The Z14I-DX3 is available from Bressner with immediate effect. The Puchheim-based system integrator sees potential applications particularly in defense, government agencies and emergency services, energy and utilities, field engineering, maritime environments and industrial operations.

Three displays, one integrated workspace

In addition to its central 14-inch display, the Z14I-DX3 features two fold-out side screens. Within moments, the system can be transformed into a mobile workstation with three full-size displays. For transport, the additional screens fold inwards and remain securely attached to the device. No separate monitors, cables or mounting hardware are required.

The additional screen space is particularly useful when several sources of information need to remain visible at the same time. An operational map can be shown on the main screen, for example, while a live video stream runs on the second display and telemetry or sensor data is presented on the third. This arrangement also simplifies the control of unmanned systems, technical diagnostics and the monitoring of geographically distributed equipment.

All three touchscreens provide Full HD resolution, a brightness of 1,200 nits and DynaVue® technology for improved readability in direct sunlight. They can be operated using a finger, gloves or a stylus and continue to support reliable input in wet conditions. Display brightness can be adjusted simultaneously across all three screens or individually for each display.

Processing power for demanding edge applications

The Z14I-DX3 is powered by Intel® Core Ultra processors with an integrated Intel® AI Boost NPU. This enables AI-assisted workloads to be processed directly on the device, reducing dependence on a reliable connection to data centers or cloud services. This is a significant advantage in remote locations and time-critical operations.

For more demanding applications, Durabook offers a choice of dedicated NVIDIA® GPUs. Available options include the RTX A500 AI accelerator, RTX 3500 Ada and RTX 5000 Ada. The most powerful configuration delivers up to 682 TOPS and is suitable for tasks such as real-time image recognition, sensor fusion and local video analysis. Combined with the platform’s CPU and NPU, the system’s total AI performance exceeds this figure.

“The Z14I-DX3 rugged mobile laptop with its triple-screen design is a prime example of how Durabook is moving beyond the expected evolution of rugged computing,” said Fred Kao, CEO of Twinhead. “The Z14I-DX3 combines the capabilities customers expect from a rugged Durabook computer with an expansive multi-screen workspace and AI performance in a powerful edge computing platform.”

Modern and legacy connectivity

Mobile operations often require both new and existing equipment to be connected. The Z14I-DX3 therefore offers a broad selection of interfaces, including Thunderbolt 4, two RJ-45 Ethernet ports, two serial RS-232 ports, ExpressCard 54 and USB ports spanning several generations.

Wireless connectivity is provided through Intel® Wi-Fi 7 and Bluetooth® 5.4. Depending on the selected configuration, the workstation can also be equipped with dedicated GPS as well as 4G LTE or 5G mobile connectivity. Nano-SIM and eSIM are supported.

Two removable NVMe PCIe SSDs can be exchanged without tools in a matter of seconds. This makes it easier to switch between different operational profiles and supports the secure handling of sensitive data. Security options include a smart card reader, a Windows Hello-compatible webcam, an RFID/NFC reader and a fingerprint sensor.

Designed for use beyond protected office environments

The Z14I-DX3 is certified to MIL-STD-810H and MIL-STD-461G. Its design therefore addresses both mechanical stresses and operation in electromagnetically demanding environments. The rugged construction makes the workstation a mobile alternative for tasks that have traditionally required a fixed command station or several separate devices.

Bressner supports users in selecting the appropriate processor, graphics solution, storage capacity and communication options. The company can also assist with integrating the workstation into existing IT and operational environments.

The Durabook Z14I-DX3 is available from Bressner Technology with immediate effect.

Further technical information:
https://shop.Bressner.de/en/products/industrial-pcs/mobile-computers/rugged-laptops-en/durabook-z14i-dx3/

Local expertise for joint projects

The partnership combines Durabook’s experience and products in rugged mobile computing with BRESSNER Technology’s long-standing expertise in value-added distribution, system integration and industrial IT. The new Durabook partner brings more than 30 years of market experience in the region and specializes in hardware solutions for industrial environments. Its portfolio includes industrial PCs, rugged computing solutions, AI and IoT technologies, and HPC systems. BRESSNER Technology also provides technical consulting, pre-sales and after-sales services, testing, certifications and customer-specific modifications.

Expansion of Durabook’s partner network in Europe

With this new partnership, Durabook is continuing to expand its European sales and partner network while strengthening local technical support and integration expertise for customers and channel partners in the GSA region. The solutions are designed for companies and organizations with demanding mobile deployment scenarios, including manufacturing and industry, energy and infrastructure, transportation and logistics, the public sector and defense, as well as emergency services.

“With BRESSNER Technology, we are gaining a partner that not only has an established sales structure, but also brings a deep understanding of industrial IT and complex system solutions,” said Fred Kao, CEO of Twinhead International Corporation. “This will expand our reach in the GSA region and give our channel partners and customers even better access to our rugged mobile solutions, local technical expertise and integration services.”

“For our customers in industry, the public sector and defense, reliable mobile hardware is often mission-critical,” said Martin Stiborski, CEO of BRESSNER Technology. “With Durabook, we can now serve these segments with a portfolio built for demanding operating conditions, while providing the technical consulting and integration experience our customers have come to expect from us.”

About BRESSNER Technology GmbH

BRESSNER Technology GmbH is a German value-added distributor based in Puchheim near Munich and specializes in industrial hardware solutions. For more than 30 years, the company has supported customers and partners with expertise in system integration and value-added distribution for demanding IT and hardware environments. Its portfolio of services includes technical consulting, pre-sales and after-sales support, testing, certifications and custom modifications, backed by an established customer and partner network in industrial and professional markets. Further information: https://www.bressner.de/en/

About DurabookDurabook is a globally renowned brand of rugged mobility solutions and part of Twinhead International Corporation, an internationally recognized manufacturer of mobile solutions with 40 years of experience.
All Durabook devices are designed, manufactured and tested to the highest standards to ensure maximum quality and reliability.
For more than two decades, its rugged notebooks and tablets have been widely used by customers in sectors including oil and gas, energy, field services, the public sector and manufacturing.
For more information, visit our website or follow us on LinkedIn and Facebook.

Press contact

Flutlicht GmbH – Communications Agency

Allersberger Strasse 185G
D-90461 Nuremberg

Ariane Mückner
Lara Bross

Phone: +49 (0)911 474950
Email: durabook@flutlicht.biz

At its core is an AMD® EPYC 9005 Series Turin server processor with up to 160 cores and 320 threads. For massively parallel AI, inference and analytics workloads, the RGS-9805GC supports two dual-slot NVIDIA® FHFL GPUs rated at up to 400 W each. This makes the system suitable for applications that require large data volumes to be processed at the point of origin and low-latency decisions to be made in real time.

Seven PCIe Gen5 expansion slots provide substantial capacity for project-specific configurations. In addition to two PCIe x16 slots for GPUs, five further slots can accommodate frame grabbers, high-speed network adapters or interface cards for GMSL2, CoaXPress and USB cameras. The server can therefore be tailored flexibly to different sensor, camera and network topologies.

For memory- and data-intensive real-time processing, the RGS-9805GC supports up to 384 GB of DDR5-6000 ECC RDIMM memory. Two M.2 NVMe sockets, a front-accessible U.2 tray and an internal SlimSAS connector enable high-performance storage and data-logging configurations. Network connectivity includes two 10GBASE-T ports with RDMA support and an additional Gigabit Ethernet port.

An integrated automotive MCU adds CAN 2.0, ignition power control, isolated digital output and continuous system monitoring. The 9–32 VDC wide-range input supports deployment in vehicles and mobile platforms. For harsh operating environments, the server is designed to meet MIL-STD-810H shock and vibration requirements and is specified for operating temperatures from -25 °C to +60 °C.

With compact dimensions of 444 × 388 × 130 mm, the RGS-9805GC can be installed in a 19-inch rack or integrated using wall-mount or damping brackets. Its combination of AMD® EPYC processing, dual-GPU acceleration and versatile PCIe expansion makes it a powerful platform for autonomous driving, HD mapping, industrial machine vision, physical AI and other mission-critical edge HPC applications.

The web-based Automation Control application enables monitoring and control processes to be configured directly on the controller. Its no-code toolset allows users to quickly implement alarm settings, reports and control logic without conventional programming. As a result, sensor and process data can be processed at the edge and integrated more quickly into existing automation or SCADA environments.

A key focus is remote monitoring and centralized management via Digi Axess. The platform provides insight into network, platform and application data, supports individually configurable dashboards, reports and alarms, and enables notifications via email or SMS. In addition, the Digi Axess app allows mobile management of devices and assets.

For industrial applications, the Digi Z45 offers numerous interfaces and protocols. These include analog and digital inputs and outputs, Modbus RTU and TCP, 10/100 Ethernet, RS-232, RS-485, USB, as well as cellular connectivity via LTE with 3G fallback. Dual-SIM failover and automatic carrier provisioning increase availability in distributed or hard-to-access installations.

The controller supports an input voltage of 9 to 24 VDC, operates in a temperature range from -30 °C to 70 °C and features a compact enclosure with a weight of around 0.29 kg. For demanding environments, an RMS version with a rugged NEMA enclosure and IP65/IP66 ratings is also available.

With the launch of the Digi Z45 Industrial Controller, BRESSNER addresses key industrial use cases, including remote monitoring, industrial IoT applications, edge automation, SCADA systems, and the monitoring and control of decentralized assets.

Visit company website →
Visit Digi Z45 Industrial Controller →

At the AFCEA Trade Exhibition 2026 in Bonn, BRESSNER Technology GmbH will present its solutions for these exact deployment scenarios on May 12–13. Visitors can find the company at booth B05 (Rheinebene, Hall Bangkok).

The focus will be on sturdy, high-performance platforms for edge computing, AI applications, Industrial IoT, as well as mobile and industrial use cases. These include rugged edge and GPU systems, high-performance computing platforms, and compact embedded solutions.

Beyond pure computing power, factors such as long-term availability, ease of integration, and maintainability play a critical role. Especially outside traditional data center environments, systems must ensure stable long-term operation and flexible integration into existing infrastructures.

The AFCEA exhibition is considered a key platform for digital technologies in security-related environments. It brings together representatives from government, military, industry, and research to exchange insights on practical solutions for mission-critical IT architectures.

BRESSNER at AFCEA 2026
World Conference Center Bonn
May 12–13, 2026
Booth B05 – Rheinebene, Hall Bangkok

More information about AFCEA: https://www.afcea.de/home.html
Learn more about BRESSNER: https://www.bressner.de/en/

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.