Are all low-power systems fanless?

Yes, they are optimized for passive cooling, which makes them silent, dust-resistant, and maintenance-free.

Can low-power PCs operate across a wide temperature range?

Yes, many models are specified for the range of -25°C to +70°C and operate reliably in control cabinets without active ventilation.

Low-power PC – Energy-efficient industrial solutions

Q: What defines a low-power industrial PC?

Low-power PCs use efficient processors with low TDP for maintenance-free continuous operation with minimal power consumption, ideal for simple control tasks.

Q: Are these PCs suitable as IoT gateways?

Thanks to their compact dimensions and various connectivity options such as LTE, 5G and WLAN, they are ideally suited as a bridge between fieldbus and cloud.

Q: Which operating systems are supported?

The hardware supports Windows 10/11 IoT Enterprise as well as various Linux distributions such as Ubuntu or Debian.

Q: What about long-term availability?

We guarantee long-term availability of the components for up to 15 years to offer investment security for series production projects.

Maximum reliability with minimum power consumption. Our low-power industrial PCs are optimised for maintenance-free 24/7 continuous operation and offer sufficient computing power for control tasks, data acquisition and IoT gateways.

Ultra low power: Optimized Intel® Atom™ & Celeron® Processors for low heat dissipation

Compact Design: Space-saving enclosures for DIN rail mounting or wall mounting

Completely silent: 100% fanless cooling protects against dust intake and wear

IoT Ready: Diverse I/O such as LAN, COM and USB for industrial networking

Request a suitable system Consulting for your low-power application

Features & Mounting:

DIN-RAIL ENERGY EFFICIENT IOT GATEWAY Fanless

Advantages of a low-power industrial PC

Energy efficiency: With their low power consumption, low-power PCs not only help to reduce operating costs, but also make an active contribution to sustainability – ideal for energy-optimised industrial plants.
Fanless design: Thanks to passive cooling, the systems are particularly resistant to dust, vibrations and temperature fluctuations – and are virtually maintenance-free.
Compact design: The slim form factors allow for easy integration into control cabinets, machines or mobile platforms – perfect for space-constrained or embedded environments.
Reliable performance: Despite minimal power consumption, low-power industrial PCs impress with high system stability and a long life cycle – even in continuous operation.

A proven example of a compact and energy-efficient solution is the POC-700 series from OMTEC – ideal for edge applications, medical device integration and space-critical industrial projects.

Typical areas of application for low-power industrial PCs

Energy-efficient embedded systems are used in numerous industrial and commercial scenarios where compact design, energy efficiency and reliable continuous operation are required. They are particularly advantageous in environments where traditional industrial PCs reach their limits due to space, heat or energy restrictions.

IoT and edge computing: Decentralised data processing directly at the sensor or device – ideal for smart factories, machine monitoring or predictive maintenance.
Building automation: Control of lighting, air conditioning and security systems in modern building structures – with minimal energy consumption and high reliability.
Medical technology: Energy-efficient computing units for mobile diagnostic systems, laboratory equipment or patient monitoring – reliable and hygienic integration thanks to fanless design.
Video surveillance & image analysis: Compact systems for controlling IP cameras, edge video analysis or distributed security systems – with 24/7 stability.

A low-power industrial PC from OMTEC enables companies to implement modern technologies in an energy-efficient and space-saving manner – without compromising on performance or reliability.

Why choose a low-power industrial PC from Neousys?

Neousys stands for quality, innovation and practical solutions in industrial computing. The manufacturer's energy-efficient PCs have been specially developed for modern industrial applications where compact dimensions, energy efficiency and reliability are paramount. Not only do they offer a stable platform for 24/7 operation, they can also be flexibly integrated into a wide variety of environments.

Industrial components with a long service life: Robust construction and selected components ensure reliable continuous operation even under demanding conditions.
Flexible configuration options: Whether interfaces, memory or mounting – the systems can be individually adapted to your project requirements.
Technical support from OMTEC: We accompany you from selection to commissioning with sound advice, test installations and rapid support for integration and maintenance.

A low-power PC from Neousys offers the perfect combination of efficiency, robustness and flexibility – ideal for IoT projects, automation or embedded systems with high energy and operational efficiency requirements.

Smart applications for low-power industrial PCs

Energy-efficient industrial computers offer an energy-efficient and reliable solution for numerous modern applications – especially where computing power with low energy consumption and compact design is required.

Logistics & warehouse automation: Control systems for autonomous transport vehicles, conveyor systems and warehouse robots – with maximum energy efficiency in 24/7 operation.
Smart Cities: Intelligent monitoring and control solutions for traffic management systems, lighting management or integration into networked energy supply grids.
Agricultural technology: Use in agricultural machinery and sensor networks for precise field management, weather data collection and resource control.
Energy industry: Integration into smart grids to optimise electricity distribution, real-time load management and remote maintenance of energy infrastructure.

Thanks to their fanless design and high resistance to dust, moisture and vibrations, low-power PCs are also ideal for extreme environments – e.g. in offshore installations, mining or heavy industry.

Low-power PCs in Industry 4.0 and 5.0

Low-power industrial PCs play a central role in the digital transformation of industrial processes – both in Industry 4.0 and in the emerging Industry 5.0. Their energy-efficient architecture and compact design make them the ideal basis for networked systems, decentralised computing power and smart automation.

In Industry 4.0, low-power PCs ensure reliable processing of sensor data, monitoring of production facilities and control of autonomous systems – for example, in IoT devices or edge computing environments. Their low power consumption enables continuous 24/7 operation with minimal operating costs.

With the transition to Industry 5.0, low-power systems are becoming increasingly important: they support AI-based applications that are designed for close collaboration between humans and machines. These include collaborative robots (cobots), adaptive control systems and intelligent assistance solutions – always with the aim of combining productivity, sustainability and human interaction.

Sustainability and future viability with low-power industrial PCs

Energy-efficient PCs not only offer technical efficiency, but also real added value in terms of sustainability. Thanks to their significantly reduced energy consumption, they actively contribute to lowering the carbon footprint in industrial applications – an important step for companies that want to combine environmental responsibility with economic efficiency.

In energy-intensive industries in particular, low-power PCs offer an environmentally friendly alternative to traditional industrial computers – without compromising on performance, reliability or connectivity. Thanks to their compatibility with current industry standards, state-of-the-art interfaces and modular expandability, the systems can be operated over the long term and easily integrated into existing infrastructures.

In this way, they combine energy efficiency, technological openness and ecological responsibility – thereby making an important contribution to sustainable and future-proof Industry 4.0 and 5.0.

Our highlights

POC-40

Intel® Elkhart Lake Atom® x6211E Processor
Up to 32 GB DDR4-3200 RAM
2x USB 3.1, 2x USB 2.0, 2x Gigabit Ethernet Ports, 1x DisplayPort
1x M.2 2280 M-Key Slot
Fanless operation with wide temperature range, -25°C ~ 70°C
Extremely compact design

Details

POC-700 Serie

Intel® Alder Lake Core™ i3-N305 or Atom® x7425E CPU
Up to 16GB DDR5-4800 RAM
4x USB 3.2, 4x Gigabit Ethernet (PoE+) ports, Displayport, HDMI
1x M.2 2280 M key slot, 1x full-size mini PCIe
Fanless operation with a wide temperature range from -25°C to 70°C
High performance with very compact dimensions

Details

NISE-105 series

Intel Atom / Celeron CPU
Up to 8GB DDR3 RAM
2x Gigabit Intel I210 Ethernet Ports
USB 2.0 & USB 3.0
Two independent Displays via HDMI & DVI-I
4x Serial RS232/422/485 interfaces
MiniPCIe port for Wifi/4G module
-20 ~ 70 °C operating temperature

Details

FAQ - Low Power & Ultra compact Embedded PCs

Maximum efficiency in the smallest of spaces: learn more about the advantages of our low-power systems for IoT, data acquisition and permanent installations in control cabinets.

What defines a low-power industrial PC?

Low-power PCs use energy-efficient processors (e.g. Intel® Atom®, Celeron® or Elkhart Lake) that have very low power consumption (TDP). They are primarily designed for tasks where reliability and energy efficiency are more important than maximum computing power, such as logging sensor data.

Are all low-power systems at OMTEC fanless?

Yes, thanks to the low heat generation of the components used, these systems can be cooled completely passively. Without fans, there are no rotating wear parts, which makes the devices maintenance-free and enables silent operation.

Are these PCs suitable as IoT gateways?

Absolutely. Thanks to their compact design and support for mobile communications (LTE/5G), Wi-Fi and multiple LAN ports, they are the ideal interface between local machine peripherals and the cloud. They can pre-process data and transmit it securely.

Can low-power PCs be operated within a wide temperature range?

Yes, many of our embedded systems support the extended temperature range from -25°C to +70°C. As they generate little heat themselves, they are particularly stable in environments with limited air circulation, such as small control cabinets or enclosures.

Which operating systems are supported?

Our low-power systems support common Linux distributions (e.g., Ubuntu, Debian) as well as Windows 10 IoT Enterprise. The IoT editions are particularly well-suited, as they are optimized for resource-efficient hardware and offer long support cycles.

What about long-term availability?

As with all our industrial systems, we ensure the availability of core components for 5 to 15 years. This provides you with planning security for series production projects and ensures that you can obtain identical replacement parts even years later.

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Low-power PC – Energy-efficient industrial solutions

Advantages of a low-power industrial PC

Typical areas of application for low-power industrial PCs

Why choose a low-power industrial PC from Neousys?

Smart applications for low-power industrial PCs

Low-power PCs in Industry 4.0 and 5.0

Sustainability and future viability with low-power industrial PCs

Our highlights

FAQ - Low Power & Ultra compact Embedded PCs