The EdgeX-6000 combines data center-level computing performance with a half-rack form factor tailored for edge deployments. Equipped with an AMD EPYC Embedded 8004 processor with up to 64 cores and up to 576 GB of DDR5 ECC memory, the platform enables real-time processing of large data volumes.

A key feature is its high scalability: the system supports up to four dual-slot GPUs or eight single-slot expansion cards, making it ideal for parallel workloads such as AI training, inference, and simulations.

Computing power where data is generated
The EdgeX-6000 represents a fundamental shift in IT architecture: high-performance computing is increasingly moving from centralized data centers to the edge of the network. This development is driven by requirements such as real-time analytics, low latency, and data sovereignty.

By processing data locally, companies can achieve faster response times, reduce dependence on cloud infrastructures, and better meet security and compliance requirements.

Sturdy, powerful, and designed for real-world deployment
Compared to traditional server systems, the EdgeX-6000 offers significantly higher compute density within a smaller footprint. The system combines powerful GPU acceleration with optimized power delivery and an advanced thermal design to ensure stable performance even under continuous load.

With comprehensive connectivity, high-speed networking, and remote management capabilities, the platform can be flexibly integrated into existing infrastructures and operated efficiently.

Typical application areas include industrial automation, machine vision, intelligent logistics, medical imaging, and AI-driven real-time analytics.

With the EdgeX-6000, BRESSNER provides a future-proof platform for companies looking to implement powerful AI and HPC applications directly at the edge.

As a system integrator and value-added distributor, BRESSNER Technology provides its customers with access to this innovative storage technology and supports integration into customized system architectures.

Ultra-compact design for maximum design flexibility

The new e.MMC modules of the E700Pc and E600Vc series are based on a 125-ball FBGA package and are up to 67 percent smaller than conventional e.MMC solutions. With a height of only 0.65 mm, they are ideally suited for ultra-slim devices such as smart glasses or other compact embedded applications where every millimeter matters.

Despite the significant miniaturization, performance remains at a high level: the modules support the JEDEC e.MMC 5.1 standard (HS400) and achieve data transfer rates of up to 400 MB/s.

High energy efficiency for battery-powered systems

A key feature of the new series is its optimized firmware, enabling fast transitions between active and idle modes. This allows for power savings of up to 70 percent, a crucial advantage for mobile and battery-powered applications.

“With the new e.MMC Smaller Footprint series, we offer our customers a state-of-the-art storage solution specifically designed for the requirements of compact and energy-efficient systems. Especially in the field of wearables and edge AI, this opens up new possibilities in product design,” explains Maximilian Kopp, Account Manager at BRESSNER Technology.

Flexible storage options and high endurance

The series offers different configurations to meet various requirements:

• E600Vc (3D TLC) with 64 GB for standard applications
• E700Pc (pSLC mode) with 20 GB and an exceptionally high endurance of up to 680 TBW

Advanced technologies such as error correction, wear leveling, as well as auto and dynamic data refresh ensure high data integrity and extend the lifespan of the storage solutions even under intensive use.

Designed for industrial environments

The ATP e.MMC Smaller Footprint series is engineered for operation in demanding environments. It supports an extended temperature range of -25°C to +85°C and, thanks to its soldered design, offers high resistance to vibration, making it ideal for industrial, mobile, and outdoor applications.

With the increasing adoption of Industry 4.0, edge, and IoT architectures, the criteria used to evaluate industrial hardware are shifting significantly. Beyond raw performance, factors such as reliable 24/7 operation under harsh environmental conditions, seamless integration into existing processes, maintenance strategies, and long-term lifecycle planning are becoming central. Connected systems only deliver sustainable value when data flows remain manageable and security requirements can be met without disproportionate additional effort.

In real-world environments – such as manufacturing facilities, vehicles, hygiene-critical areas, or decentralized locations – industrial IT systems are exposed to exceptional stresses. Vibrations, dust, moisture, temperature fluctuations, and limited maintenance windows are part of everyday operations. Under these conditions, it becomes clear whether a hardware architecture is viable in the long term or turns into an operational risk.

Edge computing concepts further illustrate this shift. Moving computing power closer to the network edge reduces latency and dependence on centralized infrastructures, but also introduces new operational requirements. Issues such as cooling, power supply, remote maintenance, system security, and update capability become increasingly important once systems are no longer operated in protected server rooms. Edge computing is therefore less a purely technical architecture decision and more a strategic operational choice.

Against this backdrop, BRESSNER Technology GmbH has developed a Buyer’s Guide that approaches hardware decisions from an application perspective rather than a purely product-focused view. The guide is aimed at technical decision-makers, project managers, and procurement teams, supporting them in realistically assessing complex requirements beyond data sheets and marketing claims.

The focus is on real-world use cases from sectors such as industry, mobility, medical technology, energy, logistics, and safety-critical environments. The guide provides technical context while emphasizing criteria that prove decisive during later operation: robustness, integration capability, performance, and availability throughout the entire lifecycle. Embedded within the BRESSNER product portfolio, it bridges the gap between technical depth and practical, application-oriented decision-making.

The Buyer’s Guide is available for download and is intended as a tool for projects in which industrial IT must perform reliably over the long term, even in environments where standard IT solutions reach their limits.

Further information and download:
https://www.bressner.de/en/buyers-guide

The company’s exhibition focus will be on high-performance solutions for industrial automation, edge AI, mobile computing, and medical IT applications. BRESSNER will showcase a broad range of industrial embedded systems: from rugged industrial and embedded PCs and GPU-based edge AI platforms to panel PCs, display solutions, and mobile devices designed for demanding application scenarios. The portfolio is complemented by expansion solutions, peripherals, and customized system designs for industrial and medical applications.

The exhibited systems address typical challenges of modern industrial and embedded projects, including high computing performance at the network edge, reliability in 24/7 operation, compact designs, and flexible integration options. Tradeshow visitors will have the opportunity to engage directly with BRESSNER Technology’s experts to discuss specific applications, tailored system solutions, and project-related services.

"HIPER Global possesses extensive international experience within the field of industrial and embedded computer technologies," says Martin Stiborski, CEO of BRESSNER Technology GmbH. "The merging of our respective competencies opens up meaningful synergies in the areas of embedded systems, industrial IT solutions, and customized system platforms. HIPER Global’s proven engineering, integration, and manufacturing expertise enhances our ability to deliver scalable, reliable, and future-ready solutions for the European market. This collaboration enables us to further evolve existing offerings, respond more quickly to customer-specific requirements, and address emerging market demands with greater flexibility and confidence.”

Customers and partners can be assured that existing projects, arrangements, and points of contact will continue unchanged, with BRESSNER Technology providing the same level of service and support as before.

About HIPER Global Ltd.
HIPER Global Ltd. designs and delivers tailored compute-based hardware solutions for leading technology and defense companies on a global scale. Offering a full range of world-class hardware platforms and related technical services, HIPER Global Ltd. works with industry-leading manufacturers to deliver custom or commercial off-the-shelf computing products. Value-added services include design, turnkey manufacturing, custom rugged solutions, global logistics, and support, allowing customers to focus on their core competencies and accelerate time-to-market.

Thermal Design for Demanding Applications

Powered by NVIDIA® Jetson Orin NX or Orin Nano, the NRU-160-FT series delivers up to 100 Sparse TOPS (INT8) of AI inference performance while consuming only 25 watts.
Its flat heatsink design is engineered to conduct heat directly through the mounting surface to the enclosure, which is a key benefit for operation in sealed metal housings where active cooling is not possible. This allows the systems to operate at ambient temperatures of up to 70°C without throttling.

With a compact footprint of 199 × 136 × 49 mm, the NRU-160-FT series integrates seamlessly into mobile platforms or control cabinets. M12 and FAKRA connectors ensure robust, vibration-resistant connections suitable for industrial and in-vehicle applications.

Two Variants for Maximum Flexibility

The NRU-160-FT series includes two model variants, designed for different integration requirements and with four AI module options each:

• NRU-161V-FT: featuring six GMSL2 automotive camera inputs via FAKRA Z connectors, compatible with IMX390, ISX031, and IMX490 CMOS sensors
• NRU-162S-FT: featuring four PoE+ GbE ports for IP or industrial GigE cameras, as well as an additional M12 GbE port for high-speed communication with LiDAR systems or other devices

Both models offer CAN FD and RS-232 interfaces, an 8–35 V DC power input with ignition control, and expansion options via mini-PCIe and M.2 B-Key slots for 4G/5G or wireless modules.

Built for Industrial and Outdoor Environments

The new NRU systems are designed for dusty, humid, or vibration-prone environments, making them ideal for autonomous vehicles, smart city infrastructure, and agricultural control systems. Due to the optimized thermal design, the system typically operates 10–15°C cooler than the internal enclosure temperature, significantly improving component longevity and long-term stability.

“With the NRU-160-FT series, we are addressing a clear market need for high-performance edge AI computers that can operate in fully sealed enclosures,” said Franz Bernhard, Account Manager at BRESSNER Technology.
“The flat heatsink design enables efficient heat dissipation through the cabinet surface, which is essential for outdoor and in-vehicle environments where reliability is critical.”

Combined AI Performance and Modularity

The new hardware combines high-end AI performance, modular design, and industrial-grade durability. It is therefore an ideal solution for system integrators and developers of autonomous systems who require reliable AI-driven performance in harsh environments. All versions of the NRU-160-FT series are now available by inquiry via the BRESSNER Technology Shop.

Further information:
Learn more about the NRU-160-FT Series
Visit the BRESSNER Technology Shop

Designed for the most demanding defense and security environments, the fully sealed MIL-STD-certified edge AI computers combine high computing performance with uncompromising reliability and durability under extreme conditions.

Built to Withstand the Harshest Environments

The new SEMIL series sets a benchmark in rugged edge computing. Both systems are certified to MIL-STD-461G, MIL-STD-1275D, and MIL-STD-810H, ensuring dependable operation across land-, sea-, and vehicle-based deployments.

• MIL-STD-461G: Electromagnetic compatibility for ground applications
• MIL-STD-1275D: Reliable power regulation for vehicle and mobile use
• MIL-STD-810H: Proven resistance to shock, vibration, and extreme temperatures

The computers feature a fanless, fully sealed IP69K-rated enclosure, capable of continuous 24/7 operation even under high-pressure cleaning or heavy dust exposure. A patented thermal design enables wide-temperature operation from −40 °C to +70 °C, with sustained GPU performance up to 58 °C before thermal throttling.

Two Models for Maximum Flexibility

The SEMIL-2200 is a compact half-rack computer supporting Intel® Core processors of the 14th, 13th, and 12th generations. The more powerful SEMIL-2200GC is available in a 19-inch 2U rackmount form factor and integrates an NVIDIA® L4 GPU to accelerate machine learning and data-intensive processing tasks directly at the edge.

Together, both models deliver a versatile foundation for C4ISR/C5ISR platforms, autonomous defense systems, and AI-driven situational analytics in tactical operations.

Mission-Ready Applications

Purpose-built for defense and security deployments, the SEMIL series is ideally suited for:

• Unmanned Ground Vehicles (UGVs) used in reconnaissance, logistics, and autonomous navigation
• Unmanned Surface Vessels (USVs) supporting maritime patrols and mine inspection
• C4ISR/C5ISR systems requiring dependable AI-based data processing in the field

Combining robust hardware design, energy efficiency, and advanced GPU acceleration, the systems enable the execution of complex AI algorithms directly at the operational edge, without dependency on centralized data centers.

Expanding the Rugged Computing Portfolio

With the introduction of the SEMIL-2200 and SEMIL-2200GC, BRESSNER Technology expands its rugged computing portfolio for customers operating in mission-critical environments. The systems’ combination of sealed hardware, passive cooling, and military-grade validation makes them an ideal choice for system integrators, defense contractors, and industrial organizations requiring reliable, high-performance edge AI computing in harsh conditions.

Learn more:
SEMIL-2200 → https://shop.bressner.de/en/products/industrial-pcs/embedded-pcs-en/rugged-embedded-pcs-with-ip-rating/semil-2200/
SEMIL-2200GC → https://shop.bressner.de/en/products/industrial-pcs/embedded-pcs-en/rugged-embedded-pcs-with-ip-rating/semil-2200gc/

The Digi On-Prem Manager was specifically designed for organizations that operate critical infrastructures or handle sensitive data, such as in healthcare, utilities, or global enterprises. The system combines the proven features of Digi LifeCycle Assurance with a fully self-hosted, secure environment in which all data remains within the organization’s own network at all times.

IoT Management without Compromise

With Digi On-Prem Manager, companies can manage their IoT devices entirely autonomously – locally, transparently, and in compliance with international data protection standards such as GDPR and CCPA. The platform offers:

• 100% On-Prem: No cloud connection, no external data transfers
• Real-Time Monitoring and Alerts (RTM-A): Detect issues before they occur
• Integrated Metrics: Complete visibility across all devices
• Compliance by Design: Meets the strictest data protection and security standards
• Custom Code Support: Adaptable to existing workflows and business processes
• Enterprise-Ready: Scalable from individual sites to global networks
• No Hidden Costs: Includes regular software updates 

“With Digi On-Prem Manager, we deliver a solution that unites complete control, security, and performance in one platform – entirely without cloud dependency,” says Maximilian Kopp, Account Manager for Infrastructure Management at BRESSNER Technology. “The system is local-first, secure by design, and uncompromising in its functionality.”

Optimized for Regulated Infrastructures

The Digi LifeCycle Assurance On-Prem Manager is designed especially for isolated networks and regulated industries. Medical institutions, critical infrastructure operators, and international enterprises alike benefit from a centralized, secure management solution that delivers visibility, control, and compliance in one system.

Based on the proven Digi Remote Manager® platform, this fully integrated on-premises version allows organizations to operate efficiently even in segmented or air-gapped network environments.

A Major Step towards Secure IoT Infrastructure

With the launch of the Digi LifeCycle Assurance On-Prem Manager, BRESSNER Technology strengthens its portfolio of high-availability IoT and networking solutions for industrial and medical applications. The solution enables companies to manage their device fleets autonomously, securely, and in compliance with all regulatory requirements — in any environment.

For more information, visit: https://shop.bressner.de/en/products/industrial-iot-en/cellular-routers/software-tools-services-en/digi-on-prem-manager/

About BRESSNER Technology GmbH

As a system integrator, manufacturer, value-added distributor, and provider of customized industrial hardware solutions, BRESSNER Technology GmbH offers a comprehensive portfolio for a wide range of industrial applications. Tailored solutions for machine automation, logistics & transport, and production are part of the company’s expertise, complemented by extensive services in areas such as AI applications, machine/deep learning, networking, intelligent retail, communications, and security.
The company is headquartered in Germany, with its parent company One Stop Systems based in the United States.

About Digi International Inc.

Digi International (NASDAQ: DGII) is a leading global provider of Internet of Things (IoT) products, services, and solutions. Founded in 1985, Digi has helped customers connect over 100 million devices worldwide, providing scalable and secure communications infrastructure for demanding applications.

Headquartered in Hopkins, Minnesota, Digi offers a broad portfolio including embedded systems, cellular routers and gateways, system-on-modules, single-board computers, infrastructure solutions, and software tools – among them the Digi Remote Manager® platform for efficient device management, monitoring, and operational optimization.

Digi’s solutions empower industries such as healthcare, industrial automation, smart cities, energy, and transportation with reliable, secure data connectivity and automation, even in the most challenging environments. 

With the Digi Connect® EZ WS, BRESSNER expands its portfolio of reliable connectivity solutions for the healthcare sector. The product has been specifically designed for clinical environments and complies with the requirements of IEC 60601 3rd Edition, ensuring the highest safety standards in direct proximity to patients.

 Highlights of the Digi Connect® EZ WS

• Optimized connectivity: Four RS-232 ports for efficient M2M data communication
• Flexible power supply: Support for Power-over-Ethernet (PoE) for flexible placement without additional power supplies
• Secure communication: Integration of proven Digi RealPort® technology as well as the Digi TrustFence® security framework with encrypted connections, centralized authentication, and VPN support
• Easy setup & management: Quick configuration via Digi Navigator, Digi Remote Manager® or Digi On-Prem Manager
• Long-term investment protection: Digi Accelerated Linux (DAL) operating system for consistent performance, complemented by 1 year of LifeCycle Assurance with 24/7 expert support

In addition, the device offers a built-in Python programming environment, allowing applications to be customized, data to be processed, and device connections to be intelligently managed.

A benefit for healthcare

The Digi Connect® EZ WS provides the foundation for reliable and secure networking of medical devices and makes a significant contribution to the digitalization and efficiency of patient care. By combining easy implementation, strong security, and flexible scalability, the device delivers tangible value to both IT departments and medical professionals.

About BRESSNER Technology GmbH

As a system integrator, manufacturer, value-added distributor, and solution provider for industrial hardware solutions, components, accessories, and built-to-order systems, BRESSNER offers an extensive portfolio for a wide range of industrial applications. Tailor-made solutions for machine automation, logistics & transport, and production are just as much a part of the company’s expertise as comprehensive services in AI applications, machine/deep learning, networking, intelligent retail, communication, and security. The company’s headquarters are located in Germany, while its parent company One Stop Systems is based in the USA.

About Digi International Inc.

Digi International (Nasdaq: DGII) is a leading global provider of Internet of Things (IoT) connectivity products, services, and solutions. Founded in 1985, Digi has helped customers connect over 100 million devices worldwide, delivering scalable and secure communication infrastructure in demanding environments.

Headquartered in Hopkins, Minnesota, Digi offers a comprehensive portfolio that spans embedded systems, cellular routers and gateways, system-on-modules, single board computers, infrastructure management solutions, and software tools—including the Digi Remote Manager® platform—for efficient device management, monitoring, and operational optimization.

Digi’s solutions empower industries such as healthcare, industrial automation, smart cities, energy, and transportation by enabling reliable, secure data connectivity and automation in even the most challenging environments.