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Literature Library Search Results
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Corporate: Brochure
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Corporate Overview: Challenges drive innovation.
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At Mercury, challenges drive innovation. No matter how you define success - achieving breakthrough performance, speeding time to market, or reducing costs - Mercury can design an innovative solution for you. | Enhanced Support Services
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Mercury's team of technical experts offers a broad array of enhanced services and support to augment your internal capabilities and increase your effectiveness. | Mercury Federal Systems, Inc.
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Mercury Federal Systems, a wholly owed subsidiary of Mercury Computer Systems, Inc., provides consulting and software engineering services for C4ISR systems to increase client agility and compatibility, reduce technological and financial risk, and accelerate system performance. | Silicon Solutions
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Mercury is leveraging over two decades of expertise to offer robust IP cores, FPGA design accelerators, and design services that minimize your design cycles for maximum profitability. |
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Industry: Brochure
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Ensemble Application Platform Overview
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The Ensemble Application Platform solves tough computing problems with fully integrated ATCA and MicroTCA systems with the widest range of processing AMCs available. | Innovation for Next-Generation Warfare
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Mercury Computer Systems is contributing industry-leading technologies and products that enable aerospace and defense system and platform integrators to rise to the challenges posed by next-generation applications. Mercury supports these customers with key building blocks that enable their success. | Silicon Solutions
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Mercury is leveraging over two decades of expertise to offer robust IP cores, FPGA design accelerators, and design services that minimize your design cycles for maximum profitability. | Solutions and Services for Aerospace and Defense
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Mercury's proven expertise accelerates your time to deployment. | Unleashing the Power of the Cell BE Processor
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With knowledge and vision acquired over 20 years, Mercury is unleashing the power of the Cell BE processor to offer you innovative Cell-based solutions for your most difficult computing challenges. |
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Industry: Case Study
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Low-Latency Control Loop Computing for High-Value Industrial Equipment
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Mercury helps a leading provider of lithography systems to double the performance for their mission-critical control-loop application by replacing their bus-based architecture with open-standard ATCA and RapidIO. | Mentor Graphics: Achieving Mission-Critical Breakthrough Performance on Cell-Based EDA Platform
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Mentor Calibre nmOPC solution uses Mercury's Cell-based Co-Processor Acceleration System to enable computational lithography for next-generation 45-nm process chips - in hours, not weeks. | Mercury Delivers an Integrated, ATCA-Based Telecom Trials/Demo Platform for Tier 1 TEM
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A Tier 1 telecommunications equipment manufacturer (TEM) came to Mercury to help them meet a six-month deadline for their high-speed packet access (HSPA) trial and demo equipment. | Mercury Delivers Intel-Based COTS Military Rugged Solution for Sonar Application
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For a large prime contractor of complex sonar applications for the US Navy, Mercury delivered a Intel-based COTS embedded computing solution, with design to deployment in less than 8 months.
| Mercury Helps Tier 1 Telecom Supplier Develop Flexible, High-Bandwidth, Low-Latency, Wireless Test Bed
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A leading supplier of telecommunications services and equipment needed a flexible, high-performance platform for developing leading-edge long-term-evolution (LTE) application software. | Mercury Pushes the Envelope of the ATCA Standard to Solve State-of-the-Art Beamforming Challenges
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Redesign using FPGAs cuts hardware costs by almost half, accelerates application speed, and increases overall performance of a ground-based telecommunications beamforming application. | Mercury Solution Provides TFLOPS of Processing to Weed Out Semiconductor Flaws
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Mercury helps semiconductor test-equipment maker achieve four times the performance levels of the previous generation system at almost half the cost. | Mercury's 10 GigE-to-RapidIO Solution Enables Powerful Network-Centric Sensor Processing for a Complex Combat System
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With Mercury's help, this customer implemented a single, platform-wide Ethernet network for streaming sensor data through their system. | Mercury's Innovative Approach to Long-Range Radar Design Off-Loads Processing to FPGAs
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A major supplier of radar systems called on Mercury to help them improve the performance of their LRR solution without adding cost to the system or time to the schedule. | Mercury's Innovative COTS Solution Enables Communications between Ships and ISR Assets - At Substantially Lower Cost
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Mercury helped this company accelerate their time to market with a drastically lower cost SATCOM technology platform. | Prism Seismic
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To shorten their time-to-market, Prism Seismic chose Open Inventor® by Mercury Computer Systems with the VolumeViz LDM extension to take care of the majority of the 3D programming tasks necessary to lay the foundation for their SPECTRAL application. | Starlight Information Visualization System Helps Department of Homeland Security Gain Valuable Insights for Detection and Discovery
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Batelle at Pacific Northwest National Laboratory (PNNL) uses the Open Inventor by Mercury Computer Systems 3D software development toolkit to develop their visual analytics solution. | SVI Pro: Advanced seismic volume imaging and 3D visualization tool
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ffA is a world-leading originator and provider of high-quality 3D image processing and analysis (IPA) software to the Oil and Gas industry. Open Inventor® by Mercury Computer Systems with the VolumeVizTM LDM extension was the clear choice as the 3D graphics development platform for this SVI Pro software, because it fits perfectly with the advanced visualization needs of very large seismic data volumes. | Virtual Well Engineering
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The Virtual Well Engineer is a well design simulator for use in the oil and gas industry. The simulator incorporates a number of aspects of well design within the virtual reality environment provided by Open Inventor® by Mercury Computer Systems with the MeshVizTM extension. |
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Industry: Application Note
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Airborne Reconnaissance Image Exploitation System Application Note
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The next step in the evolution of battlefield automation is to move the exploitation processing closer to the sensors on the platform. Mercury Computer Systems, in partnership with world-class algorithm companies, is developing the Airborne Reconnaissance Image Exploitation System (ARIES), a COTS adjunct processor that resides on the airborne platform. | Black River Systems, Revealing Deep Dark Secrets
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What secrets lay buried deep underground Black River Systems Company and the Air Force Research Laboratory are developing a new way to find out, by combining SAR and GPEN at lower frequencies than were possible before. | CubeX Brings Healthy Exercise Right into the Cubicle
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CubeX is on a mission to improve the health and vitality of office workers, by designing exercise equipment that they can use right at their desks. Version 6.0 of Open Inventor™ by Mercury Computer Systems is helping CubeX develop their real-time, interactive, visual simulation applications to enhance the exercise experience. | Deploying Hyperspectral Imaging on Predator
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When the USAF sought to integrate HSI aboard the MQ-1 Predator UAV, they gave the challenge to Space Computer Corporation, who developed the ruggedized ISDP at half the size of previous implementations, with added functionality. | Image Reconstruction Using Mercury's Parallel Backprojection SAL Library Routine: 'bprojimg'
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Two-dimensional image backprojection is a well-known technique for reconstructing the image of a two-dimensional object. This paper describes the use of the Mercury Scientific Algorithm Library routine "bprojimg" for efficiently reconstructing the two-dimensional image of a body of parallel-beam backprojection. | Mercury Computer Systems and IPV Collaborate to Bring the Power of the Cell BE Processor to the Professional Video Market
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Mercury and IPV have teamed up to bring the massive computing power of the Cell BE processor to the professional video market, focusing first on software tools, libraries, and applications to support video codecs. | Programming a Distributed Matrix Transpose Using Mercury's Parallel Application System (PAS) - Application Note 205.0
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Operations such as a distributed matrix transpose between arbitrary sets of processors demand a significant amount of "bookkeeping". PAS encapsulates this data movement and interprocess synchronization with a single function call on each compute environment. | Real-Time Synthetic Aperture Radar Processing on the RACE Multicomputer
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This application note describes relationships for predicting the memory and computational requirements of real-time SAR processing as a function of radar application parameters such as resolution, swath width, platform velocity, radar wavelength, and range, for the simplest case of the range/Doppler stripmap algorithm. | Tactical Endurance Synthethic Aperture Radar (TESAR)
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Under contract to Northrop Grumman Electronic Sensors and Systems Sector (ESSS), Mercury provides rugged, high-performance real-time RACE® computer systems that process the unrelenting, high-volume stream of image data produced by the Predator's TESAR system. |
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Technical: Technical Brief
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A SIGINT Acquisition Demonstration Using RapidIO
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The RapidIO architecture is ideal for high-performance, low latency computing. This presentation reviews the implementation of a radio frequency (RF) channelizing system that detects the time and frequency of each hop transmission from a frequency-hopping emitter. | Cell Architecture: Disruptive Technology for Processing C4ISR Data
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Cell technology represents an enormous, long-term investment and a quantum leap forward in performance. Mercury is preparing to deploy this technology in defense applications such as sensor image formation, situational awareness, target recognition and tracking, change detection, data fusion, and more. | Component Portability Specification - SCA Change Proposal 289
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The component portability specification is developed by Mercury for extending the component models and portability found in the Software Communications Architecture (SCA), to DSP, FPGA, and ASIC technologies. The specification was submitted to the JTRS JPEO as Change Proposal (CP) 289 to be included in SCA 3.x Specialized Hardware Supplement. | Datapath Management for Semiconductor Design and Manufacturing Systems
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Processor and datapath approaches used in today's semiconductor microlithography processes must significantly improve to reduce time to market and cost. Mercury has unique, industry-leading computing solutions to handle the most data-intensive semiconductor design, simulation, imaging, and lithography applications. | Distributed Matrix Transpose
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Mercury RACE® features enhance the performance of distributed matrix transpose "corner-turn". | Echotek Series RF Family of Products
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The products in the Echotek Series RF family of radio frequency (RF) digital tuning modules function as ultra high-performance VHF/UHF downconverters and upconverters. | Fitting Architecture to Application: Choosing between SMP and RACE®
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Most high-performance, real-time applications cannot be adequately served by symmetric multiprocessing (SMP) platforms. This paper details the requirements of this more challenging class of real-time applications and presents a case for adopting RACE® systems for responding to these requirements. | Implementation of Polar Format SAR Image Formation on the IBM Cell Broadband Engine
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HPEC 2007 Conference Presentation - Implementation of Polar Format SAR Image Formation on the IBM Cell Broadband Engine | Mercury SIGGRAPH 2007 Tech Talk
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Accelerating with the Cell BE Processor: Programming the Mercury Cell Accelerator Board and Sony PS3 | Mercury's Serial RapidIO IP Core Technical Presentation
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As customers need to implement systems and need proof of concept expeditiously they need to have robust IP available that is also FPGA-agnostic. This detailed presentation describes the full feature set available with the Mercury Serial RapidIO IP Core. | Open Standards in COTS Computing
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Mercury is a strong proponent of open standards that enable innovation and interoperability. We participate in and lead a wide variety of standards organization activities. | PCI Switch Fabrics - Technology Brief - June 1,1996
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High-performance systems need connectivity to dozens of high-speed peripherals. The use of an industry-standard interconnect method provides system integrators with a wide choice of I/O vendors, features, and price points, promoting fast time-to-market. This paper defines a standard interface that can be used with different, and evolving switch fabrics, but does not define the switch fabrics themselves. | Performance of Multicore Matrix Multiplication Library Presentation
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HPEC 2007 Conference Presentation - Performance of Multicore Matrix Multiplication Library | PowerStream 6100: The Next Generation VME System
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Electronics systems designers can have it both ways with the PowerStream 6100. Built in accordance with VXS, the VITA 41 standard, PowerSteam 6100 provides vastly improved performance coupled with a backward compatibility that protects investments. | Predicting Technologies - Technology Brief - June 1,1996
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Rapid insertion allows Mercury to maintain technology leadership. An open-system approach enables Mercury to participate in and drive, rather than resist new technology. Mercury adapts to changing dynamics to allow our customers to exploit the latest technology. | RACEway Interlink Functional Specification
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This document provides a specification of a high-performance extension to the VMEbus standard called RACEway Interlink. This extension provides high-bandwidth, low-latency interconnects using a network of crossbar switches with point-to-point interconnects. | Rapid IO Technology Overview and Applications
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This tutorial addresses the Rapid IO concept of peer to peer communication and also the transactions occurring in the Logical, Transport and Physical layers of the Serial Rapid IO protocol. It has an abundance of applications where this Standard Based Interconnect is being deployed for numerous designs. This article is reproduced with the courtesy of the Rapid IO Trade Association | SCA & cp289 - Overview
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This presentation provides an overview of component portability for specialized hardware in software defined radios, including the Component Portability Specification Change Proposal (cp289). | SCE: Morphware for the Future
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The Streaming Component Environment (SCE) is a run-time environment, a usage model, and a set of development tools that allows for the development of object-oriented data-streaming applications. | Stream Co-Processing Engine (SCE)
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SCE (Streaming Component Environment) allows developers to use embedded multicomputer processing power by transparently accelerating object-based workstation/host applications. | Technology Overview: A Deployed Airborne HSI Processing System
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This overview of hyperspectral imaging (HSI) presents a description of current applications, an analysis of system resources, and the initial results of an algorithm ported to parallel computing hardware. | Technology Overview: Visualizing and Managing Core Sample Analysis with amira Software
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amira software is a global solution for accessing and visualizing digital information in geophysics, geology, reservoir engineering and petrography. amira facilitates many types of analyses on core samples, including dip and strike analysis and fracture network analysis. | Technology Overview: VITA 41 (VXS)
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The VXS standard combines parallel VMEbus with enhancements to support serial switch fabrics, including RapidIO and others over a high-speed P0 connector, while maintaining backward compatibility. This overview discusses the motivation behind the standard, the primary issues that it solves, and points in the architecture that can help you make a decision about implementing systems using the standard. | Technology Overview: VITA 42 (XMC)
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This overview describes VITA 42 (XMC), a new computing standard that combines the familiar PCI mezzanine card (PMC) with the latest in serial fabric technology. | Technology Overview: VITA 46 (VPX)
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The VPX standard combines the latest in connector and packaging technology with the latest in serial fabric and bus technology. This overview discusses the motivation behind the standard, the primary issues that it solves, and points in the architecture that can help you make a decision about implementing systems using the standard. | WBDLS Solutions - Overview
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This presentation provides a general overview of Mercury's solutions for wideband data links and SATCOM applications. |
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Technical: White Paper
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The Cell BE Processor: A Broadband Engine for Broadcast Applications
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The Cell BE processor is an extremely powerful and general-purpose platform for the next generation of media engines. | 5 Critical Factors to Consider When Choosing a Processing Solution for Your HPC Application
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This paper discusses the widening gap between the required and the delivered performance of commodity processors, presents a few real-world examples, and then describes five critical factors that you should consider when selecting a processing solution for your HPC applications. | A Parallel 64K Complex FFT Algorithm for the IBM/Sony/Toshiba Cell Broadband Engine Processor White Paper
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This paper uses a 64K complex FFT algorithm as an example to show how "parallel algorithms" can be efficiently implemented on the multicore Cell Broadband Engine processor. | A Software Communications Architecture Compliant Software Defined Radio Implementation White Paper
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This paper explores and presents the advantages and difficulties of implementing a radio system using the Software Communications Architecture (SCA). | A VITA Based Framework for Ruggedized COTS Electronics with Emphasis on Liquid Cooling - VITA 48 (REDI) White Paper
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The REDI standard specifies enhancements in the ability of processing equipment to perform within harsh military environments. This paper discusses the major issues that the REDI standard covers: board area and module volume, structural ruggedization, two-level maintenance, and thermal management. | Accelerating DFM EDP Using the Cell BE Processor Architecture
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In this paper, the Cell BE processor is investigated for its impact on typical tasks of computational lithography, with the result of a speedup by a factor of 10 under certain configurations. | Achieving Productivity, Performance, and Portability in Software Programming White Paper
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Recent research and development work related to BAA95-19 significantly improves developer productivity for parallel programming of signal processing applications today, while laying the groundwork for dramatic advances in the future. | Converged Sensor Networking White Paper
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This white paper introduces a novel digital signal processing architecture, called converged sensor networking, which conjoins the agility of cluster computing with sensors at the tactical edge using IP networking. | European Option Pricing with Monte Carlo Simulation on the Cell BE Processor
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This white paper analyzes the performance of the Cell BE processor by implementing a Monte Carlo simulation to price European options, demonstrating that the Cell processor is uniquely positioned to perform the most challenging financial applications. | Extension for Component Portability for Specialized Hardware Processors (SHP)
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This paper defines a set of requirements that can be placed on certain JTRS waveform components to maximize their portability. | Fibre Channel and Serial FPDP in I/O applications
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Fibre Channel and serial FPDP are often candidate technologies for use in high-speed data-acquisition systems. This white paper compares and contrasts the two and provides guidance on the appropriate technology choice. | Increasing the COTS Content of the SCA
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This paper describes commercial standards that can be adopted by the SCA and investigates how existing implementations would be affected by them. | Integrating Specialized Hardware to JTRS/SCA Software Defined Radios
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This paper presents the Component Portability Specification, analyzing the principles that this specification is built on to extend the SCA waveform component portability. | ManagedAir Cooling for PowerStream 7000 RapidIO-Based Multicomputers
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Managing the heat in PowerStream 7000 systems is a significant challenge that requires innovative approaches to air cooling. Mercury has addressed this challenge by developing a patented technique called ManagedAircooling, which strategically directs airflow throughout the system and over boards and components to maximize cooling effectiveness. | Mercury Technology Viewpoint: Evolution of Computing Standards for Signal and Image Processing
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This Mercury Technology Viewpoint discusses key system-level issues, market needs and basic information to aid in selecting a standards-based computing approach. | MultiCore Framework: API for Programming Heterogeneous Multicore Processsors
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Emerging multicore processors contain specialized processing elements that must be explicitly managed by software. This paper describes a software toolkit for programming heterogeneous multicore processors such as the Cell Broadband Engine processor. | Performance and Programmability of the IBM/Sony/Toshiba Cell Broadband Engine Processor
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Cell architecture offers massive compute power on a single chip. This paper describes the performance of signal processing algorithms optimized for the Cell BE processor and a programming model to achieve high performance. | RapidIO Technology Solves the Communication Fabric Conundrum
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While business conditions are influencing equipment vendors to consider adopting an open standard, multiple technologies are vying to be the fabric of choice for networking and communications. The RapidIO standard is the only one that is mature, scales and specifically addresses the full requirements of the communication fabric space. This article covers features included to meet these requirements. This article is reproduced with the courtesy of the Rapid IO Trade Association. | RapidIO: An Embedded System Component Network Architecture
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RapidIO is a high-performance, low pin-count, packet-switched, system-level interconnect architecture. It is intended to be an open standard that addresses the needs of a variety of applications from embedded infrastructure to desktop computing. | Solving High-Bandwidth, High-Compute-Density, Low-Latency Problems with ATCA
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This white paper delivers a broad technical view of the computing problems related to high-performance data-stream processing applications and discusses a standards-based approach to achieving successful solutions. | Space Time Adaptive Processing Estimates for IBM/Sony/Toshiba Cell Broadband Engine Processor
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Using the RT_STAP benchmark from MITRE as a reference application, this paper explores the application of a computationally intensive adaptive nulling problem on the Cell Broadband Engine architecture. | STAP Processing on Multiprocessor Systems
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Significant gains in scalability and performance can be gained by distributing STAP data sets as sub-cube bars. Mercury has developed an effective methodology for partitioning the 3D data set for STAP processing. | STMCS-Final-16Mar06
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This paper describes a software toolkit for programming heterogeneous multicore processors, such as the IBM Cell Broadband Engine (BE)™ processor, that contain explicit non-cached memory hierarchies. | The RACE Network Architecture White Paper
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The RACE® parallel computer system provides a high-performance parallel interconnection network at low cost. This paper describes the architecture and implementation of the RACE system, a parallel computer for embedded applications. | Using ATCA for Low-Latency Control-Loop Applications
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This white paper discusses the rigorous challenges of control-loop applications, including high performance, deterministic latency, scalability, and flexibility, and presents a standards-based approach to address them with ATCA systems. | White Paper: Cell Architecture Advantages for Computationally Intensive Applications
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The processing power of the Cell BE processor results from its performance-leading architectural design, which provides a number of advantages for computationally intensive applications. Large FFT processing, high-resolution medical imaging, advanced SAR, semiconductor wafer inspection, real-time surveillance/ security/ reconnaissance, and many other applications can benefit from this breakthrough technology. |
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Technical: Deployed Solutions
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10 GigE-to-RapidIO VXS Gateway System Deployed Solution
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This deployed solution for C4ISR applications provides a single, platform-wide Enternet network for streaming data through the system, using 10 GigE as the network protocol and RapidIO for high-bandwidth, low-latency signal processing. | Quad-Channel ELINT Wideband Microwave Processor Deployed Solution
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This deployed solution lets ELINT applications for voice, data or radar monitor a wide portion of the electromagnetic spectrum for direction-finding and/or beamforming with high throughput and very low latency. |
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Product: Boards
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VXS-220P Dual 8641D Dual-Core Processing Module
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The VXS-220P Dual 8641D Dual-Core Processing Module combines high-performance Power Architecture™ processing technology with balanced I/O from dual PMC/XMC sites and the scalable serial RapidIO® interconnect. | 400-MHz PowerPC 7410 Daughtercards
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RACE++ Series PowerPC 7410 daughtercards maximize the performance of the memory and the fabric interface to the processor, and optimize RACE++ compute nodes for processing continuous streams of data. | 500 MHz PowerPC 7410 Daughtercards
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RACE++ Series PowerPC 7410 daughtercards maximize the performance of the memory and the fabric interface to the processor, and optimize RACE++ compute nodes for processing continuous streams of data. | Cell Accelerator Board
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The Cell Accelerator Board is a PCI Express® accelerator card based on the Cell Broadband EngineTM (BE) processor in a package designed for high-performance environments. | Cell Accelerator Board 2
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The Cell Accelerator Board 2 is a PCI Express® accelerator card that offers order-of-magnitude faster image and signal processing in a package designed for high-performance environments. | Cell Accelerator Board Qualified Chassis and Environments
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This datasheet specifies the currently supported chassis and operating system (OS) environments for the Cell Accelerator Board. | Digital MRI Receiver
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The Digital MRI Receiver features next-generation high-speed and high-resolution analog-to-digital (A/D) conversion combined with advanced filtering and noise-reduction technology. | Dual Cell-Based Blade 2
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The Dual Cell-Based Blade 2 is a second-generation product based on the Cell Broadband EngineTM (BE) processor and the open IBM BladeCenter® H chassis, with outstanding performance density for high-performance computing applications. | Dual-Port RACEway Interlink Modules
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Dual-Port RACEway interlink modules form switch fabric communications networks among components in RACE++ multicomputer systems. | Echotek Series ECAD-DA-41-PMC Multi-Channel A/D and D/A PMC Module with Programmable FPGA
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The Echotek™ Series ECAD-DA-41-PMC multi-channel A/D and D/A PMC module features a fully programmable FPGA that allows users to configure applications to their own exact specifications. | Echotek Series ECDI-3216/6416-PCI Digital Receivers
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The Echotek™ Series ECDI-3216/6416-PCI digital receivers are 32- or 64-channel, 14-bit digital receivers that combine high-speed and high-resolution A/D conversion with digital receiver processing. | Echotek Series ECDR-2414/4814 and 2414-DL1 24/48-Channel Digital Downconverters
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The EchotekTM Series ECDR-2414/4814 and 2414-DL1 24/48-channel digital downconverters with integrated analog input combine high-speed and high-resolution analog-to-digital conversion with digital receiver processing suitable for wideband and narrowband downconversion and filtering in a single-slot VME board. | Echotek Series ECDR-GC314-PCI/PMC-FS 12-Channel Digital Receivers with Integrated Analog Input
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Echotek Series ECDR-GC314-PCI/PMC-FS 12-Channel Digital Receivers with Integrated Analog Input have been designed to satisfy the stringent requirements for radar, signal intelligence, software defined radio (SDR), and medical imaging. | Echotek Series ECDR-GC314-PMC/PCI 12-Channel Digital Receivers with Integrated Analog Input
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Echotek Series ECDR-GC314-PMC/PCI 12-Channel Digital Receivers with Integrated Analog Input combine high-speed and high-resolution analog-to-digital conversion with digital receiver processing suitable for wideband and narrowband downconversion and filtering. | Echotek Series ECSG-1R3ADC A/D Clock Generator Module
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The Echotek™ Series ECSG-1R3ADC A/D Clock Generator Module generates low phase-noise clock and trigger signals for use with analog-to-digital converters (ADC), digital-to-analog converters (DAC), and digital upconverters. | Echotek Series ECSG-IRHSCT Low Phase Noise A/D Clock Generators
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EchotekTM Series ECSG-IRHSCT Low Phase Noise A/D Clock Generators are one-reference high-speed clock transmitters for distribution to board-level, mixed signal products such as analog-to-digital converters (ADC), digital-to-analog converters (DAC), digital receivers, and digital upconverters. | Echotek Series ECTR-GC314-PMC 12-Channel Digital Transmitter Module
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Echotek Series ECTR-GC314-PMC 12-Channel Digital Transmitter Module is a flexible, multi-channel narrowband/wideband digital upconverter with excellent dynamic performance characteristics. | Echotek Series ECV4-2 Two/Four-Channel, FPGA-Based PMC/XMC Digital Receivers
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The EchotekTM Series ECV4-2 family of wideband digital receivers implements a flexible FPGA-based architecture in a space-efficient PMC/XMC form factor. The flexibility and power of the Virtex®-4 FPGAs allow the family to deliver unique capabilities, such as multi-board coherency, while addressing a range of analog signal requirements. | Echotek Series ECV4-4 Four-Channel, Wideband, FPGA-Based Digital Receivers
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The Echotek Series ECV4-4 family of digital receivers addresses a range of analog signal requirements for COMINT, telecommunications, and radar applications. | Echotek Series ECV4-4-R105-VME64X/VXS Mezzanine Spec Summary
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The Echotek™ Series ECV4-4-R105 mezzanine is a member of the ECV4-4 family of four-channel, wideband, FPGA-based digital receivers, which implements a flexible baseboard plus mezzanine architecture, while supporting an extremely high density of FPGA processing power. | Echotek Series ECV4-RFT 6U Wideband Remote Fiber Transceiver
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The EchotekTM Series ECV4-RFT 6U Wideband Remote Fiber Transceiver combines high-speed A/D and D/A technology, Xilinx® VirtexTM-4 FPGA reconfigurable processing, and fiber I/O for wideband applications that require a unique blend of powerful remote processing and low-latency data transfer. | Echotek Series FPDP-PMC Front-Panel Data Port PMC Module
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Echotek Series FPDP-PMC Front-Panel Data Port PMC Module is a single-wide PCI mezzanine card that provides a high-speed bidirectional digital interface from the PCI bus to the front-panel data port (FPDP). | Echotek Series Product Overview
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EchotekTM Series advanced mixed-signal products are high-quality, flexible, open solutions with best-in-class signal integrity, FPGA flexibility in digital receivers, with a rich set of configuration options. | Echotek Series RF 1800GT Wideband Microwave Tuner
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The Echotek™ Series RF 1800GT Wideband Microwave Tuner is an ultra high-performance wideband microwave receiver, featuring low phase noise and extremely fast tuning speed. | Echotek Series RF 3000T and 5000T Radio Frequency Tuners and Upcoverters
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The Echotek Series RF 3000T and 5000T family of radio frequency tuners and upconverters offers industry-leading features in a choice of form factors. | Echotek Series RW++-PMC PCI to RACE++ PMC Interface Module
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Echotek Series RW++-PMC PCI to RACE++ PMC Interface Module provides a master and slave interface to many processor boards in a convenient PMC form factor, offering easy access to the high-performance RACEway and RACE++ switch fabric. | Echotek Series RWEZ-2 Dual RACEway/RACE++ 2-Slot Backplane Overlay
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Echotek Series RWEZ-2 Dual RACEway/RACE++ 2-Slot Backplane Overlay provides easy access to RACE++ and RACEway switch fabric. | Echotek Series RWEZ-4D Dual RACEway/RACE++ 4-Slot Backplane Overlay
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Echotek Series RWEZ-4D Dual RACEway/RACE++ 4-Slot Backplane Overlay provides easy access to RACE++ and RACEway switch fabric. | Ensemble BCC-101 Serial RapidIO Quad AMC Carrier Blade
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The Ensemble BCC-101 Serial RapidIO Qual AdvancedMC Carrier Blade is the foundation of the Ensemble ATCA Application Platform. | Ensemble BCC-201 Quad AMC AdvancedTCA Carrier Blade
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The Ensemble™ BCC-201 provides a flexible foundation for the Ensemble Application Platform. | Ensemble BCE-100 FPGA AdvancedTCA Compute Blade
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The Ensemble BCE-100 FPGA AdvancedTCA® Compute Blade combines 10 field-programmable gate arrays (FPGAs) with AdvancedTCA technology to deliver massive, continuous, and reliable compute density for the most demanding applications. | Ensemble BSW-201 AdvancedTCA RapidIO/GigE Switch Blade
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The Ensemble™ BSW-201 AdvancedTCA® RapidIO®/GigE Switch Blade is the heart of the Ensemble ATCA Application Platform. This 10-Gbps system hub is ideal for next-generation base station, RNC, and media gateway development. | Ensemble MFib-101 ATCA Fiber AMC I/O Module
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The Ensemble™ MFib-101 ATCA Fiber AMC I/O module allows serial communications and Gigabit Ethernet to stream into the Ensemble system through its front-panel fiber-optic links, enabling multiple Ensemble chassis to interconnect. | Ensemble MPC-102 Dual-Core 8641D AMC Module
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The Ensemble™ MPC-102 Dual-Core 8641D AMC Module combines dual-core processing power and flexible I/O for AdvancedTCA® (ATCA) and MicroTCA® (µTCA) platforms. | Ensemble MPQ-101 Serial RapidIO PowerQUICC III AMC Module
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The Ensemble MPQ-101 Serial RapidIO PowerQUICC III AdvancedMC module is an exceptionaly powerful AMC card with critical features for a wide variety of network, telecom, medical, industrial control, test and measurement, and defense applications. | Ensemble MSW-100 MicroTCA Switch/Hub
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The Ensemble™ MSW-100 MicroTCA Switch/Hub is a cost-effective foundation for a range of flexible MicroTCA® system configurations. | Ensemble MTI-104 Quad TI DSP AMC Module
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This AdvancedTCA AMC solution provides a robust infrastructure with four TI DSPs for the development and deployment of baseband applications. | Ensemble MTI-203 RapidIO DSP/FPGA Signal and Video Processing AdvancedMC Card
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The Ensemble™ MTI-203 RapidIO® DSP/FPGA Signal and Video Processing AdvancedMC™ Card is an ideal solution for developing and deploying LTE, WiMAX, next-generation video, or base-station applications. | MCJ Motherboards
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MCJ Motherboards are crossbar-connected carrier boards for RACE++ and RACE 1.0 daughtercards in VME systems. These motherboards, used in conjunction with RACE++ Interlink backplane overlays and RACE++ compatible daughtercards, provide compute power for a scalable, high-performance embedded computer system. | MCJ6 FCN Module
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The MCJ6 FCN Module provides a flexible, manageable way to exploit the power of field programmable gate arrays (FPGAs) in RACE++® multicomputer systems. | Momentum Series CCR-100
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The Momentum™ Series CCR-100 is an Intel® Pentium® M processor-based CompactPCI® single-board computer in a 6U form factor with high performance and low power. | Momentum Series CLA-100
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The Momentum™ Series CLA-100 UltraSPARC® CompactPCI® single-board computer is designed for high-perfrmance embedded applications that use the Solaris™ operating system. | Momentum Series CPR-100
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The Momentum™ Series CPR-100 PowerPC CompactPCI single-board compute is designed for high-performance embedded applications. | Momentum Series CX6-200
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The Momentum™ Series CX6-200 6U CompactPCI® single-board computer with two dual-core Intel® Xeon® processors delivers unprecedented levels of performance for compute-intensive applications. | Momentum Series PCR-150
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The Momentum™ Series PCR-150 is an Intel® Pentium® M processor-based single-board computer in a single wide PMC form factor with a wide range of I/O and storage interfaces and powerful processing in a PrPMC format. | Momentum Series PPA-150
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The Momentum™ Series PPA-150 PowerPC Single-Wide PMC single-board computer includes features for high-performance operation on PICMG® 2.15 plaforms. | Momentum Series Product Overview
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MomentumTM Series single-board computers (SBCs) offer you affordable choices for top performance in processing power, I/O bandwidth, environmental flexibility, and speed to deployment. | Momentum Series VC-100
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The Momentum™ Series VC-100 Pentium® M VMEbus single-board computer provides all the memory and I/O resources required for demanding embedded computing and control tasks. | Momentum Series VC-121
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The Momentum™ Series VC-121 single-board computer (SBC) is a high-speed 1.8-GHz Intel® Pentium® M processor-based 6U VME SBC that includes a main board and an expansion board with numerous I/O options built in. | Momentum Series VLA-150
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The Momentum™ Series VLA-150 UltraSPARC® IIi+ single-board computer is a 6U processor module designed for high-performance applications. | Momentum Series VX6-200R/C
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The MomentumTM Series VX6-200R/C VME single-board computer with two dual-core Intel Xeon processors delivers unprecedented levels of performance for compute-intensive applications amd bridges the gap from legacy to industry-standard I/O, in both air-and conduction-cooled versions. | MYRIAD DCR-1030 Recorder Interface
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The MYRIAD DCR-1030 Recorder Interface connects Ampex DCRsi family and DIS family recorders with host computers in a range of applications including data collection/archiving, image processing, simulation, and remote sensing. | MYRIAD HIPPI-1830 Serial HIPPI Interface
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MYRIAD HIPPI-1830 Serial HIPPI Interface provides a 100 MB/s, ANSI standard, fiber-optic connection among RACE++® systems and high-performance workstations, supercomputers, and other VME systems. | MYRIAD ID1-2020 Recorder Interface
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The MYRIAD ID1-2020 Recorder Interface connects external data recorders with embedded computers for data collection and archiving, signal processing, image processing and simulation, and other applications. | MYRIAD-3785 Common Data Link Router/Synchronizer
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The MYRIAD-3785 common data link (CDL) router/synchronizer can act as a front end for CDL ground stations and an interface to high-performance workstations. The module is also suited for airborne serialization and CDL downlink equipment and bulk data storage. | MYRIAD-4010 Fibre Channel Interface Carrier
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The MYRIAD-4010 Fibre Channel Interface Carrier provides one or two FC connections to RACE++® systems when used in conjunction with RACE++ MYRIAD-4110 Fibre Channel daughtercards. | MYRIAD-4030 VME64 Dual PMC Carrier Board
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The MYRIAD™-4030 VME64 Dual PMC Carrier Board is a high-throughput I/O subsystem that provides two 64-bit PMC sites on a single-slot VME 6U board with two onboard RACE++® interfaces. | MYRIAD-4050 VME64 Host and Carrier
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The MYRIAD-4050 VME64 Host and Carrier is a half-slot host that provides abundant, high-throughput I/O, flexible PMC options, and low-latency transfers for data acquisition applications. | MYRIAD-4110 Fibre Channel Type B Daughtercard
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The MYRIAD-4110 Fibre Channel Type B Daughtercard is designed to connect high-throughput, real-time data acquisition systems, RAIDs, and general-purpose computers. | PowerPC 7447A Daughtercards
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PowerPC® 7447A Daughtercards are targeted specifically for today's memory-bound applications. They interface directly with the RACE++® switch fabric to form the optimal balance in processing, memory, and data communications attainable for embedded multicomputing applications. | PowerStream 6100 High Compute Density Module
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The PowerStream® 6100 High Compute Density (HCD) module provides the powerful, high-density CPU processing in the PowerStream 6100 system. | PowerStream 6100 Switch Card Module
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The PowerStream® 6100 Switch Card Module provides interboard serial RapidIO® connections in the PowerStream 6100 system. | PowerStream 6600 HCD Module
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The PowerStream 6600 High Compute Density (HCD) Module makes powerful, high-density CPU processing available for deployment in extreme environments. | PowerStream 7000 FCN Module
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The PowerStream® 7000 FCN module provides a flexible, manageable way to exploit the power of field-programmable gate arrays (FPGAs) in PowerStream 7000 multicomputer systems. | PowerStream 7000 Processor Module
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The PowerStream® 7000 processor module provides high processing density for mobile platforms with drastically reduced latency, increased processing throughput, and a patented air-cooling system. | RINOJ I/O Daughtercards
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RINOJ I/O Daughtercards are ideally suited as the real-time digital interface for sensor input or data output in a RACE® or RACE++® system. | RINOJ-F-2.5 Dual Channel Fiber I/O Daughtercard
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The RINOJ-F-2.5 Dual Channel Fiber I/O Daughtercard offers new levels of speed and connection density as the real-time digital interface for sensor input or data output in a RACE++® system. | Rugged Products
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Rugged products from Mercury Computer Systems master today's most demanding environmental challenges while maintaining functionality, performance and software compatibility with Mercury's commercial environment solutions. | Sensor I/O XMC
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The Sensor I/O XMC switched mezzanine card is ideally suited as the real-time digital interface for sensor input or data output in a RapidIO® system. | SR-110 10GE VXS Gateway
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The SR-110 10GE VXS Gateway is a network-centric building block that brings the flexibility and extensibility of 10 Gigabit Ethernet to embedded signal processing. | System Memory XMC
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The System Memory XMC mezzanine card provides the extra storage needed close to the processors with access speed approaching that of local memory. | VME5-120 8640D Dual-Core Single-Board Computer
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The VME5-120 8640D Dual-Core Single-Board Computer (SBC) combines high-performance Power Architecture™ processing technology with balanced I/O from dual PMC/XMC sites. | VPA-200 Dual 7448 VME/VXS Single-Board Computer
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The VPA-200 Dual 7448 VME/VXS Single-Board Computer is a versatile, full-featured 6U board that offers a higher level of computing power and bandwidth for users with high-density needs. | VX6-200R/C Dual Dual-Core Xeon VXS Single-Board Computer
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The VX6-200R/C VME Single-Board Computer (SBC) delivers unprecedented levels of performance with dual dual-core Intel® Xeon® processors. |
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Product: Services
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Installation and Upgrade Services
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Installation and Upgrade Services ensure that your Mercury solutions are integrated into your environment with minimal downtime and optimal functioning of your new system. | Interoperability Integration Services
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Interoperability Integration Services ensure solid deployment of Mercury products within your total environment while reducing risks and introduction costs. | Life-Cycle and Long-Term Support Services
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Life-Cycle and Long-Term Support Services offer you extended support and long-term maintenance, with life-cycle planning tailored to your needs, and product and component availability ensured. | Mercury Secure Environment Support Services
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With Secure Environment Support Services, you can rely on trained security professionals to safeguard sensitive materials and data, and implement appropriate procedures to ensure the successful support of your Mercury products. | Network Integration Services
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Mercury can help you maximize the potential of your technology investments by providing thorough requirements assessment, expert design, and comprehensive deployment tailored to your precise business needs. | Performance-Based and Integrated Logistics Services
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If you need a capabilities-based logistics approach, Mercury can help you meet your customers' requirements with our performance-based logistics services that balance performance, time, and available resources for improved visibility into processes and costs. | Product Training and Support Services
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Product Training and Support Services are designed to offer cost-effective, multi-level skill development to meet your specific needs in small or large groups at Mercury's training facility or another location of your choice. | Secure Environment Support Services
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With secure environment support services, you can rely on trained security professionals to safeguard sensitive materials and data, and implement appropriate procedures to ensure the successful support of your Mercury products. | Self-Service Maintenance Program
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You can save time and money with Mercury's self-service maintenance program, while still ensuring high quality and quick turnaround. | Solutions and Services for Aerospace and Defense
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Mercury's proven expertise accelerates your time to deployment. |
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Product: Silicon IP
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MC432 Serial RapidIO 8-Port Switch IC Data Sheet
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The MC432 serial RapidIO® 8-port switch IC has 8 ports of 4x lanes, allowing developers to take advantage of the benefits of serial RapidIO technology for embedded, communications, networking, and storage applications. | Serial FPDP IP Core
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The Serial PFDP IP Core is designed for serial front-panel data port (SFPDP) applications. This high-performance solution is independent of physical layer designs, implementation tools, and target technology. | Serial RapidIO IP Core
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Serial RapidIO® IP Core is a high-performance solution that is independent of physical layer designs, implementation tools, and target technology. It is capable of addressing a variety of solutions, including endpoint and switching applications for the networking, embedded, and storage markets. | Serial RapidIO-to-PCIe Intelligent Bridge IP Core
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The Serial RapidIO-to-PCIe Intelligent Bridge IP Core is architected for applications requiring high-bandwidth bridging between PCI Express® (PCIe) devices and serial RapidIO® digital signal processors (DSPs), processors, and switch fabric. |
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Product: System
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1U Dual Cell-Based System 2
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The 1U Dual Cell-Based System 2 is a flexible computing solution, based on the Cell BE processor, with outstanding performance for HPC applications. | 25U/42U Dual Cell-Based Blade 2 Systems
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The 25U/42U Dual Cell-Based Blade 2 System is a high-performance compute cluster with enabling middleware, based on the Cell Broadband Engine™ (BE) processor and the open IBM BladeCenter® standard for managed server chassis. | CAB 2 Server Development System
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The CAB 2 Server Development System offers breakthrough levels of performance for signal and image processing with up to two CAB 2 modules in a high-end PCI Express server. | CAB 2 Workstation Development System
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The CAB 2 Workstation Development System (CWDS 2) is a standalone hardware and software platform packaged in a high-end workstation for developing applications on Cell hardware. | Cell Workstation Development System
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The Cell Workstation Development System (CWDS) offers developers the opportunity to develop applications on Cell hardware. The compact and affordable PCI Express®-based workstation platform gives you access to the programming model for the Cell Broadband Engine™ (BE) processor. | Conduction-Cooled VME PowerPC Multicomputer
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The RACE++® Series conduction-cooled family of VME products boasts the most powerful commercial-off-the-shelf (COTS) multiprocessing systems available for deployment in extreme environments. | Digital MRI Acquisition System
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The Digital MRI Acquisition System from Mercury Computer Systems is a complete MRI research solution. | Ensemble 2-Slot MicroTCA Chassis
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The Ensemble 2-Slot MicroTCA Chassis is a basic building block for small form-factor, low-cost, high-performance standard solutions. | Ensemble AdvancedTCA Application Platform
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The Ensemble™ AdvancedTCA® Application Platform is a standards-based solution that supports a variety of I/O sources and heterogeneous processing endpoints, thereby reducing integration costs, improving efficiency, and minimizing risks in design of next-generation applications. | ImpactRT 3300 System
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The ImpactRTTM 3300 system is a fully integrated multicomputer that combines RapidIO® intercommunications with PowerPC® 7447A or 7448 processors to provide an ideal solution for high-performance industrial and laboratory computing. | PowerBlock 50 EDK
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The PowerBlock 50 EDK (Engineering Development Kit) is a complete software development platform for PowerBlock 50 ultra-compact embedded computers. | PowerStream 6100 VXS System
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The PowerStream® 6100 VXS System is a fully integrated multicomputer that combines a mature and sophisticaded software development environment with RapidIO® switch fabric communications, quad MPC7448 PowerPC® modules, FPGA compute capability, and a broad set of I/O options in a serial RapidIO VXS (VITA 41.2) chassis infrastructure. | PowerStream 7000 System
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The PowerStream® 7000 system delivers extreme processing density within an air-cooled, deployable chassis, optimized for the deployment of high-end image and digital signal processing applications in the harsh, confined environments of airborne, oceangoing, or land-mobile commercial and military platforms. | PowerStream MP-510 System
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The PowerStream® MP-510 System combine the rugged deployability and performance features of the VME environment with the bandwidth, scalability, and extreme performance of top-of-theline supercomputers. | Rugged Products
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Rugged products from Mercury Computer Systems master today's most demanding environmental challenges while maintaining functionality, performance and software compatibility with Mercury's commercial environment solutions. | VantageRT 7410 Systems
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VantageRT 7410 systems bring high-performance RACE++® multiprocessing into the PCI space. VantageRT systems combine the leading-edge performance of PowerPC® microprocessors with AltiVec technology, and the scalable, high-bandwidth RACE++ communications fabric. | VME Chassis Systems
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VME chassis systems accommodate the broadest possible range of solution-specific requirements. These systems are designed for configuration and implementation flexibility, mechanically as well as for processors, peripherals, and software. |
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Product: Software
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amira 4 Data Sheet
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amira 4 software is a scalable visual application framework with an extensible architecture that can increase your understanding of complex image datasets for medicine, geosciences, life sciences, and engineering applications. | amira 4.1 Geosciences and Oil &Gas
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The amira 4.1 software is a powerful, multifaceted tool for integrating, manipulating, and visualizing your seismic, geology, reservoir engineering, and petrography data sets. | CheckMC Diagnostic Software
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CheckMC diagnostic software provides power-on testing, and robust hardware fault detection and isolation capabilities for RapidIO®-based and VantageRT® systems. | Component Portability Infrastructure
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The Component Portability Infrastructure (CPI) is built on the concepts introduced by the U.S. Government’s Software Communications Architecture (SCA) standard; CPI extends component-based architectures into FPGAs and DSPs to decrease development costs and time to market through code portability, reuse, and ease of integration. | Ensemble RapidIO Platform Middleware
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The EnsembleTM RapidIO® Platform Middleware is a set of software tools for development and testing on both AdvancedTCA® and MicroTCA® Ensemble platforms allowing faster implementation and higher quality for RapidIO-based applications. | FCN Developer's Kit (FDK)
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FCN Developer's Kit (FDK) aids customers in developing an FPGA compute node application bitstream from a collection of Mercury-supplied reusable IP modules, customer-developed IP modules, and third-party IP modules. | | Hardware Diagnostic Software Tools | |