance in demanding environments. Based on the Intel Core i3-1215U processor (12th generation), it ensures high efficiency in managing industrial automation tasks, maintaining operational continuity even under extended conditions, with a certified operating range from 0°C to 50°C. Designed without a fan, CoreXpress M employs Heat Pipe Cooling technology to optimize thermal dissipation. This architecture ensures silent operation and lower energy consumption, critical factors for efficiency in industrial environments. CoreXpress M is easily mountable on a DIN rail for safe and standardized installation inside control cabinets or equipment racks. To guarantee maximum adaptability, it is available with multiple operating systems, including Windows 10, Debian, and Ubuntu 22.04, supporting seamless integration both into existing infrastructures and next-generation industrial ecosystems. Customization at the core of CoreXpress M Every industrial project comes with its own set of requirements, and CoreXpress M is built to meet them with maximum flexibility. Depending on the application, CoreXpress M can be configured with 2 or 6 Ethernet ports (corresponding respectively to Model 2E001811 and Model 2E001812), ensuring the right connectivity for simpler setups or more complex network architectures. Storage options are just as flexible, supporting both SATA and NVMe SSDs via M.2 modules, with capacities of up to 2TB, while memory can scale up to 64 GB RAM, delivering the responsiveness needed for a wide range of industrial tasks. In terms of connectivity, the system offers 2 HDMI ports, 4 USB ports, and 1 RS232 serial port, with the possibility to add an optional FieldBus interface for even greater expandability. Because industrial environments are never standard, the physical design of CoreXpress M can also be customized. From tailored casing dimensions to custom colors and company logos, every detail can be adapted to integrate perfectly into your machine or production line, both technically and visually. Ready for today, scalable for tomorrow In industrial automation, time is critical. Delays in integrating or replacing systems can quickly lead to increased operational costs. That’s why CoreXpress M is delivered fully configured, thoroughly tested, and ready to install, helping customers minimize downtime and accelerate time-to-market. At the same time, CoreXpress M fits into a broader scalable architecture. Customers can choose the model that matches their current needs — lighter or more complex — with the confidence of relying on the same trusted, industrial-grade platform over time. It’s a practical approach that balances immediate efficiency with future adaptability, without overinvesting. Industrial performance without compromise CoreXpress M brings the quality, robustness, and engineering excellence of System Electronics into a format that is compact, efficient, and tailored for industrial applications with lighter, yet essential, requirements. It proves that you don’t need to overinvest to achieve true industrial-grade reliability, you just need a partner who understands the real needs of automation. If you’re ready to bring tailored, scalable performance into your production line, it’s time to discover what CoreXpress M can do for you.