Industrial Automation PC Product Line
Advanced industrial PC based computing platforms, I/Os, power solution and real-time capabilities designed for industrial automation.
Control Cabinet Industrial PCs
Support real-time OSs/Extensions, high performance with Intel® 6-11th Gen. Core™ i3/i5/i7/i9, Celeron® processors, RS-232/485, PoE, DIO and CAN options
Fanless Control Cabinet PCs
Support real-time OS or extensions, energy-efficient Intel® Celeron® J1900, J6412 and 6-11th Gen. Core processors, RS-232/485, PoE, DIO and CAN options
iPAC Controllers & I/O Modules
Modular ARM and x86-based industrial automation controllers with flexible EtherCAT digital, analog, temperature, and encoder inputs/outputs expansions
EtherCAT I/O Modules
High-speed EtherCAT communication, aluminum IP30 housing, DIN rail mounting, support 24VDC input and up to 32 channel digital inputs/outputs
Supercapacitor UPS
Advanced supercapacitor technology, auto-voltage detection (12V or 24V), wall mounting aluminum housing, -20°C to 60°C wide operating ran
HDBaseT Display Transmitter
Allows for long-distance transmission of HDMI, DVI video, USB and RS-232 signals via Ethernet to industrial displays with HDBaseT receiver built-in
Nodka's Automation PC Product Line
Flexible and Modular Design
Nodka’s Automation PC product line is engineered to meet the sophisticated demands of industrial automation with a suite of high-performance PCs and support modules. This comprehensive suite includes control cabinet PCs that support a variety of real-time operating systems and extensions, and are powered by a range of Intel® processors
equipped with diverse I/O options. It also features fanless IPCs for energy-efficient operations, EtherCAT I/O modules for high-speed real-time communication, a supercapacitor UPS for power
backup, and HDBaseT transmitters for long-distance, high-quality display connectivity. Each component is designed to work together seamlessly, creating a complete line of products for complex and demanding automation tasks.
Scalable Performance and Customization Flexibility
The COMLACTM SoM design architecture Nodka’s Automation PCs supports easy upgrades and customization, offering a variety of expansion slots for additional peripherals, which helps in tailoring the system to specific industrial needs. These PCs range from Intel® Celeron® for basic tasks to Core™ i9 processors for intensive applications, allowing them to handle varying levels of data processing and software demands across different industrial environments.
Real-time OS Compatability
Nodka’s Automation PCs’ compatibility with real-time operating systems (RTOS) like INtime, VxWorks, RTX, EC-Win, Windows or Linux with real-time extensions, enables precise control and synchronization essential for demanding industrial applications. These systems offer deterministic performance critical for robotics and process control, ensuring tasks are executed exactly when needed. The support of different RTOS allows for flexibility in application development and deployment, catering to diverse industrial needs and ensuring robust, efficient operation in time-sensitive environments.
Comprehensive Fieldbus Support
The EtherCAT support to Nodka’s Automation PCs enhances their real-time capabilities significantly. As a master, the Automation PC can control a network of EtherCAT slave devices, like I/O modules, with high precision and minimal latency. This setup is ideal for synchronized operations in automation, where tasks require exact timing across multiple devices. EtherCAT’s fast communication speed and efficient data handling make it well-suited for complex real-time applications in industrial environments, providing a robust and scalable solution for modern automation challenges.
Apart from EtherCAT, several other fieldbus systems are also supported, which include PROFIBUS for connecting industrial controllers and I/O devices, CANopen for machinery, Modbus for industrial devices and PROFINET for more complex applications and integration into industrial Ethernet networks.
Versatile Mounting Options
Nodka’s Automation PC product line supports both control cabinet wall mount and DIN Rail mount options, catering to diverse installation needs in industrial automation. Wall-mounted solutions are ideal for stable, accessible setups in control rooms or confined spaces, while DIN Rail mounting offers flexibility and ease of integration within complex systems, allowing for rapid changes and scalable configurations. This dual mounting capability ensures that Nodka’s products can adapt to varying industrial environments and application requirements, enhancing overall system design and functionality.
Automation PCs in Action
Use Case 1: Machine Control, Motion Control & Robotics
Automation PCs are widely used as motion controllers and robot controllers in modern factories. They can replace traditional motion controllers or PLCs while providing higher computing performance and system integration flexibility.
Best for:
- Multi-axis motion control systems
- Robot controllers and robotic workcells
- CNC auxiliary control and machine retrofits
- Pick-and-place, gantry, and coordinated automation systems
Key fit:
- Support for real-time extensions (INtime, RTX) and real-time OS
- Compatibility with open control software such as CODESYS
- Built-in and expandable Digital I/O for motion and robot signals
- Fieldbus expansion (CAN, EtherCAT) for drives and I/O
- High-performance Intel® CPUs for coordinated motion computation
Related Products:
NP-6122 / NP-6132 Automation PC Series
NP-6125 / NP-6135 Automation PC Series
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Use Case 2: Production Line Control & Assembly Automation
Automation PCs are commonly deployed on production lines to control machines, coordinate stations, and integrate inspection and assembly automation into a unified control platform.
Best for:
- Production line control and coordination
- Automated assembly lines
- Packaging and bottling systems
- Conveyor and material handling systems
Key fit:
- Multiple LAN ports for separating machine, vision, and factory networks
- Digital I/O for sensors, actuators, and interlocks
- Serial ports for legacy equipment integration
- Scalable CPU options to match line complexity
Related Products:
NP-6123 / NP-6133 Automation PC Series
NP-6122 / NP-6132 Automation PC Series
Use Case 3: Machine Vision for Quality Inspection & Assembly
In machine vision systems, Automation PCs act as the edge computing platform for image processing, inspection logic, and direct interaction with machine control.
Best for:
- In-line quality inspection systems
- Vision-based defect detection
- Barcode, QR code, and OCR verification
- Vision-guided assembly automation
Key fit:
- CPU performance headroom for vision algorithms and AI inference
- PoE LAN support for industrial cameras
- Trigger input and light control for precise image capture timing
- Expansion options for vision I/O or frame grabbers
Related Products:
NP-6125 / NP-6135 Automation PC Series
NP-6133 Ultra / NP-6135 Ultra Series
Use Case 4: PLC Replacement & Open Control Systems (iPAC)
iPAC and Automation PC platforms can replace traditional PLCs by combining industrial IPC hardware with open control software and real-time extensions.
Best for:
- PLC replacement using IPC-based control
- Soft PLC systems with open software platforms
- Integrated control and visualization systems
- Modular machine control architectures
Key fit:
- Compatibility with CODESYS and other IEC 61131-3 environments
- Support for real-time extensions such as INtime and RTX
- Deterministic I/O handling via EtherCAT I/O modules
- Tight coupling between control logic and industrial I/O
Related Products:
iPAC Industrial Automation PC Controllers
EtherCAT I/O Modules Series
Use Case 5: Edge Data Collection & Industrial Process Automation
Automation PCs are also used as edge controllers for process automation, data collection, and monitoring in industrial and infrastructure environments.
Best for:
- Process automation and monitoring
- Industrial data acquisition and logging
- Utilities and infrastructure control systems
- Remote or unmanned industrial installations
Key fit:
- Rugged industrial design for long-term operation
- Wide operating temperature support
- Multiple communication interfaces for field devices
- Local storage for alarms, logs, and historical data
Related Products:
NP-6116 Fanless Automation PC Series
NP-6111 Fanless Automation PC Series
Use Case 6: AGV / AMR Controllers & Mobile Robotics
Certain Automation PCs are well suited for AGV (Automated Guided Vehicle) and AMR (Autonomous Mobile Robot) systems, where reliable computing, real-time control, and rich connectivity are required in a compact industrial form factor.
Best for:
- AGV main controllers and navigation computers
- AMR control systems with SLAM and sensor fusion
- Mobile robot fleet platforms
- Autonomous logistics and warehouse vehicles
Key fit:
- Compact industrial design suitable for mobile platforms
- CAN bus support for motor drivers and vehicle subsystems
- Digital I/O for safety sensors, encoders, and status signals
- Multiple LAN ports for LiDAR, cameras, and onboard networks
- Fanless or rugged active-cooling options for vibration environments – Support for real-time control software and robotics middleware
Related Products:
NP-6116 Fanless Automation PC Series
NP-6118 Fanless Automation PC Series
NP-6122 / NP-6132 Automation PC Series
Use Case 7: Energy Storage Systems (ESS) & Data Center Control Rooms
Fanless control cabinet Automation PCs with rich serial communication and digital I/O are also widely used in energy storage systems and data center control room environments, where reliability, long-term operation, and connectivity to large numbers of field devices are critical.
Best for:
- Battery Energy Storage Systems (BESS)
- Energy management and power monitoring systems
- Data center control rooms and facility monitoring
- Power distribution units (PDU) and UPS supervision
- Environmental monitoring and alarm systems
Key fit:
- Multiple RS-485 ports for BMS, power meters, inverters, and UPS devices
- Digital I/O for alarms, breakers, relays, and status monitoring
- Fanless design for silent, dust-free control rooms
- Long lifecycle components for 24/7 infrastructure operation
- Compact DIN-rail or wall-mount form factor for control cabinets
Related Products:
NP-6111 Fanless Automation PC Series
NP-6116 Fanless Automation PC Series
NP-6118 Fanless Automation PC Series
Common Requirements We Can Customize
To meet the diverse needs of industrial automation, machine builders, and system integrators, NODKA Automation PCs can be customized across hardware, mechanical, and system levels.
Hardware & Performance Options
- CPU options across low-power, mainstream, and high-performance tiers
- Memory capacity selection to match application workload
- Storage configuration (mSATA, M.2 SATA/PCIe, SSD capacity)
I/O & Connectivity Customization
- Digital I/O count and type (DI/DO, NPN/PNP, dry/wet contact)
- Serial communication options (RS-232 / RS-485 port quantity and mode)
- Fieldbus support (CAN, EtherCAT, Modbus via expansion)
- PoE LAN for cameras and powered Ethernet devices
- Wireless connectivity (Wi-Fi, 4G/5G, GPS via Mini PCIe
Mechanical & Installation Options
- DIN-rail or wall-mount installation
- Compact or extended chassis options depending on I/O density
- Connector orientation for cabinet wiring optimization
System & Software Support – Operating system support (Windows, Linux)
- Real-time extensions (INtime, RTX) for deterministic control
- Soft PLC environments (CODESYS and IEC 61131-3 platforms)
Environmental & Reliability Options
- Fanless or active cooling designs
- Wide temperature components for harsh environments
- Long lifecycle and revision control for industrial projects