A602 PowerPC Safe Computer 6U VME64 The A602 is a 6U, 64-bit VME COTS computer, certifiable up to SIL 4 and DAL-A, with triple redundancy for functional safety on a single board to achieve fail-operational, fault-tolerant behavior. The A602 is a 6U 64-bit VME COTS computer with onboard functional safety that realizes triple redundancy on a single board to achieve fail-operational, fault-tolerant behavior. The board can also act as a fail-silent subsystem, i.e. it can shut down in case of a fatal fault. Its complex FPGA-based design helps dramatically lower software development costs as it automatically manages the system's triple-redundant processors and memory. The result: The system's redundant architecture is fully taken advantage of by software designed for a standard single-CPU board. The A602 is designed for deterministic operation and offers extensive BITE features (e.g., ECC error counters for all types of memory, monitoring of all internal voltages), internal buses with error correction and fault-tolerant (fail-operational) implementation. Its three processors run in lockstep mode with 2-out-of-3 (2oo3) voting implemented in FPGA and software-assisted resynchronization, while its triple redundant dynamic memory automatically corrects upsets caused by cosmic radiation (SEU) and hardware faults. The system is powered by redundant local power supplies with separate power supplies for the three CPUs and the three main memory ranks. The A602 has been developed according to DO-254, compliant to DO-160 and certifiable up to DAL-A in avionics applications. Additionally, the product meets the requirements of EN50128/EN50129 and can be deployed in signalling and rolling stock applicationsup to SIL 4. All I/O is realized in SEU-resistant FPGAs and available on the system's rear connectors. Additionally, the A602 offers two PMC slots with rear I/O for PMC1. As an option, the second PMC slot can be customized for an AFDX PMC (rear I/O only). A second A602 can be connected to build a high reliability/availability cluster. The two A602s exchange data via a sextuple UART connection and a BMCX link. 3x PowerPC 750 (lockstep mode), 3x 512 MB DDR RAM Fail-operational, fault-tolerant behavior Fail-safe and fail-silent board architecture Clustering of two A602 to raise availability Board management, BITE SEU (radiation) tolerant Certifiable up to SIL 4 (with report from TÜV SÜD) and DAL-A Developed according to RTCA DO-254, EN 50129 and IEC 61508 EN 50155 compliance Up to -40 to +70°C with qualified components Convection or conduction cooling

G20 Intel Core i7 CPU Board 3U CompactPCI Serial The G20 is a 4HP/3U CompactPCI Serial CPU card supporting USB, SATA, PCI Express and Gigabit Ethernet rear I/O interfaces according to the CPCI-S.0 standard. The G20 is a versatile 4HP/3U single-board computer supporting a multitude of modern serial interfaces according to the CompactPCI Serial standard. It is thus perfectly suited for data-intensive applications which require high computing-power. The CPU card is equipped with Intel's Core i7 processor running at up to 3.2 GHz maximum turbo frequency and offering multi-core architecture from Intel with full 64-bit support. The G20 supports the Intel Active Management technology which makes it possible to access the board via the network even when it is in soft-off or standby state. The memory configuration of the G20 includes a state-of-the-art fast DDR3 DRAM which is soldered to the board to guarantee optimum shock and vibration resistance. An mSATA disk connected via a SATA channel and a microSD card device which is connected via a USB interface offer nearly unlimited space for user applications. The board delivers an excellent graphics performance. Two DisplayPort interfaces are accessible at the boardfront. Using an external adapter two HDMI or two DVI ports can also be realized. In addition the standard front I/O comprises two PCIe-driven Gigabit Ethernet and two USB 2.0 ports. Serial interfaces at the rear I/O connectors are 8 USB, 6 SATA interfaces, one DisplayPort or HDMI (instead of one interface at the front panel), 5 PCI Express x1 links, and two PEG x8 links. Up to eight Gigabit Ethernet interfaces can be realized using a rear I/O adapter board. Thermal supervision of the processor and a watchdog for the operating system complete the functionality of the G20. The G20 operates in Windows and Linux environments as well as under real-time operating systems that support Intel's multi-core architecture. The InsydeH2O EFI BIOS was specially designed for embedded system applications. The G20 is suited for a wide range of industrial applications, e.g. for monitoring, vision and control systems as well as test and measurement. Main target markets comprise industrial automation, multimedia, traffic and transportation, aerospace, shipbuilding, medical engineering and robotics. The G20 comes with a tailored passive heat sink within 4 HP height. The robust design of the G20 makes the board especially suited for use in rugged environments with regard to shock and vibration according to applicable DIN, EN or IEC industry standards. The G20 is also ready for coating so that it can be used in humid and dusty environments and has a guaranteed minimum standard availability of 7 years. Intel Core i7, 2.53 GHz Dual-core 64-bit processor PICMG CPCI-S.0 CompactPCI Serial Up to 4 GB DDR3 DRAM soldered, ECC mSATA and microSD card slots Standard front I/O: 2 DisplayPorts, 2 Gb Ethernet, 2 USB Standard rear I/O: 7 PCIe, 8 USB, 6 SATA, DisplayPort/HDMI Rear I/O via mezzanine board: up to 8 Gigabit Ethernet Intel Turbo Boost 2.53..3.2 GHz, Hyper-Threading, Active Management Technology Open CL 1.1 support

B11 MPC8245 CPU Board 3U VMEbus The B11 is a high-speed PowerPC based VMEbus SBC with complete single-board computing functionality. It is optimized for industrial requirements in control and instrumentation in terms of functionality, environmental conditions and cost. The B11 is a high-speed PowerPC based VMEbus SBC with complete single-board computing functionality. It is optimized for industrial requirements in control and instrumentation in terms of functionality, environmental conditions and cost. The CPU card is especially prepared for all types of industrial qualification such as extended temperature range (-40..+85°C), shock, vibration, humidity etc. The computing core of the B11 is the MPC8245 processor with its internal PowerPC 603 that speeds up to 400MHz clock frequency. The Single-Board Computer is equipped with one SO-DIMM SDRAM slot, a CompactFlash slot and soldered boot Flash. This guarantees maximum flexibility in memory configuration. The B11 hosts two serial interfaces, IDE hard-disk controller, keyboard, mouse and USB as well as a real-time clock and watchdog. Two local PC-MIP mezzanine slots are available for flexible and individual workstation I/O extensions such as Ethernet, graphics, SCSI, additional serial lines, field busses etc. The non-transparent PCI-to-VME bridge is a very fast and cost-competitive in-house design. Using a dual-ported SRAM, the B11 speeds up to a transfer rate of 7MB/s for master single cycle operations and up to 13MB/s for slave burst operations. Despite the full functionality of the B11 and even with 2 PC-MIP slots, the complete CPU card needs only one 3U slot in a VMEbus system. The B11 comes with MENMON support. MENMON is a sort of BIOS which can be used for bootstrapping operating systems (from disk, flash or network), for hardware testing, or for debugging applications without running any operating system. PowerPC MPC8245 up to 400 MHz 1-slot VMEbus master/slave 1 MB ultra-fast DPRAM 512 MB DRAM, CompactFlash Graphics via PC-MIP Ethernet via PC-MIP 2 COMs, IDE, USB, keyboard/mouse PC-MIP slots MENMON BIOS for PowerPC cards -40 to +85°C screened versions

A14C MPC8540 CPU Board 6U VME64 The A14C is an advanced PowerPC based single-board computer for embedded applications. It features full VME64 support and it can be used as a master or a slave in a VMEbus environment. The A14C is an advanced PowerPC based single-board computer for embedded applications. It features full VME64 support and it can be used as a master or a slave in a VMEbus environment. The CPU card provides 1 MB local shared SRAM for slave access and communication between the local CPU and another VMEbus master. The A14C is controlled by an MPC8540 integrated PowerPC processor working at 800 MHz. The SBC is equipped with a DDR SO-DIMM socket for data storage, with NAND Flash for program storage as well as with non-volatile FRAM. The board provides front-panel access for two Gigabit Ethernet, one fast Ethernet and one COM via four RJ45 connectors. Four more UARTs are optionally accessible via SA-Adapters for front connection. Additional functionality such as graphics, touch, CAN, binary I/O etc. can be realized as IP cores in FPGA for the needs of the individual application. The corresponding PHYs are available via SA-Adapters on a transition module to the rear. The FPGA acts as a standard PCI device on the A14C. The FPGA functions are loaded by software during power-up within less than 1s. FPGA updates can be carried out dynamically during operation. In addition, the A14C can be equipped with PMC mezzanine cards supporting 64 bits/66 MHz as well as front I/O and rear I/O (PIM). The A14C comes with MENMON support. This firmware/BIOS can be used for bootstrapping operating systems (from disk, Flash or network), for hardware testing, or for debugging applications without running any operating system. PowerPC MPC8540 / 800MHz FPGA 12,000 LEs (approx.144,000 gates) 1-slot 64-bit VMEbus master and slave Up to 2 GB (ECC) DRAM NAND Flash, FRAM Graphics via PMC or FPGA 2 Gigabit/1 Fast Ethernet Up to 6 COMs Parallel ATA for onboard hard disk Further I/O individually via FPGA 2 PMC slots MENMON BIOS for PowerPC cards

CC10S ARM i.MX 6 SBC for Control of Multiple 7" to 15" Displays Display Control Board CC10S is a small-footprint multi-display controller for 7-15" panels based on the NXP (Freescale) ARM i.MX 6 for driver desks and in-seat displays in trains/buses, aircraft, medical devices or HMIs. The CC10S is a small-footprint multi-display controller board based on the NXP (formerly Freescale) ARM i.MX 6 Series and provides full HD resolution for 7" to 15" panels, e.g., for driver desk displays or in-seat infotainment in trains or public buses, in aircraft, in medical devices, or HMIs in automotive applications. Scalable Performance with ARM i.MX 6 Series With its Cortex-A9 architecture, the CC10S supports different types of the i.MX 6Solo, 6DualLite, 6Dual and 6Quad families. This makes the controller module widely scalable from low-end to high-end graphics requirements. Where less performance is needed, you can optimize costs by choosing a single- or dual-core processor instead of a quad core. In any case, the board provides dual-channel LVDS with a maximum resolution of 1920 by 1200 pixels (WUXGA). Powerful Graphics with a Small Footprint The CC10S supports up to 4 GB onboard DDR3 SDRAM, which is abundant even for demanding imaging tasks. A soldered eMMC device provides sufficient mass storage for Linux or VxWorks operating systems and application software, and in many cases also for image data. This makes the CC10S controller a solid base for very compact solutions. Still it can handle two independent screen contents due to its multi-stream-capable HD video engine, which delivers up to 1080p60 decode, 1080p30 encode and 3D video playback in HD. Separate 2D and/or OpenVG Vertex acceleration engines make for optimal user interface experience. Solid I/O Functions With one Gigabit Ethernet interface (1000BASE-T) and two USB 2.0 ports, the CC10S covers the needs of a typical panel computer. All interfaces are accessible using onboard connectors that can be led to a housing's exterior as needed using ribbon cable. A USB-to-UART port allows to connect a PC as a terminal, e.g., for integration or software maintenance. Rugged for Harsh Environments Although the display controller is suited for all kinds of application areas, it is particularly suited for harsh environments. All components are available qualified for an extended temperature range of -40 °C to +85 °C, are soldered to withstand shock and vibration, and are prepared for conformal coating. For LCD TFT panels from 7" to 15", Full HD Dual-channel LVDS or two single channels, with 2 independent screen contents NXP ARM i.MX 6 Series Multi-stream-capable HD video engine, OpenCL support Maximum resolution 1920 x 1200 Up to 4 GB DDR3 SDRAM, eMMC multimedia card 1 Gb Ethernet, 2 USB 2.0, 1 USB-to-UART Power supply 9 to 16 VDC (12 V nom.) -40 °C to +85 °C

PX4 Mobile Phone Voice Interface PCI Express Mini Card The PX4 is a PCI Express Mini Card providing an audio and sound interface for mobile wireless functions. For In-System Mobile Phone Functionality The PX4 is a Full-Mini PCI Express Mini Card providing an interface for mobile wireless functions including audio. It is built in a stacked structure, consisting of one PCI Express Mini Card to connect on a carrier board and one mezzanine card for another plug-on PCI Express Mini Card. Supports Mini-SIM and LTE The PX4 provides a mini-SIM card slot. If a mini-SIM card is mounted and, e.g., a 4G LTE modem for mobile phone functionality is assembled as plug-on PCI Express Mini Card, the PX4 extends the wireless data communication with audio. This allows, e.g., the train driver to make phone calls via mobile wireless cards. Usable in Harsh Environments The wide temperature range of -40°C to +85°C and the availability of a product model with conformal coating makes the PX4 especially suited for use in the rail and public transport market. USB audio streaming controller for mobile wireless cards Perfect extension for PCI Express Mini Cards with mobile phone functionality, e.g., 4G LTE modem PCI Express Mini Card form factor Mini-SIM card socket integrated -40°C to +85°C Conformal coating (optional)

SA15 8-Channel Binary I/O Adapter SA-Adapter The SA15 is a binary I/O interface adapter with five binary inputs, five binary outputs and three binary bidirectional inputs/outputs. The SA15 provides five binary inputs, five binary outputs and three binary bidirectional inputs/outputs. The supported logic level is 3.3 V up to 24 V. The output current for each channel is 500 mA (sinking), but the maximum overall current is 2.5 A. SA-Adapters are small universal boards providing the physics for legacy serial I/O, fieldbus interfaces and other small I/O functions. One serial line is provided per adapter, which can be plugged directly to the CPU board as a mezzanine. Alternatively, theadapter can be connected to the front panel via ribbon cable. The SA concept allows to add additional I/O interfaces to many of duagon's CPU boards, enhancing flexibility with regard to the line transceivers and isolation requirements. SA-Adapters can be used on the majority of duagon's SBCs. Whether a specific SA-Adapter (or a mix of different SA-Adapters) fits on a specific CPU board is determined by a combination of mechanical, performance, FPGA and operating system criteria and needs to be verified for every board configuration requested. 8 binary I/O channels15-pin HD-Sub connectorOptically isolated

M57 Mezzanine Card with Profibus DP Master Interface M-Module The M57 is an M-Module with a class 1/2 Profibus DP master based on the ASPC 2 controller. It is designed for industrial automation, medical computers, in-vehicle computers, and embedded computers in transportation. The M57 is a Profibus DP (Distributed Peripherals) interface. The M-Module is based on the ASPC 2 controller and the 16-MHz Motorola MC68331 CPU. It is an ideal interface solution for intelligent remote I/O applications via a very popular fieldbus standard. The ASPC 2 is an advanced Profibus controller allowing 127 stations with 254 SAPs (Service Access Points) each. It allows data transfer rates of up to 12 Mbaud on the M57. The mezzanine card MC68331 is a 68020-based CPU which handles communication with the host CPU via the on-board 1 MB of shared DRAM. The advantage of this Profibus application using the MC68331 is that the complete Profibus protocol stack runs locally on the M-Module with very reduced interaction of the host CPU. The Profibus firmware consists of the true Softing protocol stack. The corresponding driver software comes from duagon and complies with the standard Softing PROFIBUS DP Configurator tool. It supports configuration of the M57 for each application in a very convenient way. The driver is based on MDIS (Modular Driver Interface System) which makes the M57 ready for use under Windows, Linux and RTOS environments. The optically isolated RS485 Profibus interface is supplied by an on-board DC/DC converter. The M57 is based on the M-Module ANSI mezzanine standard. It can be used as an I/O extension in any type of bus system, i.e. CPCI, VME or on any type of stand-alone SBC. Appropriate M-Module carrier cards in 3U, 6U and other formats are available from duagon or other manufacturers. Class 1/2 Profibus DP master (DIN19245) Isolated RS485, RS232 (debug) interface Local 32-bit CPU Up to 127 active or passive stations 12 Mbit/s data transfer rate 1 MB DRAM Complete Softing Profibus software on board Compatible with PROFIBUS DP Configurator

M66 Mezzanine Card with 32 Digital Inputs/Outputs M-Module The M66 is an M-Module with 32 inputs or 32 outputs or mixed I/O in groups of 4. It is designed for industrial automation, medical computers, in-vehicle computers, and embedded computers in transportation. The mezzanine card M66 provides 32 binary process signals on one single M-Module, which is the largest number of digital channels ever seen on a mezzanine board. This allows a total of 128 signals with four M-Modules on a double Eurocard (i.e. in one slot of a VME or CPCI system). With its extremely high output current of 1.9 A per channel, optical isolation and its over-current and over-temperature protection mechanisms, the M66 is the M-Module of choice for advanced industrial and automotive applications. The M66 is based on the M-Module ANSI mezzanine standard. It can be used as an I/O extension in any type of bus system, i.e. CPCI, VME or on any type of stand-alone SBC. Appropriate M-Module carrier cards in 3U, 6U and other formats are available from duagon or other manufacturers. 32 inputs 0 V to 32 V or 32 outputs 12 V to 32 V or Mixed I/O in groups of 4 1.9 A output current per channel 16 A switching power on one M66 Load on ground Optical isolation -40 °C to +85 °C versions

M35N Mezzanine Card with 8/16 Analog Inputs, 14 Bits M-Module The M35N is an M-Module with 8 differential voltage or current inputs, or 16 single-ended voltage or current inputs and 14 bits resolution. It is designed for industrial automation, medical computers, in-vehicle computers, and embedded computers in transportation. The mezzanine card M35N is a 14-bit analog M-Module for a wide range of standard input requirements such as 16 channels single-ended voltage or current and 8 channels differential voltage or current. The isolated supply voltages are generated by an onboard DC/DC converter, which is also usable in the extended temperature range of -40 to +85°C. A fast A/D converter and auto-incrementation of the multiplexer channel make the M-Module ideal for fast sampling. The complete acquisition time of one channel of an M35N is 7.8µs and the precision is better than 0.1%. The M35N features totally automatic adjustment of each channel and each input range. The M35N is based on the M-Module ANSI mezzanine standard. It can be used as an I/O extension in any type of bus system, i.e. CPCI, VME or on any type of stand-alone SBC. Appropriate M-Module carrier cards in 3U, 6U and other formats are available from duagon or other manufacturers. 8/16 current or voltage inputs 14 bits resolution 7.8 µs acquisition/conversion time Precision better than 0.1 % Unipolar/bipolar software-selectable Autoincrement of channel number External triggering Optical isolation (500 V) -40 °C to +85 °C versions