With the ONE N100, spo-comm offers a compact industrial PC designed specifically to meet these requirements—as the direct successor to the ONE J6412 and featuring a modern Intel® N100 CPU for enhanced performance in the entry-level segment.

Modern entry-level platform for industrial edge and visualization tasks

An industrial and infrastructure operator was looking for a compact, reliable, and energy-efficient hardware platform for decentralized IT tasks. The goal was to implement simple data processing and visualization processes directly on machines, systems, and digital information points.

The focus was on a robust system capable of reliably handling both traditional automation tasks and digital signage and edge-based applications in 24/7 operation.

The Challenge: Compact Computing Power for Decentralized Applications

The requirements for the hardware to be used were clearly defined:

  • Energy-Efficient Performance: Sufficient computing power for visualization, control, and simple edge tasks with low power consumption
  • 24/7 Operation in Industrial Environments: High Reliability for Continuous Use in Machinery and Infrastructure Applications
  • Limited installation space: Use in compact control cabinets, machines, or decentralized installation points
  • Easy system integration: Connection to existing networks, control systems, and display systems
  • Digital Signage Capability: Reliable playback and control of informational and promotional content

The Solution: ONE N100, a Compact Entry-Level Industrial PC

The choice fell on the ONE N100 from spo-comm—a fanless industrial PC designed specifically for compact and decentralized applications. The following features were decisive:

  1. Modern Intel® N100 CPU: Significantly more performance than its predecessor, the ONE J6412, while maintaining high energy efficiency
  2. Fanless design: Silent and maintenance-free operation for 24/7 continuous operation
  3. Ultra-compact design: Ideal for tight installation spaces directly on machines or behind displays
  4. Flexible connectivity: HDMI, DisplayPort, USB 3.2, Gigabit LAN, and built-in Wi-Fi
  5. Industrial-Grade Design: Reliable Operation in Automated and Decentralized Environments
ONE N100 compact industrial PC with low energy consumption for reliable continuous operation

The implementation

The ONE N100 has been used in various distributed scenarios, particularly in digital signage and industrial control applications.

In practice, the system handles the local processing of control and visualization tasks directly at the point of use. In digital signage environments, the compact industrial PC serves as a reliable player for informational and promotional content.

Thanks to its compact design, the ONE N100 can be flexibly integrated into existing infrastructures—whether directly on machines, behind displays, or in control cabinets.

Conclusion and Outlook for Compact Industrial and Edge Systems

The ONE N100 is a modern entry-level platform for industrial applications that combines a compact design, high energy efficiency, and enhanced computing power.

As the successor to the ONE J6412, the system provides a future-proof foundation for simple edge computing tasks, digital signage, and automation applications in 24/7 operation—exactly where reliable and space-saving industrial PCs are needed.

The company was looking for a compact industrial PC that could both visualize control room and monitoring data and serve as an edge platform for the local processing and distribution of system information.

The Challenge: Continuous Operation, Visualization, and System Density in the Control Room

The requirements for the new hardware were demanding:

  • 24/7 continuous operation: The systems must operate reliably around the clock, as outages in control centers are unacceptable.
  • Multi-display environments: Multiple monitors or video wall segments are to be controlled in parallel to display different data sources simultaneously.
  • Space-Constrained Integration: In control centers and control rooms, there is often only limited space available in consoles or equipment cabinets.
  • System Stability and Security: High standards for reliability, data availability, and stable network communication.

The Solution: WINDBOX III Core as a Compact Control Center Edge Controller

The choice fell on the WINDBOX III Core from spo-comm, a rugged, fanless industrial PC designed specifically for edge and visualization applications. The following features were decisive in selecting this system:

  1. Compact industrial design: The space-saving design allows for direct integration into control room consoles, equipment racks, or behind display units.
  1. Fanless design for 24/7 operation: Thanks to passive cooling, the system operates silently, without wear and tear, and with exceptional reliability—ideal for continuous operation in control rooms.
  1. High-Performance Visualization Platform: The modern x86 architecture enables the stable display of control room software, dashboards, and live data across multiple displays.
  1. Industrial Connectivity: Multiple network and interface options enable integration into control centers, security systems, and SCADA environments, as well as connectivity to central IT systems.

The implementation

The WINDBOX III Core was deployed as a central visualization and edge node within the control center infrastructure. It performs the following functions:

  • Controlling multi-display setups and video wall segments
  • the processing and aggregation of real-time data from various systems
  • the presentation of monitoring, control room, and control software
  • reliable network connectivity to higher-level control centers and IT systems

Local data processing has improved response times and reduced dependence on centralized server infrastructures.

Conclusion and Outlook for Control Center and Edge Applications

The WINDBOX III Core provides a compact, highly available platform for modern command and control center environments. The combination of a robust, fanless design, flexible connectivity, and stable multi-display support makes it ideal for safety-critical visualization applications.

Thanks to the standardized industry platform, future control center projects can be rolled out in a scalable manner and efficiently replicated at new locations.

We show how the BRICK Ultra can be used as a compact edge computing platform in a networked industrial environment – from production and infrastructure monitoring to digital control centers.

Modern edge and AI computing platform for industrial applications

An international industrial and infrastructure operator was planning to modernize its decentralized IT structure. The aim was to process data from machines, sensors and cameras directly on site, carry out AI-based evaluations in real time and only transfer relevant results to central cloud and control systems.

The company was looking for a compact industrial PC that could reliably handle edge AI workloads as well as classic automation and visualization tasks.

The challenge: Decentralized intelligence under real operating conditions

The hardware requirements were varied and demanding:

  • Edge performance for AI applications: Local processing of image data, sensor information and key production figures in real time (Edge AI / Inference).
  • Industrial automation & stability: Use in machine and system environments with 24/7 operation and high reliability.
  • Limited space in decentralized installations: Installation directly on machines, in control cabinets or vehicle and infrastructure housings.
  • Network and system integration: Secure connection to SCADA, ERP and cloud systems with simultaneous data pre-processing at the edge.
  • Multi-display and control centre operation: Visualization of complex data situations in control rooms and monitoring systems.

The solution: BRICK Ultra as a compact edge AI and industrial platform

The choice fell on the BRICK Ultra from spo-comm, a particularly compact industrial PC that was specially developed for edge and embedded scenarios. The following features were decisive:

  1. Ultra-compact design: Ideal for decentralized installations directly on machines, in vehicles or in confined infrastructure spaces.
  1. AI-enabled CPU architecture: Supports modern AI workloads such as image processing, pattern recognition and edge inference directly on site – without permanent cloud dependency.
  1. Fanless, robust design: low-maintenance, vibration-resistant and suitable for 24/7 continuous operation in industrial environments.
  1. Flexible connectivity: Integration into industrial networks, machine control systems and higher-level IT systems thanks to extensive interfaces.
  1. Visualization capability: Suitable for multi-display applications in control stations and control rooms for real-time monitoring of complex systems.

The implementation

The BRICK Ultra was installed decentrally at machines, infrastructure nodes and control points.

In production, it was used for local processing of sensor data and AI-supported analysis of camera images for quality control. In traffic and infrastructure scenarios, it was used for real-time monitoring of operating states and events.

At the same time, the system acted as an edge gateway: pre-processed data was filtered and only relevant information was forwarded to central platforms and cloud systems. In control centres, aggregated data came together in multi-display setups to visualize critical states.

Conclusion and outlook for edge AI and industrial digitalization

The BRICK Ultra is a powerful edge computing platform that is specially designed to meet the requirements of modern industrial, transportation and infrastructure environments.

The combination of compact design, AI-capable computing power and industrial-grade robustness enables reliable use directly at the point of origin of the data – where real-time decisions are crucial.

The BRICK Ultra therefore forms a scalable basis for future edge AI architectures, from smart factories and networked infrastructures to intelligent control and monitoring systems.

Modern HMI and edge computing solution for production environments

In modern manufacturing environments, real-time data, stable process visualization and reliable networking between machine level and IT infrastructure are decisive factors for efficient production processes. A medium-sized mechanical engineering company therefore planned to modernize its existing Human Machine Interfaces (HMI) on several production lines.

The company was looking for a compact industrial PC that could both visualize machine and process data and serve as an edge computing platform for pre-processing and forwarding operating data.

The challenge: limited space and demanding surroundings

The technical requirements for the hardware were diverse:

  • Limited installation space: The control computers had to be integrated directly behind monitors or in narrow control cabinets.
  • Ambient conditions: Due to the dust pollution in the production hall, only a fanless system was an option in order to minimize failures caused by mechanical wear parts.
  • Performance: A modern and energy-efficient platform was required to display machine statuses, process data and visualizations on several displays.
  • Connectivity: The system should also be able to pre-process operating and sensor data locally and transfer it reliably to higher-level IT and ERP systems.

The solution: WINDBOX II NX as a compact industrial PC

The choice fell on the WINDBOX II NX from spo-comm, an ultra-flat industrial PC specially designed for such scenarios. The following specifications were decisive for the decision:

  1. Compact design: With a housing height of just 19 millimeters, the system can be easily mounted directly behind the operating panels of the machines using a VESA bracket.
  2. Powerful hardware: The built-in Intel® N150 (4x 0.10 GHz, max. 3.60 GHz) processor offers sufficient reserves for process visualization and parallel edge computing tasks.
  3. Passive cooling: The robust metal housing acts as a heat sink. As the system does not require a fan, it is low-maintenance and protected against the ingress of dust.
  4. Interface diversity: The HDMI 2.0 port and 2x DisplayPort 1.4 connections allow several high-resolution displays to be operated simultaneously. Two 2.5 Gbps LAN ports also enable reliable connection to production networks and higher-level IT systems.

The implementation

The WINDBOX II NX was installed as the central control computer at the individual production stations. Peripheral devices such as barcode scanners and touch displays were connected via the USB interfaces.

In addition to the classic HMI function, the system also handles the local pre-processing of sensor data and the forwarding of relevant operating data to central ERP and monitoring systems. This has enabled data flows to be made more efficient and reaction times within the production processes to be improved.

Conclusion and outlook for HMI and edge applications

With the WINDBOX II NX, a compact and reliable platform for modern process visualization and industrial edge connectivity has been created. The combination of ultra-flat design, fanless cooling and modern network and display connectivity is ideal for use in demanding industrial environments.

Thanks to the standardized hardware platform, future HMI and edge computing projects can be scaled efficiently and transferred to other production sites.

The scenario presented here serves as an example and illustrates the full performance spectrum and unique features of the spo-comm QUADRO P1000.

Performance, design, stability – high demands on the PC

The hardware requirements for the more than 50 control workstations are extremely high and specific:

Multi-monitor performance: Each workstation must drive four high-resolution monitors (4K) to display real-time flight plans, weather data, live camera feeds and highly complex 3D visualizations of the tarmac, all smoothly and without delay.

Compact design: The space under the consoles is very limited. Standard tower PCs were out of the question due to their size and greater susceptibility to dust and vibrations.

Long-term stability: As a critical infrastructure, the airport requires a hardware and operating system platform that can be operated in a stable, secure and low-maintenance manner over a period of at least ten years. Frequent operating system upgrades were not feasible for reasons of certification and training.

The solution: concentrated graphics power in mini format

The choice fell on our QUADRO P1000. This mini PC not only impresses with its compact design, but also with the integrated NVIDIA Quadro P1000 graphics card, thus fulfilling all of the customer’s core requirements.

  1. Ultimate multi-display capability
    The main advantage of the QUADRO P1000 lies in its Quadro graphics power. Unlike other mini PCs, which often only support two displays, the NVIDIA Quadro P1000 reliably delivers enough power to run four monitors simultaneously in high resolution at each control station. This allows control center staff to see all critical information at a glance without having to constantly switch between applications. The dedicated VRAM architecture of the Quadro series guarantees the highest image quality and stability, which is essential in a 24/7 control room.
  2. Accelerated data analysis thanks to CUDA
    The company also benefits from the support of the NVIDIA CUDA architecture. CUDA enables control center applications to outsource highly complex calculations for analyzing flight paths, real-time collision warnings or weather models directly to the graphics card. This reduces the load on the CPU and ensures significantly faster data processing. In critical air traffic control, this increase in speed leads directly to more precise and faster decisions.
  3. Compactness and robustness
    The compact design of the spo-comm Mini-PC allows it to be mounted inconspicuously directly under the control center consoles, which frees up valuable workspace. The robust design of the industrial PC also ensures high reliability in continuous operation.

Planning security through long-term availability

However, the most decisive factor for the airport is planning and investment security.

The QUADRO P1000 can be equipped with the Windows 10 IoT Enterprise LTSC 2021 operating system. While the standard versions of Windows 10 have reached the end of support, Microsoft guarantees security updates for this special LTSC (Long-Term Servicing Channel) version until January 13, 2032.

In an environment as critical as an airport, an update cycle of ten years is essential. The combination of the QUADRO P1000’s high-performance graphics and the guaranteed long-term support of Windows 10 IoT Enterprise LTSC 2021 provides the necessary investment security required for the control center infrastructure.

The long-term security guarantee ensures that the operating system is also protected against new cyber threats in the future, without the need for complex and cost-intensive roll-outs of new versions of the operating system. This minimizes both the security risk and the total cost of ownership.

Conclusion and outlook

With the spo-comm QUADRO P1000, the company has implemented a future-proof, powerful and extremely compact solution for its central traffic control center – maximum control in minimum space. The combination of dedicated NVIDIA graphics, CUDA computing power and the extended support cycle of Windows 10 IoT Enterprise LTSC 2021 delivers the necessary performance and security for critical 24/7 applications. The QUADRO P1000 has thus established itself as an essential building block for the airport’s long-term security and efficiency concept.

Particularly in the context of critical infrastructures (KRITIS) such as airports, traffic control centers or energy suppliers, the requirements for stability, reliability and IT security are extremely high. The option of Windows 10 IoT Enterprise LTSC 2021 with guaranteed security support until January 13, 2032 emphasized in this case study is of crucial importance in such sensitive areas. It offers operators the necessary planning security and compliance to secure their critical information and communication technology systems (CICS) in accordance with strict national and European security regulations (e.g. BSI IT-Grundschutz, NIS-2 Directive) over a long period of time.

The QUADRO P1000 demonstrates its ability to deliver both the highest graphical performance (four monitors, CUDA acceleration) and uncompromising long-term stability for the most demanding industrial and safety-critical applications.

The solution: the spo-comm RUGGED Q170

Our RUGGED Q170 has been identified as the ideal solution for the requirements. With an Intel® Core™ i5-6500TE processor (4x 2.3 GHz) and up to 32 GB RAM, it offers sufficient performance for demanding applications. Its fanless design and robust aluminum housing protect against dust, moisture and vibrations. The extended temperature range of -40°C to +70°C enables use in extreme climate zones. The Mini-PC has an extended input voltage range of 9-36 V, which compensates for voltage peaks when starting a vehicle. It is also tested against vibrations and shocks in accordance with military standards.

Technology in detail: the tasks of the vehicle PC

  1. Real-time vehicle diagnostics
    The RUGGED Q170 reads CAN bus data such as engine status, consumption and sensor values and processes them in real time. Thanks to the powerful CPU, complex algorithms for fault detection and prediction can be executed efficiently.
  2. Route optimization and navigation
    The mini PC runs sophisticated navigation software and dynamically calculates the best routes, taking traffic, weather and roadworks into account. The high computing power enables rapid adaptation to changing conditions.
  3. Fleet management communication
    The PC communicates securely and encrypted with the control center via integrated 4G/5G modules. Optionally, up to two SIM cards can be used to ensure an uninterrupted connection.
  4. Driver assistance
    The mini PC controls a touch display that shows the driver routes, diagnostic data and digital freight documents. Thanks to the display ports, up to two screens can be controlled independently of each other, with 2x 4K@60Hz supported.

Durability and OS security as an advantage

A key advantage of the RUGGED Q170 is its support for Windows 10 IoT Enterprise LTSC 2021, which will continue to be supplied with security updates until 2032. This is essential for the logistics company, as the trucks have a service life of 7-10 years and require a stable, unchanged software environment. The long-term availability of the operating system ensures a high level of investment security and reduces the total cost of ownership.

Optimization of operating processes

The use of our spo-comm RUGGED Q170 Mini-PC has led to a significant improvement in the company’s operating processes. The real-time data processing, reliable communication and robust design have increased efficiency and reduced downtime. Thanks to the long-term availability of the operating system, the RUGGED PC is a future-proof solution for the demanding requirements of long-distance and construction site traffic.

The challenges

The requirements of modern fleet management are high. There is often no precise way of locating vehicles, determining their arrival times or tracking their routes. Irregular driving behavior can cause damage and generate unnecessary costs. Another problem is that outside the company there is often insufficient information about the whereabouts and driving behavior of vehicles. As a result, valuable data for analyzing operational processes and safety aspects is lost. Manual management processes are time-consuming and often not accurate enough to map actual vehicle operation.

Our spo-comm RUGGED tablets (and our sales team) support you in finding individual solutions.

The solution

The use of a RUGGED tablet as a permanently integrated vehicle device enables the recording and evaluation of operationally relevant information in real time. This includes data such as speed, driving behavior and vehicle distance. This forms the basis for intelligent traffic solutions that allow managers to dynamically monitor vehicle positions and routes and react quickly. This makes particularly efficient fleet management a reality.

Key features of the spo-comm RUGGED tablets

RUGGED Tab for storage and picking system (1)

RUGGED Tab 10 i5 Entry

  • Robust 10″ tablet
  • Industry Tablet
  • -20°C to +60°C
  • 1x USB 3.0, 1x USB 3.1, 1x LAN
  • IP 65 Dust and water protected

RUGGED Tab 10 i5 Pro

  • Robust 10″ tablet with WUXGA display
  • Hot-swap battery – battery change during operation
  • -10°C to +50°C
  • Integrated 4G module, WiFi6 & Bluetooth
  • IP 65 and MIL-STD-810G certification

Depending on the requirements, the RUGGED Entry and Pro series tablets offer different performance and equipment levels for a wide range of industrial and outdoor applications. While the Entry models are designed for a particularly attractive price-performance ratio, the Pro series offers additional performance and advanced features for more demanding applications.

Advantages of an industrial tablet in the vehicle

An industrial tablet enables the precise recording of all vehicle-related data. This data is automatically transferred to the management system – for precise analyses and a sound basis for decision-making. The calculation of optimal routes reduces unnecessary journeys, saves fuel and thus also contributes to environmental protection.

At the same time, the system supports proactive driving behavior analysis in order to identify risks at an early stage and increase the safety of drivers, cargo and vehicles. External cameras can be easily connected and provide additional image and video material for better documentation.

Thanks to its robust design, the outdoor tablet is protected against shocks, vibrations, moisture and extreme temperatures – ideal for use in demanding conditions. Easy assembly and disassembly as well as functions such as fast scanning of shipping documents make the devices versatile all-rounders in everyday use.

To our RUGGED tablets

The RUGGED tablets from spo-comm have been specially developed for professional use in demanding industrial and outdoor environments. They combine maximum durability with state-of-the-art technology – making them the ideal solution for digitized, efficient fleet management.

Note on data protection:

The functions described in this article for collecting vehicle and driver information serve the sole purpose of operational optimization, safety and route planning as part of fleet management. All data collected must be processed in accordance with the applicable data protection regulations (in particular the GDPR). Personal data may only be collected with the appropriate legal basis or with the consent of the data subjects. Companies are obliged to inform their employees transparently about the type, scope and purpose of data collection.

The central challenges

  1. Gaps in communication:
    There is often a lack of direct, timely contact between management headquarters and players.
  2. Lack of data availability:
    Weather information, exact location coordinates and optimal routes are often not available to players in real time.
  3. Missing history:
    players have no access to past consumption and performance data – their experience therefore remains incomplete.

Our RUGGED tablets (and our sales team) support you in finding individual solutions.

The solution: outdoor tablets with integrated management system

To overcome these hurdles, spo-comm industrial tablets are used, which are specially designed for demanding environments. The RUGGED tablets…

  1. … optimize operational processes through seamless data transmission via mobile radio and WLAN.
  2. improve communication by providing weather data, personnel and vehicle locations in real time both to the management and directly to the players.
  3. enable exact navigation on the course thanks to high-precision GPS positioning.
  4. ensure real-time recording of scores and match statistics – available to players and management at any time.

The use of outdoor tablets guarantees that the devices work reliably even in wet, dusty or shocky conditions.

Key features of the spo-comm RUGGED tablets

RUGGED Tab for storage and picking system (1)

RUGGED Tab 10 i5 Entry

  • Robust 10″ tablet
  • Industry Tablet
  • -20°C to +60°C
  • 1x USB 3.0, 1x USB 3.1, 1x LAN
  • IP 65 Dust and water protected

RUGGED Tab 10 i5 Pro

  • Robust 10″ tablet with WUXGA display
  • Hot-swap battery – battery change during operation
  • -10°C to +50°C
  • Integrated 4G module, WiFi6 & Bluetooth
  • IP 65 and MIL-STD-810G certification

Depending on the requirements, the RUGGED Entry and Pro series tablets offer different performance and equipment levels for a wide range of industrial and outdoor applications. While the Entry models are designed for a particularly attractive price-performance ratio, the Pro series offers additional performance and advanced features for more demanding applications.

Implementation and integration using a practical example

A golf resort in southern Spain uses around 50 RUGGED tablets and after three months reports 20% shorter service cycles for caddy coordination, 15% more sales through in-app store ads and 90% praise in the member survey for the new navigation and statistics function. The implementation process in bullet points:

  1. Project start: Joint analysis of the site structure and communication channels
  2. Hosting: Setting up a cloud-based management backend
  3. Roll-out: Distribution of RUGGED tablets to caddy stations, administration offices and player lobby.
  4. Training: Instruction of employees and golf instructors in the operation of the system
  5. Continuous support: software updates and remote maintenance via a central dashboard

Economic benefits and ROI

Reduced operating costs through optimized personnel planning and vehicle use.

More sales through targeted advertising and upselling via the tablet.

Customer loyalty through a personalized gaming experience and thus an increase in customer satisfaction.

Rapid amortization: Investments in industrial tablets generally pay for themselves within a year through savings and additional revenue.

However, robust tablets from spo-comm not only make golf course management effective, but also many other processes. You can find more information about our outdoor tablets and their use cases on the overview page:

If you have any questions about our products, discover our website or contact our sales team:

The challenges of storage and picking systems

Problems often occur when leaving the warehouse as operators cannot find the correct location, which significantly impairs efficiency. New employees are often unfamiliar with the materials and their locations when entering the warehouse, which complicates the workflow. In addition, the complexity and volume of data during stocktaking makes the work more difficult and leads to a high expenditure of time.

The solution: RUGGED tablets for clarity and structure

An industrial tablet guides employees to the relevant locations using visual cues at shelves and storage locations. By using the rugged handheld device, which scans QR codes and offers user-friendly touchscreen interaction, tasks such as storage, retrieval and stocktaking can be carried out efficiently. This technological support transforms the traditional, personnel-oriented warehouse management system into an assisted system that makes warehouse management more structured, automated, standardized and efficient.

Key features of the spo-comm RUGGED tablets

RUGGED Tab for storage and picking system (1)

RUGGED Tab 10 i5 Entry

  • Robust 10″ tablet
  • Industry Tablet
  • -20°C to +60°C
  • 1x USB 3.0, 1x USB 3.1, 1x LAN
  • IP 65 Dust and water protected

RUGGED Tab 10 i5 Pro

  • Robust 10″ tablet with WUXGA display
  • Hot-swap battery – battery change during operation
  • -10°C to +50°C
  • Integrated 4G module, WiFi6 & Bluetooth
  • IP 65 and MIL-STD-810G certification

Depending on the requirements, the RUGGED Entry and Pro series tablets offer different performance and equipment levels for a wide range of industrial and outdoor applications. While the Entry models are designed for a particularly attractive price-performance ratio, the Pro series offers additional performance and advanced features for more demanding applications.

Advantages of using an industrial tablet

A RUGGED tablet enables a paperless way of working by making picking quick and easy by scanning materials. When leaving the warehouse, the system helps to increase the efficiency and accuracy of material preparation through the use of warehouse lights. During the putaway process, the system automatically links the information of the materials to the corresponding storage locations and organizes them systematically. Stock levels are displayed in real time, ensuring a continuous overview. In addition, no in-depth knowledge of materials is required, which means that new employees can be trained quickly. Overall, the device helps to solve efficiency problems in storage and picking systems and to optimize operational processes.

Robust tablets from spo-comm not only allow intelligent warehouse management to be implemented, but also many other processes. You can find more information about our outdoor tablets and their use cases on the overview page:

If you have any questions about our products, discover our website or contact our sales team:

The challenges of power line inspection

  • Manual entry: Handwritten notes can be difficult to read or get lost. Data entry errors are possible.
  • Delayed data transmission: If inspection data is only passed on later, problems cannot be detected and rectified immediately.
  • Complex documentation: Reworking inspections on paper takes time and makes tracking more difficult.

The solution: RUGGED tablets for outdoor use

A robust RUGGED tablet – specially developed for use in demanding conditions – can make everyday work in power line inspection much easier. As an outdoor tablet, it is protected against dust, water, extreme temperatures and vibrations thanks to IP65 certification and is ideal for working in the field.

Our spo-comm RUGGED tablets make this easier:

  • the processing of digital checklists
  • Automatic reading of device information (e.g. via RFID)
  • Direct capture of photos or measurement data on site
  • upload the data immediately to a central system

This means that all information is available in real time – for quick decisions and targeted measures.

Key features of the spo-comm RUGGED tablets

RUGGED Tab 10 i5 for logistics robots

RUGGED Tab 10 i5 Entry

  • Robust 10″ tablet
  • Passively cooled system
  • -20°C to +60°C
  • Integrated GPS, 4G/5G module & WiFi6
  • IP 65 Dust and water protected

RUGGED Tab 10 i5 Pro

  • Robust 10″ tablet with WUXGA display
  • Hot-swap battery – battery change during operation
  • -10°C to +50°C
  • Integrated 4G module, WiFi6 & Bluetooth
  • IP 65 and MIL-STD-810G certification

Localization via GPS can also offer advantages: This makes it possible to track which pipe sections have already been checked and how long the respective checks took. On this basis, work processes can be better planned and documented.

The recorded data can also be used to create so-called operating curves. These show how the condition of individual pipes develops over time – and help to identify maintenance requirements at an early stage.

Depending on the requirements, the RUGGED Entry and Pro series tablets offer different performance and equipment levels for a wide range of industrial and outdoor applications. While the Entry models are designed for a particularly attractive price-performance ratio, the Pro series offers additional performance and advanced features for more demanding applications.

Conclusion

The use of modern industrial tablets – especially rugged tablets for outdoor use – makes power line inspections more efficient, reliable and transparent. These robust solutions replace paper forms and simplify day-to-day work – to the benefit of network operators, employees and consumers alike.

Robust tablets from spo-comm not only simplify these processes, but many more. You can find more information about our tablets and their use cases on the overview page:

If you have any questions about our products, discover our website or contact our sales team: