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Compact Fanless Computer NISE 301 Shows Flexibility towards Function Consolidation

Published: Nov 24,2014

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NEXCOM has released the fanless computer NISE 301 to help build an automation and control network with a streamlined architecture. Based on Intel Atom processor E3845, the NISE 301 has packed quad-core computing power and flexible function expandability onto a fanless compact hardware platform with a user-friendly design feature of front access to all connectors. The NISE 301 can consolidate functions of PC-based controllers, human machine interfaces (HMI), and industrial gateways, being a key enabler of industrial Internet of Things (IoT).

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NEXCOM has built the fanless computer NISE 301 with quad-core Intel Atom processor E3845. Based on the multicore architecture, the NISE 301 can run multiple operating systems including Windows and QNX. Moreover, the NISE 301 can optimize performance of compute-intensive applications by allowing, for instance, deterministic control to run on dedicated computing cores.

Meanwhile, the NISE 301 can support control programming and HMI interface, helping substation operators control and monitor manufacturing processes. With the multitasking and multifunctional capabilities, the NISE 301 helps reduce the number of hardware units required on factory floors, simplifying the deployment and maintenance of control networks.

The NISE 301 provides a unified architecture for function consolidation. Featuring two mini-PCIe sockets, the NISE 301 allows users to build compact controllers with desired functions through optional modular expansions. Functions including fieldbus networking, communication, internet connectivity, and I/Os can be added based on application requirements.

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