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  • ACT/Technico  (1)
    • Network Solutions
      Network-centric computing is the new standard in embedded systems, providing speed, scalability, reliability, and security. Ethernet Switches are the backbone of this network-centric system architecture. ACT/Technico's line of Ethernet switches, Single Board Computers, storage, and our expertise in embedded sub-systems integration help mitigate development risks. New network requirements such as IPv6 and multicast are supported by ACT/Technico's complete line of Ethernet switch and interface products. Custom designs are also available. PowerPC and Pentium are both supported on our SBCs, and a host of solid state and rotating storage solutions are available. All this can be assembled and shipped tested in a chassis. Please visit our website or call us for details. Network-centric computing is the new standard in embedded systems, providing speed, scalability, reliability, and security. Ethernet Switches are the backbone of this network-centric system architecture. ACT/Technico's line of Ethernet switches, Single Board Computers, storage, and our expertise in embedded sub-systems integration help mitigate development risks. New network requirements such as IPv6 and multicast are supported by ACT/Technico's complete line of Ethernet switch and interface products. Custom designs are also available. PowerPC and Pentium are both supported on our SBCs, and a host of solid state and rotating storage solutions are available. All this can be assembled and shipped tested in a chassis. Please visit our website or call us for details. [...] (+)

      Features:

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  • Agilent Technologies  (1)
    • COTS VME/VXS Boards
      A new family of COTS VME/VXS (VITA 41 form factor) boards combining state-of-the-art Xilinx Virtex-4 SX and FX functionalities with advanced Acqiris data conversion technology (+)

      Features:

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      • Incorporates Acqiris' JetSpeed II technology for clock generation and distribution
      • Feature two Xilinx Virtex-4 FPGAs, one SX55 targeted at digital signal processing and one FX100 for data flow control
      • Provides support for the VXS interface, two optical links on the front panel, a VME64x interface as well as DDR2 SDRAM memory and auxiliary analog and digital I/Os
  • Altreonic  (1)
    • OpenComRTOS
      First network-centric RTOS supporting heterogeous targets in a transparent way (+)

      Features:

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      • Network-centric
      • Formally developed
      • Scalable
  • Artesyn Embedded Technologies  (1)
    • NPT40-M Series
      The NPT40-M series of open-frame AC-DC power supplies features both ITE and medical safety approvals. All models have triple output voltages in a compact open-frame design; measuring just 2 x 4 inches, with a height of only 1 inch. The series is primarily intended for use in information technology equipment (ITE) and light industrial systems, as well as for equipment intended for non-patient contact and non-patient critical use in low power medical, dental and laboratory applications. (+)

      Features:

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      • Medical and ITE safeties
      • Universal input
      • 2 x 4 x 1U form factor
  • Chomerics  (1)
    • EMI STRIP GASKET
      SOFT-SHIELD 4850 is a shielding solution in consumer and commercial electronics, telecom, and information technology applications (+)

      Features:

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      • Saves up to 20 percent over fabric-wrapped foam gaskets
      • Proprietary material uses electrically conductive silver plated fibers within a low-density foam
      • Excellent through-resistance and compression set properties, even after multiple closure cycles
  • Curtiss-Wright  (3)
    • Software Defined Radio & EW System
      Curtiss-Wright’s mid-size SDR and EW System enables customers to select their preferred RF tuner and software applications (i.e. GNU Radio, Red Hawk or SCA). By provides up to sixteen analog inputs (12-bit up to 2 Gsps) and eight (14-bit < 2.8 Gsps output channels), the SDR and EW system is easily able to interface L-band or S-band RF frequencies. The SDR/EW is built using rugged COTS products and the system is qualified to MIL-STD-810 and MIL-STD-461 standards. (+)

      Features:

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      • COTS Software Defined Radio and Electronic Warfare System with RF tuner and software selectable by the system integrator
      • Intel Core i7 or Xeon Processor
      • 28VDC Power input per MIL-STD-704
    • Data Transport System 1-Slot (DTS1)
      The DTS1 rugged Network Attached Storage file server is ideal for use in UAVs, Unmanned Underwater Vehicles (UUV), and Intelligence Surveillance Reconnaissance (ISR) aircraft. The DTS1 is easily integrated into network centric systems providing an easy to use, turnkey, rugged network File Server. The DTS1 system houses one Removable Memory Cartridge that provides quick off load of data. The RMC can be easily removed from one DTS1 and installed into any other DTS1 providing full data transfer, seamlessly between one or more networks in separate locations. (+)

      Features:

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      • SWaP optimized form factor Network Attached Storage
      • Ethernet recording and packet capture
      • PXE boot of network clients
    • VPX3-535 3U VPX ADC DAC 6 GSPS
      The VPX3-535 combines high-speed multi-channel analog IO, VITA 48.8 Air-Flow Through (AFT) technology, user programmable FPGA processing and local processing in a single 3U VPX slot for direct RF wideband processing to 6Gsps. This card allows for a high performance single slot transceiver with two 6Gsps 12bit channel, to over 6GHz instantaneous analog bandwidth, but can also scale to larger system with many channel. The architecture is optimized for RADAR, Electronic Warfare (EW), Signal Intelligence (SIGINT), Radar Warning Receivers (RWR) & Software Defined Radio (SDR). (+)

      Features:

      • 3U VPX ADC DAC Card with Xilinx UltraScale FPGA
      • 2x 6Gsps/12b analog inputs (or 4x 3Gsps/12b)
      • 2x 6Gsps/12b analog outputs
  • dB Control  (1)
    • dB-3840
      dB-3840 TWTA – 700 Watts Pulsed, 34.5 to 35.5 GHz, Outdoor Hub-mount Ka-band. Applications: Radars, test/measurement, antenna pattern, radar cross-section measurements, electronic warfare (EW) simulation. The dB-3840 uses a less saturated portion of the frequency band and can transmit at a higher capacity (+)

      Features:

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      • Ka-band TWTA
      • 34.5 to 35.5 GHz
      • 700 Watts pulsed, 10% duty
  • Digital Power  (1)
    • HD160 Series
      HD160 series of high-density AC to DC switch-mode power supplies that deliver up to 160 watts, approximately twice the power currently available in the industry standard 2" x 4" footprint (+)

      Features:

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      • Suited for low profile/1U applications with a height of only 1.06 inches
      • The HD160 series utilizes the latest technologies and advanced switching topologies to deliver operational efficiencies up to 90% with a power density exceeding 18 W/in3, setting the standard for low and medium range power products
      • Single-output power supplies offer standard output voltage set points of 5,12, 24, and 48 VDC
  • Innovative Integration  (1)
    • X5 Family
      X5-400M - (2) 400 MSps, 14-bit A/Ds, and (2) 500 MSps, 16-bit DACs, Virtex-5 FPGA, 1 GB Memory (+)

      Features:

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      • Applications include: Wireless Receiver and Transmitter; WLAN, WCDMA, WiMAX front end
      • RADAR; Electronic Warfare; High Speed Data Recording and Playback; High speed servo controls; IP development
      • X5-210M - (4) 210 MSps 14-bit A/Ds, Virtex-5 FPGA, DDR2/QDR-II Memory
  • Kepware Technologies  (1)
    • IoT Gateway
      The IoT Gateway for KEPServerEX provides cloud-based enterprise business systems with access to real-time data from industrial equipment, helping to bridge the gap between Operations Technology (OT) and Information Technology (IT). The IoT Gateway is compatible with most MQTT and REST applications. (+)

      Features:

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      • Real-time data streaming from KEPServerEX to Big Data and analytics software applications
      • Data collection from thousands of industrial sensors and machines including PLCs, RTUs, PACs, DAQs, Controllers, and many more
      • Customizable Data Format support ensures compatibility with most MQTT and REST applications
  • Kontron  (2)
    • Kontron Gigabit Ethernet Switch VX3910
      High-performance IPv4/IPv6 OpenVPX Switch (+)

      Features:

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      • The Kontron Gigabit Ethernet Switch VX3910 is a new member of Kontron's embedded switching product range implementing Kontron Embedded Network Technology
      • Providing a unified advanced feature set and operational interfaces across multiple form factors, it enables an efficient reuse of switching expertise and improves time-to-market
      • The Kontron VX3910 allows for flexible implementation of network-centric situational-awareness and High Performance Embedded Computing (HPEC) applications in markets including military, medical, energy, and in autonomous systems such as UAVs and AUVs
    • VX3042 & VX3044 - Kontron's Latest 3rd Gen Intel® Core i7 3U VPX SBC's
      Kontron's Latest 3rd Gen Intel® Core i7 3U VPX SBC's - Best combination of performance, power efficiency and bandwidth for long-lifecycle applications. Kontron recently announced its new 3rd generation of 3U OpenVPX single-board computers (SBC) with latest interface technology based on the 3rd generation Intel® Core i7 processors. They are the first 3U OpenVPX SBCs with native support for 10 Gigabit Ethernet and PCI Express 3.0 to meet and exceed even the highest bandwidth demands of network centric military, aerospace and transportation applications. The Kontron 3U OpenVPX SBCs VX3042 and VX3044 are specifically designed to provide the ideal combination of leading-edge performance, power efficiency and bandwidth to long-lifecycle applications FEATURES: >> Dual 10 Gigabit Ethernet >> PCI Express Gen 3.0, with Kontron VXFabric >> Up to 3 simultaneous graphics heads >> Turnkey Evaluation/Development Platforms [...] (+)

      Features:

  • Kontron II  (1)
    • VX3042 & VX3044 - Kontron's 3rd Gen Intel® Coreâ„¢ i7 3U VPX SBC's
      Kontron's Latest 3rd Gen Intel® Core™ i7 3U VPX SBC's - Best combination of performance, power efficiency and bandwidth for long-lifecycle applications. Kontron recently announced its new 3rd generation of 3U OpenVPX™ single-board computers (SBC) with latest interface technology based on the 3rd generation Intel® Core™ i7 processors. They are the first 3U OpenVPX™ SBCs with native support for 10 Gigabit Ethernet and PCI Express 3.0 to meet and exceed even the highest bandwidth demands of network centric military, aerospace and transportation applications. The Kontron 3U OpenVPX™ SBCs VX3042 and VX3044 are specifically designed to provide the ideal combination of leading-edge performance, power efficiency and bandwidth to long-lifecycle applications FEATURES: >> Dual 10Gigabit Ethernet >> PCI Express Gen 3.0, with Kontron VXFabric™ >> Up to 3 simultaneous graphics heads >> Turnkey Evaluation/Development Platforms [...] (+)

      Features:

  • Mercury Systems  (4)
    • Mercury OpenVPX SFM6102 Ethernet Switched Fabric Module
      The Ensemble™ 6000 Series OpenVPX SFM6102 Switch Fabric Module from Mercury Computer Systems is a VITA 46/48 switch board that provides full inter-board 10 Gigabit Ethernet data plane and Gigabit Ethernet control plane connections. Built to OpenVPX (VITA 65) standard, the SFM6102 offers three functions in a single slot: data plane switching, control plane switching and chassis management. By providing Ethernet switching for the data plane and control plane, the SFM6102 delivers a standard open architecture suitable for net-centric processing and control applications within the embedded marketplace. The SFM6102 implements data plane switching via the Broadcom BCM56820 10 Gigabit Ethernet switch, supporting up to twenty 10 Gigabit Ethernet ports to the backplane for customer use. An additional four 10 Gigabit Ethernet ports are provided to the front panel in air-cooled configurations, allowing external traffic to flow directly on to the OpenVPX data plane. The SFM6102 module provides Gigabit Ethernet switching for up to 18 VPX payload slots via the on-board Broadcom BCM56312 Layer-2 managed switch. Up to two front-panel Gigabit Ethernet ports are available, allowing external Ethernet traffic access to the backplane Ethernet links. The SFM6102 module also implements OpenVPX chassis management capabilities, allowing the switch module to intelligently manage the entire system from a single point. Full-Featured Switching Technology The SFM6102 module utilizes the Broadcom BCM56820 as the heart of its data plane switching architecture. With 24 ports available, the BCM56820 provides up to 20 data plane interfaces to the backplane and four interfaces to the front panel (air-cooled configurations only). Supported by Broadcom’s FastPath software suite, the SFM6102 is fully managed, supporting the full spectrum of Layer 2 switching protocols and functions. A single SFM6102 module provides full connectivity for up to 18 payload modules in an OpenVPX chassis, with two interfaces provided for inter-switch connectivity. A second SFM6102 module can be configured as an additional full-duplex connection for payload modules, supporting applications with increased bandwidth requirements. Smaller configurations can create high-bandwidth interfaces by routing all four standard OpenVPX data plane ports from a payload slot to a single SFM6102 switch module. The SFM6102 is field configurable to support nineteen 10 Gigabit Ethernet interfaces to the backplane to allow support for up to 20 control plane interfaces. This setting is managed via an on-board soft jumper. System-wide Gigabit Ethernet Switching The SFM6102 module provides control plane Gigabit Ethernet switching in addition to data plane switching. The SFM6102 module implements the Broadcom BCM56312 switch to provide Gigabit Ethernet connectivity over the backplane to each payload module. System designers can avoid the need for an external control plane switch and cabling in their configurations. The SFM6102 module embeds this functionality within the OpenVPX system. This design leverages the design of the SFM6100 module, Mercury’s Gen1 Serial RapidIO® switch module. Front-Panel Ethernet Interfaces The SFM6102 module provides two Gigabit Ethernet ports to the front panel (air-cooled variants only; conduction-cooled configurations provide a single interface). These ports are routed to the Ethernet switch. This allows users to direct TCP/IP traffic directly into the on-board Gigabit Ethernet switch for dispersal among the payload modules. It also enables easy integration of the OpenVPX system into the network backbone of the deployed platform. A third port provides an interface to the on-board support processor for software and firmware updates, and for access to switch management software. Additionally, four 10 Gigabit Ethernet interfaces to the data plane Ethernet switch are provided in air-cooled configurations. These high-bandwidth interfaces support use cases such as direct data flow on to the 10 Gigabit Ethernet data plane, inter-chassis communication or failover capabilities. Highly Capable Switching Software With the assistance of the SFM6102 module’s on-board service processor, both the BCM56820 and the BCM56312 Ethernet switches can be configured as Layer-2 managed switches. Both the data plane switch and control plane switch support features such as link aggregation (including LACP), VLAN capabilities, spanning tree protocols (including MSTP, RSTP and STP), IGMP snooping, port mirroring, multicast functionality and jumbo packets. The switch can be configured to act as an in-system DHCP server, if required. Switch management support is available via SNMP, HTTP or SSH. System Management Capabilities An on-board system management block allows the SFM6102 module to manage the entire OpenVPX system. The on-board shelf manager can query sensor values across the system, reset and power up/down modules, set sensor thresholds, and manage firmware updates. Remote network access to the management subsystem is provided via a front-panel (air-cooled only) or backplane 10/100BASET port. For detailed specifications and general product information, visit www.mrcy.com or contact Mercury at (866) 627-6951 or info@mrcy.com. FEATURES: • High-bandwidth standard 10 Gigabit Ethernet data plane switching with front-panel access • Gigabit Ethernet control plane switching and front-panel • Gigabit Ethernet ports • Intelligent OpenVPX™ system management capabilities from a single point • Built-in accordance with OpenVPX design principles • Air-cooled and conduction-cooled variants available • Identical software infrastructure across Mercury products [...] (+)

      Features:

    • OpenVPX 6-slot development chassis
      The 6-slot OpenVPX development chassis is a key building block from Mercury’s OpenVPX subsystem development infrastructure. Supporting a number of backplanes with slot counts of 6 or less, the chassis is designed to provide for multiple high performance subsystem configurations to solve challenging problems in the radar, electronic warfare or image processing market spaces. The OpenVPX development chassis helps programs bring algorithms and technologies to higher Technology Readiness Levels (TRL) by supporting their deployment on systems based on deployable designs. Chassis fans are configured in a push/pull mode, ensuring that sufficient cooling is available to support modules dissipating in excess of 175W. The combined fan configuration supplies more than 700 CFM of airflow to the card cage, providing enough air per slot to support a full complement of high performance modules. The enclosure itself can be configured for 19� rack-mount installation or desktop use. For detailed specifications and general product information, visit www.mrcy.com or contact Mercury at (866) 627-6951 or info@mrcy.com. FEATURES: Mercury’s 6-slot OpenVPXTM chassis is designed to support multiple high performance subsystem configurations to solve challeng¬ing development problems in the radar, EW or image processing market spaces. • Compatible with OpenVPX systems with up to 6-slots • Rear transition module support • Electrostatic discharge jacks provided on both the front and rear of chassis • Specially designed cable access holes support the routing of cables to both front panel and rear transition area • Ergonomic space design for injector/ejector seating enables the high extraction force needed for OpenVPX modules [...] (+)

      Features:

    • Mercury 6-slot OpenVPX Development Chassis
      The 6-slot OpenVPX Development Chassis from Mercury Systems is a key building block in Mercury’s subsystem development infrastructure. Supporting a number of backplanes with slot counts of 6 or less, the chassis is designed to provide for multiple high-performance subsystem configurations to solve challenging problems in the radar, electronic warfare or image processing market spaces. The OpenVPX development chassis helps programs bring algorithms and technologies to higher Technology Readiness Levels (TRL) by supporting their deployment on systems based on deployable designs. Built for Performance: As a provider of high-performance solutions addressing the most challenging problems in the sensor processing chain, Mercury engineered the 6-slot OpenVPX development chassis to work with a wide variety of module types, from low-power single board computers (SBCs) to high-performance processors such as the HDS6601 or RF/IF processing engines such as the SCFE-V6-OVPX. Because the chassis supports lab development activities, it is ideal for profiling applications on commercial air-cooled OpenVPX hardware that is identical in design to rugged, deployable OpenVPX modules. The chassis can also work with more rugged configurations of OpenVPX modules that require airflow for cooling. Chassis fans are configured in a push/pull mode, ensuring that sufficient cooling is available to support modules dissipating in excess of 175W. The combined push/pull fan configuration supplies more than 700 CFM of airflow to the card cage, providing enough air per slot to support a full complement of high-performance modules. Two thermal sensors are positioned at the exhaust outlet, allowing users to determine the temperature of the air after cooling modules. Fans are managed by a control card, allowing automatic adjustment of fan speed based on cooling requirements. Multiple Configuration Options: As a building block for high-performance OpenVPX subsystems, the 6-slot OpenVPX development chassis is designed for configurability. Multiple backplanes can be supported, from 5- or 6-slot switch-based designs to 5-slot mesh profiles. Custom backplanes can also be developed as needed to match application data flow requirements. The enclosure itself can be configured for 19� rack-mount installation or desktop use. Power and fan configurations can be modified for particular configurations, with high-power and cooling installations targeting the most demanding applications, and more cost-effective installations targeting lower power and thermal requirements. Power supplies are configured for 12V-optimized OpenVPX modules, but provide all required voltages for OpenVPX modules, including +12V, +5V, +3.3V and -12V. Power at 24V is also provided to drive the chassis fan infrastructure. Due to the modular design of the subsystem, power supplies can be replaced or updated easily. Indicators on the front panel of the enclosure provide assurance that all voltages are available. Designed for easy access, rear-transition modules can be installed as required, and airflow is available to the RTM area should active components be present on any rear modules. Lab Development System: Several key features make the 6-slot OpenVPX chassis a natural choice for lab development systems: • Low-profile design takes up a minimum of space, and aluminum construction minimizes enclosure weight • Electro-Static Discharge (ESD) jacks are provided on both the front and rear of the chassis • Cable access holes are designed into the enclosure framework, supporting the routing of cables to both the front panel and the rear transition area as appropriate for the configuration • Ergonomic space design for injector/ejector seating is optimized for the high extraction force needed for OpenVPX modules • Switches are provided for the SYS_RESET and NVMRO OpenVPX signals, allowing easy testing for the operation of these signals in any installed backplane • A chassis ground stud is provided at the rear of the enclosure • Two removable I/O panels are provided on the front panel of the enclosure, providing access to custom cabling or additional I/O configurations at the subsystem level For detailed specifications and general product information, visit www.mrcy.com/DCM-2R2300-2T2300-OVPX or contact Mercury at (866) 627-6951 or info@mrcy.com. The goods and services contained in this data sheet are controlled under the International Traffic in Arms Regulations (ITAR) and may not be exported to a foreign person, either in the U.S. or abroad without a license or exemption from the U.S. Department of State. EchoCore is a registered trademark and Innovation That Matters and Mercury Systems are trademarks of Mercury Systems, Inc. Other product and company names mentioned may be trademarks and/or registered trademarks of their respective holders. Mercury Systems, Inc. believes this information is accurate as of its publication date and is not responsible for any inadvertent errors. The information contained herein is subject to change without notice. FEATURES: • Low-profile design takes up a minimum of space • Aluminum construction minimizes enclosure weight • Electrostatic discharge (ESD) jacks provided on both the front and rear of chassis • Specially designed cable access holes support the routing of cables to both front panel and rear transition area • Ergonomic space design for injector/ejector seating enables the high extraction force needed for OpenVPX modules • Switches provided for SYS_RESET and NVMRO OpenVPX signals • Chassis ground stud provided at rear of enclosure • Two removable I/O panels provide access to custom cabling or additional I/O configurations [...] (+)

      Features:

    • OpenVPX GSC6201
      The Ensemble Series 6000 Dual AMD GPGPU OpenVPX GSC6201 module from Mercury Computer Systems Inc. delivers the defense industry’s highest-performing stream processing capability in a 6U VPX form factor. (+)

      Features:

      • Flexible, modular design expands the customer’s choice of GPGPU, allowing them to select the best GPGPU for their application
      • Balances the computational capabilities of AMD’s latest-generation Radeon HD 7970M embedded GPGPU with high-bandwidth I/O interfaces, providing a powerful and scalable computing architecture for high-end radar, electronic warfare, and image processing applications
      • Open industry-standard hardware technologies incorporated within the GSC6201 include OpenVPX for interoperability, extreme ruggedization for harsh environmental operation, and MXM graphics module technology for rapid tech refresh and performance upgrades [...]
  • Presagis  (1)
    • STAGE 6.0
      Simulation software for the generation and execution of complex, large-scale training and analysis scenarios (+)

      Features:

      • Allows programmers and non-programmers alike to work in a flexible, integrated simulation environment to build dynamic and interactive tactical and operational scenarios
      • Supports the development of simulations for applications such as: network-centric operations, battle-lab evaluations, command and control applications, military embedded training, operational research, and future system performance evaluation
      • Flexible, integrated simulation environment that offers an open, standards-based architecture while providing an enhanced feature set and seamless support for a full range of Presagis software products, third-party applications, and industry database and communication standards
  • Quantum Controls  (1)
    • N/A
      Quantum Controls develops systems for automated testing and industrial control (+)

      Features:

      • Services offered range from helping with a portion of your project to accepting turnkey system responsibility
      • Areas of application expertise include: Industrial Automation, Test & Measurement, Machine Vision, and Information Technology
      • From original concept engineering through to control system manufacturing and support
  • SANBlaze Technology, Inc.  (1)
    • Mobile Compute Platform
      Mobile Compute Platforms are designed for Tented field and Mounted deployments. Tented Field deployments are integrated into rugged transit containers to meet stringent shock and vibration requirements. Common applications include: Command, control and mission logistics as well as communications and messaging. AdvancedTCA is well suited for Ship, Air, and vehicle mounted implementations that may have: physical /accessibility restrictions, data pre-load requirements and where low power provides strategic and cost advantages. (+)

      Features:

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      • Payload Blades: multi-core true 64-bit SMP, up to 96GB
      • Storage Blades: 6TB per slot, RAID 01,5,6
      • Switch Blades: multiport, 10Gb
  • Tadiran  (1)
    • TLM Military Grade Batteries
      A family of rugged, high-energy lithium metal oxide batteries developed specifically for military and aerospace applications (+)

      Features:

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      • Open circuit voltage of 4 V, with a discharge capacity of 500 mAh (20 mA at 2.8V RT), capable of handling 5 A continuous pulses and 15 A maximum high-current pulses
      • Constructed with a carbon-based anode, multimetal oxide cathode, organic electrolyte, and shut-down separator for enhanced safety
      • Low self-discharge
10/1/20 12:44
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