Unkategorisiert - spo-comm

WUXGA stands for Wide Ultra Extended Graphics Array and describes a resolution of 1920 × 1200 pixels in 16:10 format. A direct comparison with Full HD with 1920 × 1080 pixels is immediately noticeable: The additional height ensures more visible content. What sounds like a small difference on paper is surprisingly noticeable in everyday life. – chip.de

Why the aspect ratio makes the difference

The 16:9 format that is widely used today originally comes from the world of televisions and video content. It is ideal for films and series – but only to a limited extent for productive work. Documents, tables, technical drawings or web applications benefit significantly from more vertical space. This is exactly where WUXGA comes into play.
The additional 120 pixels in height mean less scrolling, a better overview and an overall smoother working experience. Content appears more airy, text is easier to read and information remains in the field of vision for longer. This is a noticeable ergonomic advantage, especially during long working days at the display. – giga.de

WUXGA in professional and industrial use

WUXGA shows its strengths particularly in business, industrial and outdoor applications. Here it is less about entertainment and more about efficiency, clarity and reliability. Whether maintenance logs, ERP systems, shift schedules or technical documentation, all this content benefits from a display that offers more space without relying directly on energy-hungry ultra-high-resolution displays.

Another advantage lies in the balance between sharpness, performance and energy consumption. WUXGA offers a high pixel density on 10-inch displays, but remains resource-efficient. This has a positive effect on battery life, system stability and smooth operation, all factors that are crucial in mobile use.

A display format with real added value

WUXGA is not a marketing buzzword, but a sophisticated display format that has proven itself over the years. It combines high resolution with a practical aspect ratio, creating exactly the space that productive applications need. Anyone who works with digital content on a daily basis quickly realizes that it’s not just about sharpness, but also about clarity.
WUXGA unfolds its full potential in combination with robust, powerful devices. Our RUGGED tablets show that this resolution is still a smart choice for anyone who values efficiency, reliability and a pleasant user experience.

WUXGA on spo-comm RUGGED tablets

For the reasons just mentioned, all our 10″ RUGGED tablets consistently use a WUXGA display. This ensures that our users can maintain a clear view even under demanding conditions.
Every bit of information counts, especially in harsh working environments such as industry, warehouses, field service and service calls. The WUXGA display supports exactly that: clear presentation, sufficient space for complex content and comfortable readability regardless of the application.

Discover the variety of our RUGGED tablets and their accessories now. If you have any questions about the products or need help choosing the right spo-comm system, please do not hesitate to contact us!

DISCOVER THE SPO-COMM RUGGED TABLETS

At the end of 2025, we already looked at the price trends for memory and CPUs at that time. Due to the highly dynamic and constantly worsening market situation, we would like to revisit this topic here.

Why are memory and CPUs getting more and more expensive?

The main cause of the price problem is an imbalance between sharply rising demand and tightening supply.

Increase in demand due to new workloads

Innovative applications such as artificial intelligence, large databases and cloud workloads require huge amounts of RAM. These trends are not only driving demand for high-end components, but are also putting pressure on the market for standard DDR5 modules. At the same time, more and more systems are being converted to DDR5 memory, which is further boosting demand.

Capacity shifts at manufacturers

Large memory manufacturers such as Samsung, SK Hynix and Micron are using a larger proportion of their production capacity for high-performance memory and newer memory architectures such as DDR5. Classic DDR4 RAM, which we still use in some products, is therefore much less available.

Cyclical production problems

Supply bottlenecks and prioritization in production are also putting pressure on prices for CPUs: modern chips are preferably produced for server-related platforms, which means that older embedded or client CPUs are increasingly being relegated to second or third place in importance.

Price trends over the past year

The price movements in recent months have been dramatic, especially for RAM:

DDR4 and DDR5 prices have risen massively since mid-2025. Common models that were previously rather inexpensive now cost several hundred euros, which was unimaginable over a year ago. Source: pcgameshardware.de
Even standard RAM bars now usually cost well over €100 each
At the same time, DDR4 has now been replaced almost across the board by the switch to DDR5 production, which makes purchasing even more difficult.

The forecasts for 2026 assume that the market will stabilize at a higher price level before slight price reductions could occur in the medium term. Source: ipc2u.de

What does this mean for the B2B industrial PC market?

The price changes particularly affect industrial customers who rely on durable hardware and stable operating costs.

Difficult cost planning

Higher component costs inevitably lead to more expensive end products. In many industries, this means that projects with long-term hardware investments become significantly more expensive than originally planned.

Procurement is also becoming strategically more complex

Fluctuating prices not only make project planning more difficult, but also spare parts planning. Many companies feel compelled to stock up as much as possible or conclude long-term supply contracts in order to circumvent the price fluctuations to some extent.

Technical restrictions

Industrial PCs are usually designed to meet certain standards in order to remain as uniform and flexible as possible. However, many older systems cannot be easily upgraded to DDR5 memory and/or newer CPUs, as interfaces are not compatible or the components are even soldered on. This means (also for us): As long as DDR4 memories are available, they must continue to be purchased, even if they become more expensive.

How spo-comm is dealing with the situation

We try to secure contingents for our customers in advance by pre-ordering critical CPUs and RAM bars early on. We also rely on alternative sources to reduce the risk of failure in the event of bottlenecks and to meet demand in the best possible way.

At the same time, we are already testing replacement platforms, for example with ARM or AMD processors, so that we can offer alternative systems in the event of permanent bottlenecks. Our long-standing distribution partners support us in securing fixed quantities. We optimize our stock levels through close cooperation and planning.

In the long term, we are pushing ahead with the switch to new platforms. We are currently developing successor products with DDR5 support and modernized chipsets. The aim is to expand our product range in such a way that future bottlenecks are mitigated.

Through active risk management and close customer support, we ensure that your projects can continue to run as smoothly as possible. Despite all this, even we cannot avoid price increases. We are currently adjusting our prices regularly depending on the procurement costs of the components.

No end in sight in the short term

The memory and CPU price crisis is not a temporary event, but an expression of structural shifts in the global technology market. The new demand sectors are driving demand to unimagined heights and compatibility requirements are making it difficult to find quick technical alternatives. For the B2B market, this means higher prices, more complex planning and more strategic procurement decisions. Companies that have adapted their hardware strategy at an early stage and have already optimized their procurement processes have been able to gain a decisive advantage here.

We have already listed which of the spo-comm Mini-PCs are affected in terms of memory and CPUs in the first article on the subject. If you have any questions on this topic, please do not hesitate to contact us:

This year, the focus was particularly on high-performance industrial PCs, modern AI-capable systems and the consistent expansion of our new RUGGED tablet range.

New products: Powerful, future-oriented and practical

2025 was characterized by numerous product launches that not only expanded our portfolio, but also raised it to a new technological level in many areas.

With the NINETEEN Q670E, we started the year with a modern industrial PC that is based on the latest platforms and designed for demanding applications in an industrial environment. The focus here was clearly on performance reserves, expandability and future-proofing.

Another new addition to the range is the BRICK Pro, which combines a compact design with high performance. The system is aimed at applications where space is at a premium but reliable computing power is still required – a classic example of the combination of efficiency and flexibility. It is also the perfect mix of our RUGGED PCs and the mini PCs from the BRICK series.

BRICK Pro – between BRICK and RUGGED

Nevertheless, a particular milestone this year was the expansion of our RUGGED tablet range. With the RUGGED Tab 10 N100 Pro and the RUGGED Tab 10 i5 Pro, we have not only introduced two powerful devices designed for harsh environments, but we have also divided our outdoor tablets into Pro and Entry devices, which once again highlights the differences and hopefully makes the decision easier for our customers. We have summarized more about the differences between the Pro and Entry tablets in this blog article.

There were also important new additions in the classic industrial PC environment:

The CORE 5 Ultra is an example of the increasing focus on AI-capable platforms, modern processor architectures and how we are dealing with them. The system is our answer to the increasing demands on computing power, energy efficiency and future viability.

We rounded off the year with the launch of the BOX C475, which is the successor to the BOX N6211 (incidentally, it is the only product we have discontinued this year). The new BOX complements the BOX portfolio with its balanced combination of performance, compact design and versatility, making it ideal for numerous industrial applications.

Our focus in 2025: RUGGED tablets and AI-enabled computers

Looking back, the year 2025 can be clearly summarized: Many new products, a high degree of innovation and a significantly sharpened focus. The topics of RUGGED tablets and AI-enabled industrial PCs in particular determined our actions. With the further expansion of our tablets and the further development of existing product lines, we have set an important course for the future.

At the same time, we have further optimized internal processes and successfully demonstrated our quality management – including through ISO 9001 recertification, which confirms our high standards of quality and reliability.

RUGGED Tablet_10 i5 Pro — robust RUGGED Tab 10 i5 Pro

CORE 5 Ultra_2025 — robust RUGGED Tab 10 i5 Pro

Summary by our Managing Director Michael Sporrer

We asked – “Michael, how would you summarize the past year?”

The answer sounded something like this: “2025 was a year full of challenges. The economic conditions were tense, but our team showed me what real motivation means. With passion, creativity and solidarity, we not only stayed on course, but also achieved new milestones despite everything:

We have successfully launched many new products on the market and also further developed existing product lines and made them fit for the future. Our new RUGGED tablet division has been further expanded and is growing rapidly, which I am very pleased about. We have also continued to develop our internal processes in order to work even more efficiently and customer-oriented, and we have also been recertified with ISO 9001 – still a strong sign of quality and reliability.

The coming year will of course be another exciting one, as we will be switching many product lines to more up-to-date platforms (CPU/DDR5 memory) and continuing to expand our RUGGED tablet range in order to establish ourselves on the market.

These successes are the result of our joint commitment. Thank you to everyone who has put their heart and soul into it! I look forward to actively shaping the future with you – with innovation, quality and team spirit!”

“Farewell 2025” and “Servus 2026” – a brief outlook

Finally, we would like to thank all our customers, partners and companions for their trust and cooperation in 2025. Numerous new products and successor solutions are already waiting in the wings for 2026. The further development of existing platforms, new hardware generations and the further expansion of our RUGGED tablet portfolio certainly promise to be an exciting year.

We look forward to the new year with curiosity and motivation – and look forward to continuing on the path we have taken, as well as breaking new ground together.

Last delivery and company vacation

We are taking a company vacation from 22.12.2025 up to and including 06.01.2026.

The last delivery for 2025 will be on December 19.

Orders received after December 19 or not yet ready for shipment will be processed again from January 7, 2026, when we will be available for you again as usual and process inquiries and orders. If you have any questions in advance, please do not hesitate to contact us.

spo-comm Christmas party on 04.12.2025

We met for our annual Christmas party on December 4 at the Bruderherz restaurant in Nuremberg. We started the evening with a cozy mulled wine and punch reception before trying our way through the menu together.

Appetizers included hearty soups and Franconian gyoza, followed by salmon, steak, schnitzel or classic Schäufele – there was something for everyone. And because Christmas is not complete without something sweet, chocolate soufflé with vanilla ice cream and steamed dumplings rounded off the evening perfectly.

In between, we laughed a lot, shared little anecdotes from the year and, of course, talked about what 2026 will bring. The mixture of good food, pleasant company and a relaxed evening makes the Christmas party special for us every year.

Important for starters: with the Pro models, every item is compatible with both tablets. For the Entry models, we differentiate which accessories are compatible depending on the device.

Accessories for the Pro models – 7 items for maximum flexibility

Carrying strap set
Offers convenient options for carrying the tablet securely on the body and is particularly practical for mobile applications. The carrying strap set consists of the Brief Case Handle, the hand strap and the shoulder strap.

4 in 1 Battery Charger (for spare batteries)
Charges up to four spare batteries at the same time, so that there is always enough power available when you are on the move or in the office. Perfect for longer periods of use without a power connection.

Multi-angle fastening set
Ensures that the tablet can be securely fastened at different angles – whether on a desk, in a vehicle or on machines. It can be made up of the small or large ball head, the aluminum extension (short or long) and the clamp base.

Snapmount set
Consisting of Snapmount, Vesa mount and kick stand, it enables the tablet to be mounted quickly and flexibly on different mounts, ideal for changing workstations.

2D barcode scanner
Facilitates the fast scanning of barcodes in warehouses, logistics or production. Ideal for stocktaking or mobile data collection.

Active digital pen
Enables precise working on the tablet, e.g. when drawing, signing or in CAD applications.

Vehicle and Office Dock
They serve as a stable charging station and interface for data transfer in the vehicle or office so that your RUGGED Tab Pro is always ready for use. The connections are identical for both accessories.

If you have any questions about the application or individual accessories, please do not hesitate to contact us!

Also discover our Pro tablets and order them directly with the right accessories for your application!

To the RUGGED Tab 10 i5 Pro

To the RUGGED Tab 10 N100 Pro

Accessories for the Entry models – 3 tablets, numerous options

The accessories for the Entry models differ depending on the tablet. We have briefly explained the most important accessories here:

Car Charger (USB-C / Pin)
Enables the tablet to be charged on the move via the car’s cigarette lighter. Ideal for outdoor use or mobile work when no power socket is available.
For RUGGED Tab 8A Entry, -10 i5 Entry and -10 N5100 Entry

Docking station
Serves as a stable station for the office or workshop. The tablets can be charged while data transfer is possible at the same time.
For RUGGED Tab 8A Entry, -10 i5 Entry and -10 N5100 Entry

Vehicle Dock
Secures the tablet in the vehicle so that it remains stable while driving and often enables simultaneous charging or connection to vehicle technology. The Vehicle Dock has the following connections: VGA, LAN, 2x USB and power connection.
For RUGGED Tab 8A Entry, -10 i5 Entry and -10 N5100 Entry

Quad Charger
It charges up to four spare batteries at the same time so that there is always enough energy available for longer periods of use.
For RUGGED Tab 10 i5 Entry

Leather Case
It protects the tablet from bumps, scratches and other possible damage during everyday use.
For RUGGED Tab 8A Entry

Passive stylus

A simple stylus for taking notes or operating the tablet without fingerprints.
Suitable for RUGGED Tab 8A Entry, -10 i5 Entry and -10 N5100 Entry

RUGGED Tab 8A Entry

RUGGED Tab 10 i5 Entry

RUGGED Tab 10 N5100 Entry

Conclusion and further information

Whether Pro or Entry – with the right accessories, spo-comm RUGGED tablets can be perfectly adapted to individual work requirements. From precise digital pens and robust vehicle mounts to practical docking solutions, every accessory contributes to efficiency and flexibility in everyday working life.

You can find more information about our RUGGED tablets and the available accessories on our landing page or simply contact our sales team.

TO THE LANDING PAGE

CPU bottlenecks for Intel embedded processors

The market for Intel embedded CPUs (e.g. Elkhart Lake, Tiger Lake, Alder Lake, Raptor Lake) is currently suffering from considerable supply problems. According to Intel itself, production and capacity have become tighter, while demand is increasing and price increases are unavoidable: “the company has experienced numerous bottlenecks in its own production capacity and substrate shortages”. – tomshardware.com. Intel is therefore prioritizing the supply of server and data center processors, pushing older client and embedded chips to the second tier, with rising prices for previous generations. Industry reports also confirm shortages of special embedded models such as the Intel Elkhart Lake J6412, which is often used in IoT and industrial environments.

One reason for the problems is the long product cycles of classic embedded CPUs. These chips are often manufactured in an unchanged form for many years. As Intel is increasingly relying on new production processes (most recently Intel 7/10nm) and more modern nodes, the older lines remain limited. The manufacturer expects products based on 10nm/Intel 7 (Sapphire Rapids, Raptor Lake, etc.) to remain in short supply until 2026. Embedded systems that rely on components with long-term stability are feeling the effects of this shortage particularly keenly. In addition, there is still a shortage of materials, and there is often a lack of special packaging substrates for the assembly of 10nm chips.

Overall, all of these factors are leading to a shortage of numerous embedded CPUs: many common types are difficult to deliver or only available with very long delivery times (from 26 weeks). IT distributors are reporting ongoing shortages of Intel models such as Elkhart Lake and the small Alder Lake cores (N series). Now that Intel is supplying its latest server and AI CPUs first, stocks for other series are continuing to fall. As a result, prices for older Intel CPUs are rising and availability is shrinking.

DDR4 memory: market upheaval and EOL

Parallel to the CPU problem, a radical change in the RAM market is causing additional costs. DDR4 is increasingly becoming a scarce commodity! The major memory manufacturers (Samsung, Micron, SK Hynix) have already announced the end of DDR4 production – officially, the last deliveries are to be made by December 2025. Industry customers are therefore already seeing sharply rising prices, according to their own experience and also several specialist sources, DDR4 prices have already skyrocketed by 50% to sometimes 100% since the middle of the year (2025). Source: assured-systems.com

The reason is clear: while DDR5 is increasingly becoming the standard, the supply of DDR4 bars is decreasing. Even Intel expects that DDR4 will soon be replaced by new standards. In practice, however, this means that industrial systems, which are often designed for many years of DDR4 use, have to contend with severely limited availability.

At the same time, most industrial PCs cannot simply upgrade to DDR5. DDR4 and DDR5 use different connectors and require different CPUs/motherboards (which brings us back to the CPU issue). Compatibility reasons prevent short-term changes here. The Contec team writes: “Most systems cannot simply switch to DDR5”. This exacerbates the situation: as long as DDR4 is available, industrial customers must use it, regardless of the conditions. In summary, it can be said that the dwindling supply of DDR4 and the economic trend towards DDR5 is leading to rising memory prices and supply bottlenecks for existing devices.

Our measures and strategies

We are responding proactively to market changes and strengthening our procurement and development strategy. The most important measures:

Early pre-ordering:
We reserve critical CPUs and memory modules with our suppliers for the long term. We secure quotas for our customers through forward-looking forecasts and bulk orders.

Multiple suppliers:
By using alternative sources, we reduce default risks in the event of bottlenecks and try to meet demand in the best possible way.

technology alternatives:
At the same time, we are testing replacement platforms, for example with ARM or AMD processors. This enables us to offer alternative systems in the event of permanent Intel bottlenecks. As we already offer several devices with these processors, we know the quality and can rely on it.

Securing stock levels via partners:
Our long-standing distribution partners help us to secure fixed quantities. We optimize our stock levels through close cooperation and planning. Industry insiders regularly recommend just-in-case strategies in order to be prepared for emergencies. We also try to take precautions and maintain stock levels.

Medium-term product development:
In the long term, we are pushing ahead with the switch to new platforms. We are currently developing successor products with DDR5 support and modernized chipsets. The aim is to expand our product range in such a way that future bottlenecks are mitigated.

With these strategies, we strengthen our ability to deliver and remain your usual reliable partner even in difficult times. Through active risk management and close customer support, we ensure that your projects can continue to run as smoothly as possible. Despite all this, we will not be able to avoid price increases.

Affected products and outlook

The following spo-comm products are currently affected by the shortages:

WINDBOX series
BRICK i3-N305
BRICK Pro
BRICK Silver
NOVA R680E
BOX J6412
RUGGED Q170 / -Q470E
RUGGED T1000
RUGGED Ryzen
MOVE N3160

Delivery bottlenecks and delays may occur with these models in the short term. In the medium term, we are planning successor models and new platforms. We are working at full speed to test the next generation of some Mini PCs and add them to our portfolio so that we can continue to meet our customers’ requirements.

Price increase also for spo-comm

Of course, the current problem has not gone unnoticed in our portfolio either, which is why we are forced to implement a price increase of 5-10% depending on the Mini-PC model affected. The new prices will apply from 01.01.2026 for products for which there are currently not enough CPUs or DDR4 memory available.

We therefore recommend that our customers secure their Mini PCs before the end of the year at the old and usual conditions! Only while stocks last.

ORDER YOUR SPO-COMM MINI-PC NOW!

Update December 2025: DDR5 memory also affected

DDR5 memory prices have also risen dramatically in the short term – by up to 300% to be precise. This development means that we have to adjust the prices of several of our systems immediately. Affected are:

CORE 5 Ultra
BRICK Pro
NINETEEN Q670E
NOVA R680E
CORE 3
ONE i5
RUGGED Q670E

If you have any questions about the price increases or the affected products, our sales team will be happy to help. Our employees will advise you on the problem and help you find a solution!

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: 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.

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.
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.
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. The combination of dedicated NVIDIA graphics, CUDA computing power and the extended support cycle of Windows 10 IoT Enterprise LTSC 2021 provides 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.

Configure the QUADRO P1000 here!

CORE 5 Ultra – Compact high-end industrial PC

To round off our AI series at the end of August, the CORE 5 Ultra was released. It impresses with an Intel® Core™ Ultra 5 processor (Meteor Lake-U), integrated Intel® Xe graphics and DDR5-5600 memory (up to 96 GB), as well as the resulting impressive performance for a wide range of applications.

The technical data at a glance:

CPU: Intel® Core™ Ultra 5 125U (Meteor Lake-U)
GPU: Integrated Intel® Xe graphics with up to 64 execution units
Support for up to 4× 4K60 HDR or 2× 8K60 displays
Up to 96 GB DDR5-5600 RAM (2× SO-DIMM)
Integrated NPU for AI acceleration (up to 11 TOPS)
Up to 2× M.2 NVMe PCIe 4.0 SSD
Extended temperature range: 0 °C to +35 °C
Wide Range DC-In 9-24 V (internal/external)
Compact dimensions: 140 × 148 mm (mSTX)
24/7 operation for industrial applications

Connectors:

USB: 4× USB 3.2 Gen2 Type A, 1× USB-C 3.2 Gen2x2, 1× USB-C with Thunderbolt™ 4/USB4
Video: 2× DisplayPort 1.4a, 1× USB-C with DP Alt Mode, 1× USB-C with Thunderbolt™ 4
LAN: 1× Intel® GbE LAN (iAMT), 1× Realtek 5 GbE LAN (TSN, Teaming)
Serial: 1× COM RS-232
Extension: 4× M.2 (2× Key M, 1× Key B, 1× Key E)
Audio: Mic-In, Line-Out

CORE 5 Ultra applications range from 24/7 operation to demanding control or visualization tasks – all in space-critical environments and with AI accelerator, as well as support for up to four high-resolution displays.

Discover the CORE 5 Ultra!

The BOX C475 – Industrial PC for digital signage and IoT

The BOX C475 is now entering the market as the successor to the popular BOX N6211. The basic features are of course retained: fanless and with compact dimensions!

It features the latest Intel® Alder Lake-N technology, low power consumption, a robust design and versatile connectivity options. The BOX is also ideal for use in industrial control systems, digital signage projects, kiosk systems and edge computing solutions.

The most important things at a glance:

CPU: Intel® Processor N100 (Quad-Core, 0.8 – 3.4 GHz, 6W TDP)
GPU: Intel® UHD Graphics (integrated)
RAM: 8 GB LPDDR5/X 4800 MHz (onboard)
Storage: 1x M.2 (SATA III or NVMe PCIe 3.0 x4 SSD)
Max. Resolution: 4096 x 2160 @ 60Hz (4K), 2 independent screens
Dimensions (L x W x H): 114.8 x 76 x 27.1 mm
Ambient conditions: 0°C to +40°C

Connectors:

2x USB 3.2 Gen 2×1
2x HDMI 2.0
1x Gigabit LAN
WiFi 6 & Bluetooth 5.2
Idle power consumption: 7.5 W
Operating systems: Windows 11 Professional, Windows 10 / 11 IoT Ent LTSC, Ubuntu

Small but OHO – Despite its tiny dimensions of just 114.8 x 76 x 27.1 mm, the system offers comprehensive connectivity. Two HDMI 2.0 ports enable 4K playback at 60Hz on two independent displays simultaneously – ideal for digital signage installations or multi-screen workstations.

A Gigabit LAN connection as well as modern WiFi 6 and Bluetooth 5.2 are available for the network connection. Two USB 3.2 ports ensure the connection of external peripherals such as touchscreens, scanners or mass storage devices.

Configure the BOX C475 now!

The digital transformation of industry is progressing at a rapid pace. Production facilities, machines and sensors are now networked and generate an enormous amount of data. This poses a crucial question for CIOs, production managers and technical directors: how can this data be used efficiently without creating new risks for IT security and data protection? Edge computing offers a key answer to this. Local data processing at the edge of the network makes it possible to make industrial processes not only faster but also more secure. This makes cybersecurity at the edge a real competitive advantage for companies in the B2B environment.

Less attack surface due to local processing

Cloud platforms have become established in recent years, but their use harbors security risks. Every data transfer to the internet opens up potential attack vectors – especially in sensitive industrial IoT infrastructures. If, on the other hand, production data is evaluated directly on site, the attack surface is significantly reduced. Hackers simply have fewer opportunities to intercept or manipulate sensitive information during transmission. This significantly strengthens cybersecurity based on local processing.

The German Federal Office for Information Security(BSI) regularly points out in its situation reports that increasing networking in industry in particular massively increases the risk of attacks on critical systems. Edge computing acts like a protective shield here: data remains in the plant, on the machine or in the production network – and only leaves the secure environment in exceptional cases.

Data protection and compliance under control

Local data processing also offers clear regulatory advantages. Processing personal data or sensitive company information locally makes it easier to comply with the GDPR. Data does not have to be processed via international services or stored in data centers whose location and legal framework are difficult to control. This reduces not only the technical but also the organizational effort for data protection and cybersecurity.

In its publications, Bitkom regularly emphasizes that companies must take special care with cloud services in order to comply with data protection regulations. Edge computing can reduce this hurdle, as companies retain control over their data and decide for themselves which information moves to the cloud – and which is better left local.

Zero trust and segmentation as security principles

Edge computing allows modern security concepts such as zero trust and network segmentation to be implemented effectively. Zero Trust means that no device or user is automatically trusted, and every access must be authenticated and authorized. This approach creates additional cybersecurity benefits, especially in industrial environments where a wide variety of systems interact with each other. Microsoft has explained more about the Zero Trust concept in this article.

Edge also enables fine-grained segmentation. Production lines, machine parks or individual sites can be operated logically separated from each other. An attacker who penetrates a segment therefore encounters clear boundaries and cannot move around the network unhindered. This makes so-called lateral movements more difficult and limits potential damage.

Secure hardware and software at the edge

Another strength lies in the ability to integrate security directly into the hardware and software of edge devices. Modern systems have Trusted Platform Modules(TPM) that securely store cryptographic keys and secure the boot process. Together with secure boot mechanisms, manipulation can be prevented as soon as the device is started.

There are also tried and tested methods at software level. Data should always be encrypted – both during storage and transmission. Regular updates and consistent patch management are mandatory, as are monitoring solutions that detect anomalies during operation at an early stage. Many providers now rely on DevSecOps, in which security checks are integrated into the development and deployment process right from the start.

Industrial use cases: safety meets efficiency

The advantages of edge computing are no longer theoretical. More and more examples can be found in practice:

In production, machine data can be analyzed directly at the point of origin. Anomalies – such as unusual vibrations or temperature values – are detected immediately without the need to send data via external networks. This improves predictive maintenance and at the same time protects sensitive operating information, which further strengthens cybersecurity.
Edge also plays a key role in critical infrastructure. Energy suppliers or waterworks can process control data locally to keep their systems operational even if connections to the cloud are interrupted. Attacks on central cloud platforms therefore pose much less of a threat to security.
Another example is networked machines in smart factories. Here, Edge ensures that production processes can be controlled in real time – without confidential production data leaving the factory. This allows companies to combine efficiency gains with a high level of data security.

Cybersecurity as a business enabler

Studies prove the effectiveness of these approaches. An analysis by the European Cyber Security Organization (ECSO) shows that edge computing not only reduces latency times, but also strengthens resilience against attacks. In test environments, up to 90% of data could be processed locally – with a significantly smaller attack surface.

The effect for companies is clear: those who consistently implement cybersecurity at the edge gain more than just technical security. It’s about business resilience. Production downtime, data loss or compliance breaches can quickly cost millions and cause lasting damage to a company’s reputation. Edge computing helps to minimize these risks and thus secure your own competitiveness in the long term.

Local data processing as a strategic advantage

For IT decision-makers in the industrial B2B environment, cybersecurity at the edge is no longer a niche topic, but a strategic success factor. Local data processing reduces attack surfaces, facilitates compliance with the GDPR and supports security principles such as zero trust and network segmentation. Together with modern hardware and software mechanisms, this creates a robust line of defense that makes attacks more difficult and protects operating processes.

Investing in edge computing today not only builds a secure technical infrastructure, but also strengthens your competitive position. Industrial security and cybersecurity thus become the foundation for innovation, efficiency and trust – and therefore a real business advantage.

From ISO and RUGGED tablets to QUADRO P1000 and leasing – there is a lot to mention again in July and August. We launched the “Pro” series of our outdoor tablets and once again successfully obtained DIN EN ISO 9001:2015 certification. At spo-comm, it is now possible to lease mini PCs instead of buying them in order to remain more financially flexible. Not to forget – our QUADRO P1000 is still available at a special offer price!!!

The RUGGED Tab Pro series from spo-comm

Two new devices, one common goal: maximum performance and reliability for outdoor use. At the end of June, we added two more 10″ RUGGED tablets to our tablet range: the RUGGED Tab 10 i5 Pro and the RUGGED Tab 10 N100 Pro.

With the new RUGGED Tab 10 i5 Pro, spo-comm is expanding its tablet series with a particularly powerful model for industrial use. Equipped with an Intel® Core™ i5 processor, robust housing and hot-swappable battery, it is ideal for demanding tasks in the field – whether in production, maintenance or logistics.

DISCOVER RUGGED TAB 10 I5 PRO

The RUGGED Tab 10 N100 Pro complements the series as an efficient alternative with Intel® N100 CPU. Despite its compact design, it scores with industrial robustness and is perfect for mobile applications where reliability and flexibility are required.

DISCOVER RUGGED TAB 10 N100 PRO

We have already explained the difference between the spo-comm Pro and Entry RUGGED tablets in detail in a blog article.

RUGGED TABLETS – PRO VS. ENTRY SERIES IN COMPARISON

ISO DIN EN 9001:2015 certified once again – quality that lasts

On 23.07.2025 we successfully passed the ISO audit again! ISO DIN EN ISO 9001:2015 is an international standard for quality management systems whose core elements include customer focus, leadership, process-oriented approaches, improvement, fact-based decision-making and relationship management.

ISO certification requires us not only to regularly scrutinize and optimize our internal processes, but also to consistently align our company with the needs of our customers.

A big thank you goes to our entire team, who contribute to the quality of our services every day with dedication and care.

Leasing of spo-comm Mini-PCs

As of this week, it is now possible to lease our mini PCs. This offer is particularly suitable for business customers in order to maintain liquidity, guarantee financial planning security and always remain technologically up to date!

What needs to be considered:

Leasing is possible with spo-comm from a total purchase value of €1000
The contract term is 36 months
Unfortunately, we are not yet able to display the processing of a leasing contract in the check-out of our online store. If you are interested, please contact our sales team.

Whether for digital signage, automation, AI applications or edge computing – industrial mini PCs from spo-comm stand for quality and long-term availability.

Thanks to the new leasing option, you can now enjoy these benefits even more flexibly – without any one-off investment.

MORE INFORMATION ON LEASING AT SPO-COMM

QUADRO P1000 – still at the offer price

Our QUADRO P1000, which impresses with its high-performance graphics card of the same name, is the ideal compact companion for 4K multi-monitor applications. In addition to the ability to connect four monitors via four HDMI interfaces, the graphics card also boasts other features: MOSAIC support and Nvidia’s Nview make it possible to work smoothly with several monitors at the same time. The 640 CUDA cores and the stable performance in 2D and 3D applications make developers’ hearts beat faster.

DISCOVER THE QUADRO P1000