The NP series of ultra-compact Industrial Automation PC combines maximum computing power with compact format. The NP series equipped with the latest Intel processor, in different performance from Intel Celeron quad-core to Intel® Core™ 6th-11th generation i3, i5, i7, i9 Pentium, Celeron and LGA1151/LGA1200 processors with 8 cores, for 10+ years life cycle.
Flexible and Modular Design
NP series includes control cabinet PCs that support a variety of real-time operating systems and extensions, and are powered by a range of Intel® processors and 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.
Scalable Performance and Customization Flexibility
The COMLACTM SoM design architecture Nodka 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.
Real-time OS Compatibility
Automation PC 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.
Comprehensive Fieldbus Support
The EtherCAT support enhances the real-time capabilities significantly. Automation PC can control a network of EtherCAT slave devices, like I/O modules, with high precision and minimal latency. PROFIBUS for connecting industrial controllers and I/O devices, CANopen for machinery, Modbus for industrial devices and PROFINET for complex applications and integration into industrial Ethernet networks.
Stainless Multi-touch Waterproof Panel PC/Monitor
Nodka Stainless steel Multi-touch Panel PC/Monitor is designed to meet the challenges in critical environments, offering centralized control, high reliability, enhanced performance, real-time data processing, scalability, data integration, reduced downtime,