As industries undergo digital transformation, the pressure to modernize infrastructure without sacrificing reliability or uptime has never been greater. From predictive maintenance and real-time process control to machine vision and AI-driven analytics, today’s industrial environments demand more than traditional computing—they require resilient, intelligent systems that operate at the edge, closer to where the data is generated and decisions must be made instantly.
The Tacton TC401 answers this call with precision. Engineered to meet the dynamic requirements of Industry 4.0, it combines rugged durability, modular customization, and intelligent processing capabilities in a compact form factor. Whether deployed on the plant floor, embedded into mobile machinery, or positioned in harsh outdoor environments, the TC401 offers uncompromising performance where failure is not an option.
Unlike conventional IPCs that struggle with thermal limits, limited I/O, or aging interfaces, the TC401 has been purpose-built to serve as an edge-native platform—capable of securely running analytics, interfacing with industrial protocols, and scaling as system demands evolve. It’s not just a PC in a rugged case—it’s a smart industrial hub, designed to empower your operations with real-time data processing, control autonomy, and operational resilience at the far edge of your network.
What Is the Tacton TC401?
The Tacton TC401 is a next-generation, fanless industrial computer purpose-built for mission-critical workloads in extreme and unpredictable environments. It brings together robust engineering and future-ready performance to serve a broad spectrum of industrial applications—from factory automation and predictive maintenance to smart energy systems and autonomous machinery.
Designed with flexibility at its core, the TC401 supports a wide range of processors (including Intel Atom, Celeron, and Core i3/i5/i7 options), multiple modular I/O configurations, and expansion capabilities for AI acceleration, edge analytics, and protocol integration. It thrives in dusty, high-vibration, temperature-variable settings, making it an ideal choice for on-machine installation, outdoor cabinets, or mobile control units.
Despite its compact size, the TC401 is packed with industrial-grade features: wide-range power input, shock/vibration resistance, IP-rated housing options, and support for real-time operating systems. Whether serving as the control unit for a robotic assembly arm, a gateway for a remote SCADA node, or a vision processing module in a logistics hub, the TC401 adapts to your infrastructure—reliably, intelligently, and efficiently.
Key Features: Built for the Demands of Industry
Ruggedized for Harsh Environments
- Fanless, ventless design for reliability in dusty, humid, and vibration-prone areas
- Wide operating temperature range: from -25°C to +70°C
- IP65-rated housing (optional) for protection against dust and water
- Shock and vibration resistance meets IEC 60068 and MIL-STD-810G
Modular & Scalable Architecture
- Processor options: Intel Atom, Core i3, i5, or i7
- Expansion bays for I/O cards, storage modules, and custom interfaces
- Flexible slots: USB, COM, LAN, GPIO, CAN, and PoE options
- Support for M.2 NVMe SSDs, SATA storage, and AI acceleration modules
Edge Intelligence & Protocol Integration
- Edge-ready for real-time analytics, vision processing, and machine learning inference
- Compatible with EtherCAT, PROFINET, Modbus, and CANopen
- Dual LAN for redundancy and M2M communication
- Integration with SCADA, MES, and ERP platforms
Secure, Connected, and OS-Agnostic
- Embedded TPM 2.0 chip for hardware-level encryption and authentication
- Works with Windows 10 IoT, Ubuntu, Yocto Linux, and RTOS environments
- Optional LTE, Wi-Fi, and Bluetooth modules for mobile or remote deployment
Performance: Power Where It’s Needed Most
At the heart of modern industrial innovation lies the need for real-time responsiveness, data-rich processing, and fail-safe performance—especially in environments where milliseconds make a difference. The Tacton TC401 is engineered precisely for these conditions, bringing server-grade intelligence directly to the edge of your operation.
Built for low-latency, high-reliability edge applications, the TC401 excels in use cases where deterministic performance is non-negotiable. Whether it’s coordinating multi-axis robotic systems, performing in-line vision inspections on production lines, or driving instant alerts and decision-making in logistics or material handling systems, this industrial PC ensures that data is processed quickly, consistently, and without compromise.
The TC401 is capable of 24/7 operation in thermally constrained, high-vibration, or remote environments—thanks to its fanless cooling, industrial-grade components, and smart thermal management design. It maintains consistent processing speeds even when under sustained workloads involving multiple sensor inputs, video streams, or controller interactions.
Where traditional IPCs might struggle to keep up with advanced algorithms, the TC401 goes further by supporting built-in AI acceleration and hardware expansion for GPUs, FPGAs, or TPUs. This makes it a powerful foundation for edge intelligence, capable of executing machine learning inference, predictive analytics, and complex logic locally—without relying on cloud resources or risking latency due to connectivity lags.
In short, the TC401 isn’t just a controller—it’s a real-time computing engine tailored for industrial autonomy. It gives OEMs, integrators, and plant operators the power to shift intelligence to the edge, enabling faster decisions, smarter systems, and more agile operations—all within a compact, rugged footprint.
Use Cases: Where the TC401 Shines
Factory Automation
- Robotic arm coordination
- Conveyor tracking with vision sensors
- Real-time process feedback to PLCs
Predictive Maintenance
- Vibration and thermal monitoring
- Fault pattern detection via ML models
- Integrated sensor data aggregation
Smart Warehousing
- Automated Guided Vehicle (AGV) navigation
- Barcode and RFID processing at the edge
- Local control for sorting and routing systems
Energy and Utilities
- Substation monitoring
- Edge processing in remote power sites
- Rugged SCADA nodes in the field
Design and Build: Rugged, Compact, Accessible
The Tacton TC401 stands out not only for its computing power but also for its thoughtful industrial-grade design, crafted to meet the real-world demands of installation, maintenance, and long-term deployment in unforgiving environments.
Every aspect of the TC401’s build has been engineered with durability, accessibility, and adaptability in mind—making it ideal for OEMs, system integrators, and maintenance teams looking for a system that just works, and keeps working.
Flexible Mounting for Any Deployment Scenario
With support for DIN-rail, wall-mount, and VESA configurations, the TC401 can be easily and securely installed across a wide range of industrial settings—from tightly packed control cabinets and electrical panels to mobile machinery and smart kiosks. Its compact footprint ensures it integrates seamlessly into both legacy and modern enclosures without requiring significant redesigns.
Tool-less Access for Serviceability
Downtime is the enemy of productivity—and the TC401 is designed to minimize it. Its tool-free access panels provide quick entry to critical components, including storage, memory, and I/O modules. This simplifies on-site upgrades, replacements, and diagnostics, reducing maintenance time and increasing system uptime in high-demand environments.
Built-In System Monitoring and Diagnostics
- Status LEDs on the front panel offer instant visual feedback on power, system activity, and connectivity.
- An integrated watchdog timer ensures automatic recovery in the event of system hangs or crashes—providing a safety net for unattended operation.
- Remote diagnostics capabilities allow system administrators to monitor performance, receive alerts, and troubleshoot issues via remote management platforms—ideal for large-scale or geographically dispersed deployments.
Industrial-Grade Reliability
The TC401 features EMC shielding to protect against electromagnetic interference (EMI), ensuring stable performance in electrically noisy environments like factory floors, substations, or logistics hubs. All I/O ports use ruggedized industrial connectors, rated for repeated use and secure fit, even in environments prone to vibration, dust, or moisture.
Combined, these design elements deliver a system that’s not just powerful and intelligent—but also physically and operationally dependable. The TC401 is built to be installed once and trusted for years, no matter how tough the application.
Conclusion
If you’re building a next-generation factory, deploying smart edge devices in unforgiving environments, or looking to consolidate real-time control and edge analytics, the Tacton TC401 is not just worth it—it’s a strategic investment.
This isn’t a general-purpose PC stuffed into an enclosure—it’s a true industrial platform, engineered from the ground up to thrive in the toughest applications while supporting tomorrow’s AI-driven demands.
From its rugged build and flexible I/O to its edge intelligence capabilities, the TC401 gives your systems the intelligence, connectivity, and resilience to operate smarter, faster, and more autonomously.
FAQ
1. What processor options are available for the TC401?
You can configure the TC401 with a range of Intel CPUs to match your performance requirements, including Intel Atom, Celeron, or the more powerful Core i3, i5, and i7 series.
2. Can the TC401 support AI and vision applications?
Yes. The TC401 offers expansion slots for dedicated GPU or VPU acceleration modules, enabling real-time AI inference and advanced vision processing directly at the edge.
3. What OS platforms are compatible?
The TC401 is highly versatile, supporting Windows 10 IoT, Ubuntu Linux, Yocto-based distributions, and even real-time operating systems (RTOS) for time-critical industrial applications.
4. Does it support wireless or cellular connectivity?
Absolutely. You can equip the TC401 with Wi-Fi, LTE, and Bluetooth modules to ensure reliable remote or mobile connectivity in any deployment.
5. Is it suitable for outdoor or mobile industrial environments?
Definitely. With its extended operating-temperature range, built-in shock resistance, and optional IP65-rated enclosure, the TC401 is engineered for the most demanding field and mobile applications.
