D215E Dual CompactPCI to Ethernet Interface The D215E is a multi-purpose 10/100Mbit Ethernet interface for the CompactPCI bus (cPCI). The interface is available with different communication stacks. The D215E includes two galvanically isolated Ethernet interfaces to connect individually to two Ethernet networks. It is also possible to use the D215E as a 3-port Ethernet switch. Optionally, the D215E incorporates circuitry for LAN bypassing which allows to use the D215E in ring and line topologies. The D215E is engineered for harsh rolling stock environments and is fully compliant to EN 50155. The D215E is not recommended for new designs. TCP/IP, UDP IPTCom / TRDP CIP, PROFINET Webserver Flash File System cPCI 3U 19" Rack

D213 MVB Diagnostic System duagon`s MVB diagnostic systems are designed for debugging MVB devices and networks. The diagnostic system is connected to a common PC. The user can operate the diagnostic system in two operation modes: In the MONITOR mode, the diagnostic system provides a complete set of commands to investigate MVB devices on the bus. Several interactive commands are available on a PC terminal console: Read and write MVB process data MVB network investigation with device status poll and scanning of all device ports Self-learning BA (BA configuration is learned by listening on the MVB bus) In the SERVER mode, the user applications can be programmed and executed on the PC which is connected to the diagnostic system. A full featured MVB programming library is included in the diagnostic system to control a whole MVB network. The diagnostic system can be used with a common PC: The D213 is a PCI card to be used in a standard PCI slot. The MVB interface of the D213 complies withthe TCN standard IEC61375. It supports both wire based physical layers being on the market today (selectable by switch): ESD+ and EMD. The D213 is not recommended for new designs. All in one diagnostic system MVB receiver insensitivity for improved noise immunity (selectable via order option) Supports MVB type "EMD" and "ESD +" Future MVB diagnostic application on demand Complete set of commands to investigate MVB devices on the bus Available for all wire based physical layers on the market today

D212 MVB Star Coupler The D212 connects a wire based MVB segment to at least one, in maximum up to five OGF Optical Glass Fiber bus segments. The transferred telegrams are refreshed with respect to their magnitude, jitter, frame timing and general plausibility. It is designed for the harsh traction environment (-40 °C to +70 °C) and is fully compliant to the EN 50155/EN 50121-3-2:2006 standard. EMD, ESD+ OGF 5x (1x) 24 V to 110 V DC DIN Rail Mount

D210 MVB Repeater Single/Redundant The D210 connects two MVB segments to each other. Communication traffic from both sides is exchanged with the other side. The transferred telegrams are refreshed with respect to their magnitude, jitter, frame timing and general plausibility. The contents of data transferred between the two MVB segments is not changed. Therefore, the D210 MVB repeater is completely transparent to all kinds of bus traffic, i.e. it is a pure Layer 1 device. The two MVB segments may be of type ESD+ or EMD. In case, they are of different type (one ESD+, one EMD), then all relevant timing differences between the two segments are automatically corrected. Two identical halves support functional redundancy of the MVB repeater logic. Their functions are completely independent from each other. There are two MVB interfaces, Segment X and Y. Their electrical properties are identical. The decision for the options "ESD+" or "EMD" is taken for each segment independent from the other one. The two MVB lines A and B are galvanically isolated to the logic/IO and to each other. The D210 is directly powered from the vehicle battery, supporting voltages such as 24 V or 110 V. The D210 is designed for harsh rolling stock environment and complies with the EN 50155 standard. Enables interoperability due to two galvanically isolated MVB nodes with EMD and ESD+ Two identical halves support functional redundancy Allows for more than 32 nodes per MVB segment and increases cable length limits Allows for logical MVB system to span several vehicles within fixed train set Supports 24 V to 110 V power supply

D204 MVB Light Fiber Interface The D204 interface is intended as a converter from duagon’s series of MVB ESD interface boards to the MVB OGF physical medium. It may be used in redundant or non-redundant configurations. The D204 is not recommended for new designs. Fiber Optical ESD Connector Option Redundant

D201 ISA-to-PC/104 Adapter ISA as a Diagnostic Platform The D201 is an ISA-to-PC/104 bus adapter. It is intended mainly for lab use. ISA-compatible PCs support a test and diagnostic platform for software development. The D201 is designed to be used together with the -P4C "carrier mounting option" of duagon boards D114L and D113. PC/104 Stackthrough Option Optionally, the D201 may be used with PC/104 modules with stackthrough pins. In this case, a -P4A or -P4B version of the D114L/D113 is mounted on the opposite side. Since this is completely optional to the placement of the P4C board, the D201 may carry two boards in total. Please note that this arrangement requires an additional connector bezel and matching cables. Even though there are additional boards possible from the mechanical point of view, duagon recommends to assemble no more than two PC/104 boards on the D201, since the maximum power supply current on one single connector pin may be exceeded. ISA interface PC/104 slot

D153E PC/104 Ethernet Interface Ethernet Controller for PC/104 Hosts The D153E is a multi-purpose dual 10/100 Mb/s Ethernet Controller Interface for PC/104 host systems. It features embedded processing power with hardware prioritization and very low jitter for reliable communication. The interface card encapsulates all Ethernet-relevant functions on a standardized PC/104 module, making it a powerful communication module that handles various Ethernet communications protocols. By offloading these tasks from the host system, the D153E lowers processing performance requirements, reducing the need for additional CPU power. Additionally, the D153E is fully compliant with IEEE 802.3 and supports features like Auto-Polarity, Auto-Negotiation, and Auto-MDI-X. Prepared for Redundancy An optional full-featured 3-port switch can be integrated to enable ring topologies directly on the D153E. The optional bypass relays keep the ring topology also in case of a malfunction of the D153E. The device further supports the Rapid Spanning Tree Protocol (RSTP) according to IEEE 802.1w. For additional redundancy protocol please contact duagon. Rail-Specific Network Protocols The D153E is prepared for the "Ethernet on traction vehicles" standard IEC 61375-3-4. It supports various rail-specific Ethernet protocols like TRDP, CIP, IPTCom, PROFINET, UDP or TCP/IP. The interface card is designed for harsh rolling stock environments and is fully compliant to EN 50155. Extended Cybersecurity duagon offers different cybersecurity packages to harden the D153E. The available packages include features such as secure communication for remote access, centralized user access management, secure event logging and secure firmware updates. Highly Integrated Hardware, Easy Software Integration The D153E integrates the magnetics with a galvanic isolation of 1.5 kVrms, the PHY, the complete protocol controller and a simple host interface. With duagon's driver kit the D153E, which features an easy-to-use UART emulation, can be integrated very quickly on almost any host system through a small register set, therefore the device does not need a wide address range compared to a solution based on dual-ported memory. Proprietary Ethernet stack for process data prioritization with decreased data latency Support for real-time Ethernet protocols e.g. EtherNet/IP - CIP, IPTCom, PROFINET, TRDP Optional full-featured 3-port switch and on-board bypass relays Support for redundancy protocols, e.g. RSTP Cybersecurity features available duagon web server for remote firmware updates -40 °C to +85 °C operating temperature

CM52 Rugged COM Express Module with Intel Atom Processor for Embedded Computing COM Express Mini Type 10 with TPM 2.0, PCIe, Ethernet, and Other I/O Interfaces COM Express Mini Type 10 module with Intel Atom, up to 8 cores, 16GB LPDDR5 RAM with integrated GPU, and up to 128GB eMMC storage. TPM 2.0, BMC, conduction cooling, and a -40°C to +85°C Tcase operating temperature range. Rugged COM Express Module The CM52 is an ultra-rugged COM Express module with Type 10 pin-out for rolling stock, public transportation, industry or medical applications. It is operable in an extended temperature range of -40 °C up to +85 °C (Tcase). The use of soldered components makes the board resistant to shock and vibration. Scalable Performance The Intel Atom Processor x7000RE series (Amston Lake) provides a scalable performance with up to 8 cores, up to 16 GB LPDDR5 RAM with in-band error-correction and integrated quality graphics. The module also provides up to 128 GB eMMC onboard storage. Due to the low power dissipation (depending on the CPU), no active cooling is necessary and very small designs are feasible. Safety, Security and Connectivity A versatile board management controller provides intelligent monitoring and supervision of all vital signals including supply and on-board voltages, temperatures and a watchdog for the OS. The Trusted Platform Module (TPM 2.0) supports features like secure/measured booting and fast cryptographic execution. The CM52 comes with a large variety of interfaces, including, e.g., DisplayPort or USB-C, HD Audio, PCI Express 3.0 and 2.5 Gigabit Ethernet. This enables implementing many functions on a very small form factor. Versions for Extremely Harsh Environments The CM52 offers protective coating as a standard feature. For applications that need reliable operation even under the harshest environmental conditions, a special version equipped with a closed aluminum frame that ensures optimum EMC protection, efficient conduction cooling and extended resistance to vibration and shock can be provided on request. This Product is Coming Soon The CM52 will be available once conformity assessments are completed. Intel Atom Processor x7000RE series (Amston Lake) Up to 8 cores Up to 16 GB LPDDR5 RAM with in-band error-correction Integrated GPU, up to 32 EU Onboard storage, up to 128 GB eMMC Trusted Platform Module (TPM 2.0)

G506A Rugged AI Accelerator with 4x M.2 PCIe Slot CompactPCI Serial Board for Advanced AI Processing CompactPCI Serial carrier board with 4 M.2 PCIe Gen3 slots for advanced AI processing. Rugged design, thermal control, EN 50155 compliant, long-term availability. CompactPCI Serial with four AIPU/NPU Modules The G506A is a CompactPCI Serial expansion board featuring up to four Axelera AI Metis™ AIPU (Artificial Intelligence Processing Unit) or optionally Hailo AI modules to introduce and leverage sophisticated AI applications at embedded level (e.g. CCTV with object and anomaly detection). This solution will allow you to use all AIPU/NPU modules within a single software application and even distribute them to different instances of a virtualized computer solution. Rugged AI Module Carrier for Railway Applications The G506A complies with the EN 50155 standard for use in railway applications. A large, finned aluminum heat sink provides optimum heat dissipation for optimal performance. Thermal Monitoring and Control Thermal sensors allow for flexibility with specific user applications and thermal conditions. This Product is Coming Soon The G506A will be available once conformity assessments are completed. 4× M.2 AI Accelerator Board (PCIe 3.0 x8) 2230/2242/2260/2280 card sizes Large aluminum heat sink AI module power control interface and thermal monitoring Onboard power buffer for impulse loads 11 status LEDs Up to -40 °C to +85 °C operating temperature Compliant with EN 50155 (railways) Long-term availability

BL74A High-Performance Rugged Embedded Box PC with AI Edge AI Platform for Railway and Public Transportation Systems Rugged industrial box PC for embedded AI applications in railway and public transportation, delivering high-performance real-time onboard processing, intelligent monitoring, and robust operation in harsh environments. High-Performance Rugged Box PC The BL74A features 13th Gen Intel Core processors with up to 14 cores (6P+8E) and up to 96 GB of soldered dual-channel DDR5-5200 IBECC RAM. Introducing Intel's new hybrid architecture with a combination of Performance and Efficiency cores, the BL74A offers a scalable CPU performance to perfectly suit operational needs, even in harsh ambient temperatures of up to +70 °C (+85 °C for 10 min.). The BL74A is an excellent choice for demanding data processing and communication applications including virtualization, passenger internet access and intelligent CCTV supported by AI inference. Gateway to Embedded AI The highlight of the BL74A is the integrated Metis(TM) AIPU (Artificial Intelligence Processing Unit) by Axelera AI. It is an outstanding solution on a new speed level for challenging and fast embedded AI applications (e.g. CCTV with object and anomaly detection) and much more powerful than the normal GPU integrated on the CPU. The box PC is equipped with one AIPU module to boost performance. Fanless Operation The rugged aluminum housing is optimized for conduction cooled (fanless) operation in high ambient temperatures. Deep cooling fins help to generate hot air flow away from the housing in a chimney effect. This results in a homogeneous heat distribution without hot spots. The BL74A can dissipate up to 95 W of thermal power at +70 °C ambient. Comprehensive Management A versatile board management controller provides intelligent monitoring and supervision of all vital signals including supply and on-board voltages, temperatures, and a watchdog for the OS. Additionally, the BL74A supports Intel AMT remote out-of-band management and holds a discrete TPM module for hardware based system security. This Product is Coming Soon The BL74A will be available once conformity assessments are completed. 13th Gen Intel Core Processor (Raptor Lake) Up to 96 GB soldered DDR5-5200 IBECC RAM One Metis(TM) AIPU accelerator module by Axelera Up to two 2.5'' SATA SSDs High-speed NVMe storage Board Management Controller, TPM 2.0 2× 2.5G + 2× 10G Ethernet M12, 10Gbps USB-A USB-C with DP Alt Mode, Serial, digital I/O -40 °C to +70 °C operating temperature Long-term availability