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- Backplane Ethernet: Enabling High-Performance Embedded Systems
- HPEC: High Availability by Design
- Ultra-Small Form Factor Mission Systems: Great Things Come in Small Packages
- Versatile Power Supply with XMC Sites Enables 3U VPX Architectures
- Automatic Sensor and Wiring Detection in Data Acquisition Systems
- Overcoming the Challenges of DO-254 Certification in Multi-core COTS Modules
- Data Transport for OpenVPX HPEC
- Wideband DDC as Part of an Integrated Approach
- Embedded Ethernet - Physical Layer Standards
- The Challenges of Data Acquisition in Harsh Remote Places
- Wireless Data Acquisition in Flight Test Networks
- 6U to 3U Migration
- Optimizing Air Data Computers for Rotorcraft Applications
- Addressing Safety and Maintenance Concerns without Increasing LRU Count
- GPGPUs in Defense: Performance, Productivity, and Longevity
- Deploying HPC Tools into Embedded Software Development to Save Time and Money
- Accelerating SAR Processing with COTS FPGA hardware and Automated C-to- Gates Synthesis
- Speeding Up Design Verification Testing of VPX Systems
- Intel Xeon Cores Power High Performance and Low SWaP Complex Sensor Solutions
- A Partnership Approach to Flight Test Systems
- Durability of COTS Modules in Tactical Fighter Environments
- Tradeoffs with Hardware Versus Software-based Rugged Cisco IOS Embedded Services Router Systems
- Data Protection with the QorIQ Platform Trust Architecture
- Embedded High Assurance Computing Using NXP Trust Architecture
- Leveraging Modular Open System Architecture for Modified COTS
- AviBlocks: Adapting to Modern Avionics Development
- Deployable Core Counts Explode with Intel’s New Xeon D Processor
- Continuum Lifecycle PLUS Services - Extended Counterfeit Electronic Parts Protection
- COTS and Safety Certifiability in the Military and Aerospace Industry
- Understand the FMC Standard and Get the Result You Want
- Embedded Cisco Networking Solutions for VPX - Powering Converged Tactical Networks
- Delivering VICTORY and PNT Hub Services for Tactical Ground Vehicle Architecture
- Combining Multiple Video Sources into a Single Screen
- Hazardous Misleading Information Part 2: Mitigation Strategies for Dual Output COTS Graphical Processors
- Safety Certification & Hazardous Misleading Information: Mitigation Strategies for COTS Graphical Processors
- Radiation Mitigation in Space: A COTS Approach
- FMC to FMC+: Keeping Up with New FPGAs and Analog I/O
- Mitigate Program Risk with a Flexible Data Recording and Storage System
- Get the Big Embedded Payoff: The 5th Gen Intel Core i7 Processor
- Choosing a Rugged Ethernet Switch/Router Solution
- Intel Atom Comes of Age for the Rugged Embedded Market
- Continued Airworthiness: Assuring a Lifetime of Safe Flight
- Modern Radar Acquisition, Scan Conversion and Tracking Products Build a Powerful, Flexible and Cost-effective Multi-function Console Solution
- Enabling Complex Applications with a Dual Node Single Board Computer
- Delivering Signal Integrity with High-performance FPGAs & Gen3 Bandwidths
- Multi-channel, Multi-board Coherency for SWaP-Constrained SIGINT and EW
- New Paradigms for Crash Protected Recorders
- Understanding Intel Processor Throttling for Defense Applications
- Massive SSD Storage on Intel Single Board Computers
- Reducing Development Cycles for 3U VPX Systems
- ARM Cortex Processor Technology
- Reduce SWaP and Centralize Control in a Video-Centric System
- Tackling Defense Apps by Harnessing the Intel Core i7's Integrated GPU
- Intel Single Board Computers for Small to Mid-Size ISR Applications
- Basic Elements of MIL-STD-461
- Analog Input Performance of VPX3-530
- Basic Elements of MIL-STD-704
- The Power Architecture QorIQ Platforms: Architectural Benefits for Small Form Factor Embedded Applications
- International Military Standards: An Input Power Reference Guide
- Achieving High-performance Graphics and Optimal Energy Efficiency for Conventional Military and Commercial Avionics Systems with AMD Embedded Radeon E8860 GPUs
- Characteristics of Quality Mission Displays
- Building a Scalable and Flexible Test Infrastructure - A Standards-based Approach
- Video Management Systems Support Services
- ARM Processors Define a New Era for Defense & Aerospace Embedded Computing
- Consolidate Line Replaceable Units (LRU) While Considering Strict Size, Weight and Power (SWaP) Constraints
- Challenges of Designing Multi-Channel, High-Speed Data Recording and Playback Systems
- Moving Data Analysis into the Acquisition Hardware
- Modular Approach to Rugged COTS Data Storage Selection
- Moving Data Analysis into the Acquisition Hardware
- A Dual Compression Ethernet Camera Solution for Airborne Applications
- Thinking Outside of the Box: Optimizing System Design with Embedded Expertise
- Ethernet Cameras for Flight Test Applications
- The Benefits of Integrated Video Management
- The Cure for the System Test & Qualification Headache: Pre-Qualified Systems Slash Design Risk, Lower Costs, and Speed Deployment
- Addressing the Challenges Created by Large Networked Ethernet FTI System
- Fabric40: An Introduction
- History and Evolution of Metadata Standards for the FTI Community
- Fabric40 OpenVPX Signal Integrity: Gen3 OpenVPX Backplanes Supporting 10.3 Gbaud Signaling in OpenVPX Systems
- Addressing Common COTS Misconceptions
- Application Note: Next Generation Graphics Display Modules Help Drive Embedded Training
- High-performance Converters and VPX: Bridging the RF-to-Digital Divide
- Type 1 Media Encryption in a Rugged COTS File Server
- COTS Recorder with 2TB Removable FIPS 140-2 Validated Storage
- Next Generation End to End Avionics Bus Monitoring
- New monitoring paradigms for modern avionics busses
- Optimising Networked Data Acquisition for Smaller Configurations
- PMC-704 Video Capture & Input Capabilities
- VME Single Board Computer Upgrade Guide: 6 Simple Steps to Upgrading a VME SBC
- 5 Budget-Busting Cost Drivers that Threaten Sensor Processing System Design
- 5 Traps to Avoid When Designing COTS HPEC Sensor Processing Systems
- PCM to Ethernet: A hybrid system used to certify the next generation of data transfer technology
- Wireless Technologies for Data Acquisition
- Application Note: Sandy Bridge vs. Ivy Bridge - A Defense & Aerospace COTS Perspective Comparison
- Underwater Defense Technology (UDT) 2013: Technology Advances in Level Winding of Multi Diameter Cable Configurations
- Merging Computing and Comms to Address Military Vehicle SWaP Requirements
- COTS Continuum for Defense Systems
- Application Note: Options for Adding Ethernet Ports to Embedded Systems
- Application Note: I/O Expansion for COTS-based Embedded Systems
- Eliminating Design Risk from the System Integration Equation
- Understanding HPEC Computing: The Ten Axioms
- Air Data Parameter Accuracy
- ARINC 757 and 767 Crash Recorder Architectures
- Application Note: COTS Digital Signal Processors for Motion Control
- Engineering Today's Military Electronics to Meet Size, Weight and Power Demands
- Rugged COTS Switching & Routing Subsystems Primed for Netcentric Technology Refresh Upgrades
- Application Note: Processor to Processor Communications with PCIe Non-transparent Bridging (NTB)
- Application Note: Executing the Continuum Vector Libraries from within Java
- Introduction to Hypervisor Technology (Part 1)
- High-performance Element Processing Architecture for Open Standards Radar Systems
- High Performance, Rugged GPGPUs Enable UAVs to Fly Faster/Higher While Mapping Terrain with Synthetic Aperture RADAR (SAR)
- High Definition Video Management Systems for Airborne Applications
- Application Note: Hosting User Interfaces with COTS Products - Embedded Graphics on Intel-based Single Board Computers
- Application Note: Running Java on a SVME/DMV-183 Power Architecture SBC
- Application Note: Redundant/Reflective Large Size Volatile Memory Solutions
- Application Note: Incorporating FPGA Processing Directly into Ethernet Networks
- Application Note: Connecting Off-Board Devices to Curtiss-Wright 1000Base-X SerDes Ethernet Switches
- Application Note: Benefits and Implementation of Network Multicast in Embedded Computing Architectures
- Analog Data Acquisition - Flexibility or Performance?
- Open Standard Gigabit Ethernet Low Latency Video Distribution Architecture
- Open Systems Common HBCT Electronics VICTORY Architecture Approach
- Open Standard Approach for Real Time Control Over Ethernet
- PCI Express Carriers and OpenVPX
- Optimizing QoS using Scheduling Techniques
- Ruggedizing Cisco Ethernet Switches for Tactical Military Networking Requirements
- Where Next for XidML
- Implications For Network Switches In A Networked FTI DAS
- Implications for Network Recorders in a Networked FTI DAS
- Complex Gigabit FTI Networks
- Benefits of Intra-vehicle Distributed Network Architecture
- Affordable, Highly Available, High-Performance Computing Environment for Ground Vehicles
- Implications for DAU Design in a Networked DAS
- Challenges and Solutions for Complex Gigabit FTI Networks
- Case Study of a Networked DAS in Space
- The MilCAN Protocol - MilCAN and the Benefits of Offloading
- A Comparison of OpenVPX System Bandwidth Between Serial RapidIO® and 10 Gigabit Ethernet
- A Comparison of MPEG4 (H.264) and JPEG2000 Video Compression and Decompression Algorithms
- An OpenVPX System Specification Primer
- An Introduction to Network Security
- The CHAMP-AV6 Maximizing Performance with Minimal Porting Effort
- Intel x86-Based Digital Signal Processing
- RADHARD Ready COTS
- Interoperability Considerations Between Different Host FMC and FMC Mezzanine Vendors
- TrustedCOTS - Protecting Critical Technologies & Information in Deployed Embedded Systems, from the Clean Room to the War Room
- Understanding Power Management of Intel Processors for Mil/Aero Applications
- Physical Layer Switch - Simultaneous Processing and Recording of High-speed Sensor Data
- An Analysis of FTI DAUs and Recorders in Space
- How Does the FMC (FPGA Mezzanine Card) Standard Measure up Against the PMC/XMC Format for Embedded Defense/Aerospace Applications
- AHS CBM - Weight Optimization Using Lightweight DA Nodes
- Addressing the Challenges of Lead-free Technology in Mil/Aero Electronics
- The Physical Layer Switch as a Media Converter
- X-Tools: A Case Study In Building World Class Software
- Switches for Networked FTI
- Recording in the iNET Architecture
- Intro to XidML 3.0 an Open XML Standard for FTI Description
- FTI Discovery, Health and Status Monitoring
- An Enhancement of Existing RF Data Links
- Ground Combat Systems - Common Vehicle Electronics Architecture and Application
- Analyzing sFPDP Communications for Optimum Performance
- Physical Layer Switch - How To Design Flexibility into a Rugged Deployed System
- Risk Management for Counterfeit Materials - The Role of the COTS Board Manufacturer
- Serial FPDP - More Than an Extension of FPDP
- SCRAMNet GT: GT Memory Access - The PIO Read Prefetch Cache
- SCRAMNet+: Shared Memory-Speed, Determinism, Reliability, and Flexibility For Distributed Real-Time Systems
- SCRAMNet GT: GT Memory Access - PIO vs. DMA
- SCRAMNet GT: Effective Use of SCRAMNet GT Network Interrupts
- SCRAMNet GT: A New Technology for Shared-Memory Communication in High-Throughput Networks
- Data Acquisition Blasts Off - Space Flight Testing
- Networked FTI Data Recording Solutions
- Measuring and Evaluating Best Source Selection
- OLM: A hands on approach
- Key Hardware Components in a Networked DAS
- Real Time Transport Protocols for Telemetry Data and Signaling
- Correlation between Time-domain Calculations of Helicopter Securing Probe Forces and Frequency-domain Calculations of Ship Flight Deck Motions towards Determining the Effect of Multidirectional Waves
- Elastodynamic Analysis of Towed Cable Systems by Global Nodal Position Vector Finite Element Method
- Using XML in an FTI Environment
- Networked DAU Topologies
- Baseband PCM/FM Link Enhancement
- Telemetry Data Transmission and Sync over Wireless LAN
- Unleashing the Power of XML
- Accurate Time-Linked DAS Field Deployment
- Operational Loads Measurement of a Civil Aircraft
- Fatigue Life Estimation of Helicopter Landing Probe Based on Dynamic Simulation
- Fatigue Analysis of Helicopter Landing Probe by Helicopter/Ship Dynamic Interface Simulation
- Enhancing the PCM/FM Link - Without the Math
- Evaluating IEEE 1588 in a Homogenous Switched Network Test
- Geometrical Considerations Involved in Hydrodynamic Shock Efficiency
- A novel computer simulator for cable-towed submerged vehicles
- Extending UAV Operating Envelopes
- Simulation Tools Used in the Analysis of Aircraft Handling Systems for Safe Embarked Operation
- Investigation of the Relationship Between Helicopter Geometrical and Inertial Parameters and Shipboard Securing Requirements
- Modelling and Simulation of Skid-equipped Shipboard Rotorcraft
- Ship Flight Deck Motion Parameters for Ensuring Safety of Helicopter Operation
- Development, Validation, and Application of the Dynaface Helicopter/Ship Dynamic Interface Simulation Software Package
- Effects of Flight Deck Configurations and Conditions on Helicopter Securing Requirements at Landing
- Development and Validation of an On-Deck Helicopter Manoeuvring Simulation
- Parametric Investigation of the Sensitivity of Shipboard Helicopter Securing Requirements to Helicopter Configuration
- Methodology for Ensuring Safety of an Embarked Helicopter Securing System Probe Installation
- Importance of Random Frequency Spacing in Ship Motion Simulation
- Investigation of Ship Flight Deck Motion Limits for Safe Embarked Helicopter Operation
- Computer Simulation of Recovery Assist Constant Tension Cable System for Helicopter Landing on Combatship
- Telemetry, Telecommand and Telecontrol
- Curtiss-Wright Developed New Time Domain Ship Motion Program for High Sea State Conditions (SPLAShMo)
- Securing and Handling Helicopters Onboard Ships, Essential Factors for Meeting Safety and Operational Requirements
- Videos
- Highly Configurable Air Data Unit Reduces Costs
- Transferring Data from Data Acquisition Units (DAU)
- Synchronous and Asynchronous Data Sources
- Air Data Fundamentals
- CNS4 Flexible Data Storage in 3 Dimensions
- High Performance Embedded Computing (HPEC) and Complex Application Software
- Video: Wireless Data Acquisition in Flight Test Instrumentation
- Product Tour: Parvus MCOTS Mission Systems
- 3U VPX Air Flow Through (AFT) Solutions
- Helix - The New VMEbus Interface
- Rugged Embedded DO-254 Certifiable Computer Modules for Avionics Platforms
- Fortress HUMS crash protected recorder for lightweight usage monitoring
- Air data computer interview with Stephen Willis
- INDAL Manual Aircraft Secure & Traverse (MAST) System Overview
- Crash recorder interview with Steve Leaper
- Axon: Ultra compact data acquisition unit
- Curtiss-Wright’s Capability in Defense Markets
- Deploy faster with complete 3U VPX solutions
- Curtiss-Wright Showcases NXP Solutions
- Video: A Powerful Graphics Processor and an SBC in a Single 3U Slot – VPX3-716 and XMC-109
- Product Tour: Rugged Avionics Demonstration of 3U VPX Graphics Processor Cards and XMC Single Board Computers
- Managing SWaP in Military Embedded Systems
- Rugged Miniature Ethernet Switches for UAVs from Curtiss-Wright
- Selecting the Best COTS Combination for Your Program
- Product Tour: CHAMP-AV9 6U OpenVPX DSP Module
- Ultra Small Networking - the Parvus DuraNET 20-11 Miniature Gigabit Ethernet Switch
- Product Tour: Parvus DuraNET 20-11 ultra-small factor GbE switch
- Curtiss-Wright's In-House Manufacturing Capability
- Moving Map Demo
- Safety Certifiable COTS H.264 Video Decoding to 4 Displays
- Glass Cockpit Demonstration Video
- Product Tour: MAT/101 Processor Module
- VRD1 Video-Centric System
- Rugged Touch Screen LCD Mission Displays
- Optimizing for ISR SWaP with 3U Intel Single Board Computers
- Product Tour: CHAMP-FX4 6U OpenVPX FPGA Processing Module
- Fabric40 OpenVPX Gen3 Signal Integrity
- Meeting the Gen3 backplane challenge with OpenVPX and COTS
- Product Tour: ADC/136 Flexible Analog Module
- Reducing SWaP in Embedded Systems with Small Form Factor Designs
- Jeff Child Interviews Curtis Reichenfeld of Curtiss-Wright Defense Solutions at AUVSI 2014
- Unmanned Systems ISR Sensor Payloads: SWaP Optimization
- Video Management System
- Video Management System with Portuguese Subtitles
- Video Management System with Indonesian Subtitles
- Video Management System with Spanish Subtitles
- Video Management System with Chinese Subtitles
- Video Management System in Russian
- Design Your Own Acra KAM-500 Module
- Product Tour: Large Ethernet Data Acquisition System Demonstration
- Technology Horizons Workshop
- Product Tour: GTS/DEC/004 Smart Source Selector Demonstration
- Product Tour: PGS Flight Data Applications Software
- Press Conference: Curtiss-Wright's Acquisition of Parvus for the Embedded Defense & Aerospace Market
- Product Tour: DAS Studio 3 Tools Demo
- DAS Studio 3 Demo
- The Future of FTI - Where will we be in 25 years?
- Press Conference: Curtiss-Wright and Tektronix Establish a New Class of Embedded Military DSP Processing Performance
- Press Conference: Digital Beachhead VICTORY Switch and Vehicle Management System
- Product Tour: INDAL RAST Helicopter Securing & Traversing Systems
- Product Tour: INDAL MANTIS SHH Aircraft Handler
- Curtiss-Wright Drive Technology Overview
- Press Conference: Defense Solutions Group Announced
- Product Tour: VPX6-6902 OpenVPX SRIO Switch
- Product Tour: CHAMP-FX2 6U VPX Virtex-5, 8641D Processor Card
- Product Tour: SoftScan Radar Scan Conversion Package Overview and Demonstration
- Product Tour: VPX6-185 6U VPX SBC and Wind River's VxWorks MILS Platform - Part 2
- Product Tour: Multi-Platform Mission Computers
- Product Tour: VPX6-185 6U VPX SBC and Wind River's VxWorks MILS Platform - Part 1
- Curtiss-Wright M60 Turret Drive System Upgrade
- INDAL ASIST Helicopter Securing & Traversing System
- Product Tour: VPX6-185 Single Board Computer
- Curtiss-Wright's 360 Degree Situational Awareness Demonstration
- The Business Report: Modified COTS for COTS Electronics
- The Business Report: High Reliability of Electronics in Defense & Aerospace Applications
- Curtiss-Wright Aiming and Stabilization System Demonstration
- First Live Demo of an OpenVPX System
- Thermal Management for COTS Electronics
- Case Studies
- Secure Router/Processor for Airborne Multi-Link Communications Gateway
- Flexible COTS Data Capture and Crash Protected Recording for Small Fleets
- Implementing a Structural Health Monitoring Program on an EH101
- Data Recorder Emulates Fibre Channel Target Drive on a UAV
- Stabilized, Modular, Turret Drive System for Modern Infantry Fighting Vehicles
- Meeting the Challenge of Direct Sampling of SATCOM Data
- Rotorcraft Fleet Logistics Optimization
- Radar System Verification with Data Recorder and Playback System
- ISR Pod Upgrade Enables Storage and Network Access of Fibre Channel Data
- Health Monitoring for Light Combat Aircraft
- Rugged Switch Ensures Reliability for UGV On-board Network
- Shipbuilder Minimizes Obsolescence Risk with Network Attached Storage
- Using MCOTS: Creating the Perfect Module for Any Requirement
- Small Fixed-Wing Aircraft ISR Video System
- Helicopter Integrator Eliminates Video Latency Increasing Mission Effectiveness
- Integrated Video Management and Digital Mapping Systems Increase Mission Effectiveness
- Flexible, Secure Data-at-Rest Storage for ISR Applications
- Acra KAM-500 Helps to Breathe New Life into the Young Eagle
- Video Distribution System for SAR Helicopter
- Secure Network Router and Gigabit Switch for Maritime Patrol Aircraft
- Flexible Recorder for Multi-Platform ISR UAV Application Reduces Program Risk
- Rugged, Fibre Channel Recording System
- Fully Integrated Ground Vehicle Computing and Video Solution
- Graphics/Payload Mission Management Processor for ISR Aircraft
- Common ISR Video Mission Processor for Civil and Military Aircraft
- Design Adjustments and Flexible Manufacturing Keep Airborne Radar on Schedule
- Advanced SIGINT Capability for a SWaP-constrained Platform
- Integrating Sensors and Moving Maps in a Video Management System
- IMMC: Integrated Mission Management Computer
- Rugged, Flexible Data Recording and Playback System
- Overcoming DAL-D Development Pitfalls with Modular Avionics COTS
- Rugged Data Acquisition for Missile and Captive Carry Platforms
- Upgrade Airborne Radar within Power, Cost & Temp Constraints
- Airborne Signal Processing and Display Computer
- 3U VPX Software Defined Radio (SDR) Solution
- Switch and Router Subsystems Onboard Amphibious Assault Vehicle
- Data Acquisition System (DAS) Upgrade on an RNLAF F-16BM
- Rugged Data Acquisition for Engine Test Applications
- Cougar 2 Integrated Radar Acquisition and Display System Challenge
- Rugged Networked Data Acquisition, Recording & Telemetry for Experimental Re-entry Vehicle
- Rugged ‘Space COTS’ DAU for use on the International Space Station
- 3U VPX High Performance Display Processing Platform
- 3U VPX Fire Control and Vehicle Computer
- TAI Instruments the Hurkus Trainer with an Acra KAM-500 Data Acquisition System
- Miniature Ethernet Switches Deployed Onboard Unmanned Aircraft Systems
- Airborne Payload Management Computer
- 3U VPX High Performance Electronic Warfare Platform
- Managing High-definition Video for a Police Surveillance Application
- Airborne ISR Application: Video-Centric & Network-Centric Systems
- Rugged Ethernet Switch Deployed On-board Space Launch Vehicle
- Using Intel-based COTS for On-deck Optical Threat Detection
- Rugged Application Deployment on Wheeled Ground Vehicle
- MPFR Delivers Weight Savings with Combined CVR-FDR for AgustaWestland AW139s
- Airbus Defence and Space Move to an Ethernet Flight Test Instrumentation System for Certification
- Embraer Reduces Risk and Costs with Future Proof Data Systems
- The Use of Virtualization in Embedded Systems
- Marshall Aerospace Instruments the TP400 Flying Test Bed
- GippsAERO Lowers Risk and Reduces Time to Certification for GA10
- ATR uses Acra KAM-500 Equipment for Regional Aircraft Certification
- Dassault Instruments the nEUROn UCAV with Acra KAM-500 DAS
- Cassidian Instruments the Barracuda UAV with Acra KAM-500 DAUs
- Airbus Military reduces risk, cost and time of A400M flight test
- SpaceX Records Video and High Speed Sensors
- US Coast Guard Extend Service Life of HC-130H
- Seahawk Helicopters Take Flight with Rugged Switch Cards
- UAVs Rely on Common Mission Computers
- NATO Missile Defense Program Deploys Rugged Routers
- Achieving Reliability Goals for an EFV LRU through Laboratory Testing
- Networking Solutions Tapped for EFV
- Rugged Mission Computers Fly with Hunter UAS
- DRS Application Note - Integrated VXS SIGINT Digital Receiver/Processor
- FAQs
- FAQ/001 Cartridge Drive Test Set - PN/D51533: Is there any specific calibration requirement for the Cartridge drive test set?
- FAQ/002 CCADTS - PN/D60340MK0XXXX: I need new pitot and static hoses, for connecting to the CCADTS. What is the part number and where can I purchase them?
- FAQ/003 CCADTS - PN/D60340MK0XXXX: What do the last four characters of the CCADTS part number mean?
- FAQ/004 GS Works: How can I obtain a GS Works 7 evaluation license?
- FAQ/005 GS Works: I can see the lock in GS Works but the SFID is incrementing incorrectly. What could be wrong?
- FAQ/006 GS Works: I would like to transfer my GS Works license to a newer PC. What are the steps to follow?
- FAQ/007 GS Works: I'm going to format my PC and I want to keep my GS Works 7 license. How can I maintain it?
- FAQ/008 GTS-500: I’m having issues to get the lock with the GTS/DEC/00x when I’m using video parameters from the KAD/VID/103 in a PCM frame with PCM code NRZ-L. How I can resolve this?
- FAQ/009 KAM-500 - KAD/ADC/109/S2: I’m using the KAD/ADC/109/B/S2 module. If I do not want to use the sense line, what do you recommend?
- FAQ/010 KAM-500 - KAD/ARI/001: What steps should be taken if the KAD/ARI/001 is not receiving expected messages?
- FAQ/011 KAM-500: Is it possible to replace the Compact Flash card in a KAD/MEM/004 Module?
- FAQ/012 KAM-500 - KAD/TCG/001/C: Which airborne qualified battery is suitable for use with KAD/TCG/001/C?
- FAQ/013 KAM-500: Could you give us more information on the Audio format used by the KAD/VID/103?
- FAQ/014 KAM-500 - SAM/DEC/007: What are the steps to install the SAM/DEC/007/C under Windows 7 32 bits?
- FAQ/015 KAM-500: Can a differential input analog module be used by a single ended transducer?
- FAQ/016 KAM-500: Can I have two different PCM stream coming out of the KAM-500 system?
- FAQ/017 KAM-500: Can I swap two modules with the same part number in the chassis without reprogramming the system?
- FAQ/018 KAM-500: Can I upgrade a KAM module to a KAD module?
- FAQ/019 KAM-500: How are the connector and module pinout numbered for a KAD connector?
- FAQ/020 KAM-500: How close can KAM-500 chassis be to each other?
- FAQ/021 KAM-500: In which order should I set up my modules in a chassis?
- FAQ/022 KAM-500: What are the main improvements of the Series 100 family of analog modules?
- FAQ/023 KAM-500: What is the difference between DNC (Do not connect) and NC (Not connected) as a pin description in KAM-500 data sheets?
- FAQ/024 KAM-500: What is the real sampling frequency of a parameter that goes to different destinations at different rates? What is the real cut-off frequency of the filter?
- FAQ/025 KAM-500: What voltage I am measuring with my quarter-bridge?
- FAQ/026 KAM-500: What will happen if the chassis temperature is higher than 85 degrees or lower than -40 degrees?
- FAQ/027 KAM-500: Why does Curtiss-Wright specify "Chassis" and not "Ambient" temperature on the datasheet?
- FAQ/028 KAM-500: Why is the checksum of the UDP packet from the KAD/ETH/101 and KAD/BCU/105/B modules always 0x0000?
- FAQ/029 KAM-500: Why is the green LED on my chassis blinking?
- FAQ/030 KSM-500: I am unable to import a MatLab mat-file generated by kFlashCardXID.
- FAQ/031 KSM-500 - kProgram: ACRA ERROR :: Cannot find next baudrate
- FAQ/032 KSM-500 - kProgram: How is the error "encountered impossible expiry" resolved?
- FAQ/033 KSM-500 - kProgram: Internal error occurs with the following info: File hwcal.app Line 296 – itsAddressCalSector==ADDRESS_CAL_TEMP
- FAQ/034 KSM-500 - kProgram: kProgram compile error for KAM/MEM/003 due to an excessive number of parameters logged in the memory
- FAQ/035 KSM-500: kProgram message error: ACRA ERROR :: Error programming loom 'acra_std_asys'
- FAQ/036 KSM-500: kProgram reports on the following error on the message server. How is it resolved?
- FAQ/037 KSM-500: kProgram: What is happening when such an error occurs : ACRA ERROR :: Offset=63 (zero-based) for 'DEC_0_J3_Ch0' exceeds max offset (28).?
- FAQ/038 KSM-500 - kProgram: What is happening when the following internal error occurs : ACRA ERROR: Could not create a "serviceable" fixup for?
- FAQ/039 KSM-500 - kProgram: What is happening when the following internal error occurs: ACRA ERROR :: Backplane placement failed.?
- FAQ/040 KSM-500: How can you change the revision of a PCM transmitter module, such as the KAD/BCU/101/C, in KSM-500 on an existing configuration while still preserving the PCM frame?
- FAQ/041 KSM-500: There is no KAM/ADC/113 available in kSetup, can I select the KAD/ADC/113
- FAQ/042 KSM-500: During the KSM-500 installation the error: "Internal Error 2711" appears. How is this resolved?
- FAQ/043 KSM-500: During the KSM-500 installation, the message: "Error 1905 (easygrid.ocx)" or "cannot load DLL when double clicking in a module in kSetup" appears under XP. How is this resolved?
- FAQ/044 KSM-500: During the KSM-500 installation, the message: "Error 1905 (easygrid.ocx)" or "cannot load DLL when double clicking in a module in kSetup" appears while using Microsoft's Windows 7 OS. How is this resolved?
- FAQ/045 KSM-500: Error 1603 appears while installing KSM-500. How is this resolved?
- FAQ/046 KSM-500: I’m using a KSM-500 software version for which the KAD/ADC/113/B is not supported. Could I reprogram the module type to a KAD/ADC/113?
- FAQ/047 KSM-500: The message "'37.202381' is not a valid floating point value" appears when Frame Builder is run. How is this resolved?
- FAQ/048 KSM-500: What information should I provide to acra-support@curtisswright.com if I want to report a software issue?
- FAQ/049 KSM-500: What should I do when the DOS window with the title "C:\Windows\microsoft.net\framework\ v2.0.50727\regasm" after KSM-500 installation doesn't close?
- FAQ/050 KSM-500: When I run Discover, I get this error message "Module in KAM-500 DAU 0 slot 3 has failed its bit walk test." How can I resolve it?
- FAQ/051 KSM-500: When opening some KSM-500 tools, I get a "Too many open files" error:
- FAQ/052 Microleak Pitot-Static LeakTester - PN/D51600: What does Microleak error code K001 mean?
- FAQ/053 MPFR D51615-XXX: We are experiencing problems downloading data on the bench from MPFR. The problems seem to be related to 28V power supply but we get the same result with different power supply units. Are there any special requirements
- FAQ/054 OQAR - PN/D52000-XXXXX: Are there any formatting requirements for MO disks used in the OQAR?
- FAQ/055 OQAR - PN/D52000-XXXXX: What is the purpose of the battery pack in the OQAR? Are there any maintenance recommendations for the battery pack?
- FAQ/056 OQAR - PN/D52000-XXXXX (all OQAR versions): Why does the OQAR display BAD MEDIA message?
- FAQ/057 OQAR - PN/D52000-XXXXX (all OQAR versions): Why does the OQAR display INVALID MEDIA message?
- FAQ/058 OQAR and PQAR - PN/D52000-XXXXX (all models): Can I easily check how much recording media space has been used in my OQAR/PQAR?
- FAQ/059 OQAR and PQAR - PN/D52000-XXXXX (all models): Can I install an OQAR or PQAR in place of the existing tape-based QAR on my aircraft?
- FAQ/060 OQAR and PQAR - PN/D52000-XXXXX (all models): Can I prefix recorded OQAR/PQAR data files with the aircraft tail number?
- FAQ/061 OQAR and PQAR - PN/D52000-XXXXX (all models): How can I check the settings for data format configuration?
- FAQ/062 OQAR and PQAR - PN/D52000-XXXXX (all models): How can I interrogate the ARINC 429 labels configured into the OQAR/PQAR?
- FAQ/063 OQAR and PQAR - PN/D52000-XXXXX (all models): How do I enable or disable the Recycling mode on my OQAR or PQAR?
- FAQ/064 OQAR and PQAR - PN/D52000-XXXXX (all models): How do I restore the OQAR/PQAR to its default configuration?
- FAQ/065 OQAR and PQAR - PN/D52000-XXXXX (all models): How do I set time and date in the OQAR/PQAR internal clock?
- FAQ/066 OQAR and PQAR - PN/D52000-XXXXX (all models): On the recording media, what is the purpose of the USERAREA folder?
- FAQ/067 OQAR and PQAR - PN/D52000-XXXXX (all models): There is no flight data on the recording media from this OQAR/PQAR. How can I check to see if the OQAR/PQAR is receiving data from the DMU on the aircraft?
- FAQ/068 OQAR and PQAR - PN/D52000-XXXXX (all models): What files and folders should be on the MO disk removed from OQAR or on the PCMCIA card removed from PQAR?
- FAQ/069 OQAR and PQAR - PN/D52000-XXXXX (all models): What files do I need to delete from the recording media, before re-using it?
- FAQ/070 OQAR and PQAR - PN/D52000-XXXXX (all models): What is Run Control? Is my OQAR/PQAR configured for it?
- FAQ/071 OQAR and PQAR - PN/D52000-XXXXX (all models): What is the recording capacity of the OQAR or PQAR?
- FAQ/072 PGS Ground Replay Software - PN/010000XXX (all versions): When trying to run PGS software, why do I get an error message E0002?
- FAQ/073 PGS Ground Replay Software - PN/010000XXX (all versions): When trying to run PGS software, why do I get an error message E0007?
- FAQ/074 PGS Ground Replay Software - PN/010000XXX (all versions): When trying to run PGS software, why do I get an error message E0047?
- FAQ/075 PQAR - PN/D52000-XXXXX (all PQAR versions): Are there any formatting requirements for PCMCIA cards used in the PQAR?
- FAQ/076 QAR Test Set - PN/D51501: Is there any specific calibration requirement for the QAR Test Set?
- FAQ/077 XidML: Which XML parser do you recommend to parse a XidML file?
- FAQ/078 KAM-500 - What are the last two digits I can find on an Acra KAM-500 module part number label e.g. /03 for a KAD/BCU/140/03?
- FAQ/079 KSM-500 - How do I install KSM-500 under the 32bit version of Windows 7??
- FAQ/080 KAM-500 - How do I connect a 4 wire 100Mbps Ethernet cable to the KAD/EBM/102?
- FAQ/081 KAM-500 - Why can I not establish a reliable connection with an Ethernet switch?
- White Papers
- News
- Press Releases
- Curtiss-Wright Receives Supplier Quality Performance Awards from Raytheon
- Curtiss-Wright to Display Rugged COTS Modules and System Solutions at Intel Developer Forum 2016
- New Family of Single Board Computers Brings Intel® Xeon® Processing and DO-254 Safety Certification to Small Form Factor Modules
- Curtiss-Wright to Add Intel® Trusted Execution Technology (TXT) Support to its TrustedCOTS™ Data Security Solutions
- Curtiss-Wright Now Shipping Very High Performance DSP Modules Based on Intel® Xeon® Processor D
- Curtiss-Wright Adds 90-Day Underwater Locator Beacon (ULB) Support to Crash Protected Recorder Family
- Curtiss-Wright Enhances its Flight Test Instrumentation Software Suite with added Features to Speed up and Simplify System Configuration
- Curtiss-Wright Enhances its Video Management System for ISR Platforms with PCAP Ethernet Packet Capture
- Curtiss-Wright Launches Wireless Evaluation Kit to Bring Wireless Networking to Flight Test Instrumentation
- Curtiss-Wright Collaborates with Dolphin Interconnect Solutions to Dramatically Increase HPEC System Fabric Speed
- Curtiss-Wright Demonstrates Flight Test Instrumentation Solutions at Farnborough Airshow
- Curtiss-Wright's New Small Form Factor 3G-SDI Video Switch Eases the Distribution of Video on Ground and Airborne Platforms
- Curtiss-Wright Selected by Raytheon Company to Provide Electro-Mechanical Drive for M60 and Challenger 1 Upgrades
- Curtiss-Wright Adds Network Attached Storage (NAS) Capability to Video Management System for ISR Platforms
- Curtiss-Wright Introduces its First Intel® “Broadwell”-based Small Form Factor Rugged Mission Computer for Deployed Air and Ground Platforms
- Curtiss-Wright Presents Technical Session on COTS and DO-254 Safety Certifiability in the Defense and Aerospace Industry at NXP FTF 2016 Technology Forum
- Curtiss-Wright Demonstrates Power® Architecture-based Glass Cockpit Display Solution and Advanced Air-Flow Through (AFT) Cooling for 3U Systems
- Curtiss-Wright Selected by TORC Robotics to Provide Rugged Small Form Factor Ethernet Switch for Unmanned Ground Vehicle
- Curtiss-Wright Expands Ultra Small Form Factor Rugged System Family with Quad-Core Intel® Atom™ Highly Modular Mission Computer
- Curtiss-Wright Shrinks Size & Weight of Networked Data Storage System for Unmanned Platforms
- Curtiss-Wright Selected by Rocket Lab to Provide Data Acquisition Systems for the Electron Launch Vehicle
- Curtiss-Wright’s New Rugged Dual GPGPU OpenVPX™ Module is Industry’s First to Deliver 5 TFLOPS Performance for Deployed Radar, SIGINT, EO/IR Applications
- Curtiss-Wright's New T2080-based VME Single Board Computer Delivers Big Boost in Performance at Reduced Cost
- Curtiss-Wright’s New FPGA-based VME Interface Combats Obsolescence
- Curtiss-Wright Announces Results of HPEC System Performance Study for US Air Force-Led Next Generation Radar Evaluation Program
- Curtiss-Wright Introduces Ultra-Flexible, Safety Certifiable 3U VPX I/O Module
- Curtiss-Wright Debuts its First ARM®-based Very Low Power, Ultra Small Form Factor Rugged Mission Computer
- Curtiss-Wright to Present Technology Briefing on New Lightweight Crash Recorder and HUMS Solution for Helicopter Platforms
- Curtiss-Wright and Ultra Electronics Collaborate to Deliver Lightweight Crash Recorder and HUMS Solution for Helicopter Platforms
- Curtiss-Wright and GeoSpectrum Technologies Collaborate on New Lightweight Sonar System
- Curtiss-Wright Announces Support for New VITA 48.8 Air Flow Through (AFT) Cooling Standard Effort
- Curtiss-Wright Congratulates Northrop Grumman on Successful First Flight of the NATO Alliance Ground Surveillance Aircraft
- Curtiss-Wright Selected by Helibras to Provide Airborne Video Management System
- Rugged EW Wideband DRFM, ADC/DAC Transceiver and FPGA Processing Solutions Displayed by Curtiss-Wright at AOC 2015
- Curtiss-Wright Announces New OpenVPX DSP Modules Optimized for Intel Xeon Processor D-1500 Product Family
- Next Generation Compact Flight Test Data Acquisition Unit (DAU) Introduced by Curtiss-Wright
- Curtiss-Wright’s VICTORY Compliant Digital Beachhead System Adds Assured PNT Hub Capabilities for Ground Vehicle Upgrades
- Curtiss-Wright & DRS Technologies Collaborate to Bring U.S. Army’s MORA Architecture Compliant RF Capabilities to Rugged Embedded COTS Systems
- Curtiss-Wright Announces Initiative to Support the U.S. Army's MORA Architecture with Compliant RF Capabilities Using Embedded COTS Systems
- Rugged 10/40 Gigabit Ethernet Switch That Brings High Speed Networking to 3U VPX Systems Introduced by Curtiss-Wright
- Curtiss-Wright Awarded Contract for Small Form Factor Rugged Network Router & Ethernet Switch
- Curtiss-Wright Launches New OpenHPEC Initiative to Bring Supercomputing Software Tools to Embedded COTS Systems
- Curtiss-Wright Adds Bright Computing Software to OpenHPEC Accelerator Suite
- Curtiss-Wright Brings Allinea Software's High Performance Development Tools to Embedded COTS Systems
- New Family of Low-Cost Rugged Touchscreen Displays for Ground Vehicles Launched by Curtiss-Wright
- New Cost-Effective, Single Operator Helicopter Handling System for Smaller Ships Introduced by Curtiss-Wright
- New Upgradable Turret Aiming and Stabilization Drive System from Curtiss-Wright Delivers Unprecedented Flexibility
- Rugged Subsystem that Combines Powerful Intel Mission Computer & Cisco IOS Network Router in a Single Compact Chassis Debuted by Curtiss-Wright
- New Rugged 8-Port Gigabit Ethernet Switch Card Introduced by Curtiss-Wright
- Curtiss-Wright Acknowledged by Northrop Grumman for Contribution to Global Hawk UAS Receiving Roche Sustainment Excellence Award
- Curtiss-Wright Awarded Contract by U.S. Coast Guard
- First Single-Slot 3U VPX Quad-Head Graphics Display Controller Introduced by Curtiss-Wright
- UK MOD's DAOS Certificate Awarded to Curtiss-Wright for Design of Rugged Video Management Systems
- First Cisco IOS Embedded Services Router VPX Module Introduced by Curtiss-Wright
- Curtiss-Wright Awarded Contract by Sierra Nevada Corporation
- Metadata Support Enhances Industry-Leading HD Video Management System from Curtiss-Wright
- New VICTORY Compatible Ethernet Switch and Vetronics Computer System Introduced by Curtiss-Wright
- Curtiss-Wright Receives Award from Lockheed Martin for U.K. Ground Combat Vehicle Weapon Stabilization Program
- Rugged, Low-Cost Mission Display with Embedded Intel® PC Expands Mission Display Offerings from Curtiss-Wright
- Next-Generation Rugged Dual-Channel Video Recorder Introduced by Curtiss-Wright
- High Performance, Low Power Intel Atom "Bay Trail" XMC Processor Mezzanine Module Introduced by Curtiss-Wright
- Curtiss-Wright Awarded Contract by the European Space Agency
- Curtiss-Wright Cooperates with NLR to Offer a Complete Instrumentation Solution for Aerospace Testing
- Curtiss-Wright Collaborates with Critical Materials to Offer Pre-Integrated Airborne Structural Health Management System
- Rugged Data Recording System That Combines Flexible I/O, Encryption, and Removable Storage Announced by Curtiss-Wright
- Curtiss-Wright Collaborates with Ampex to Provide Integrated Chapter 10 Recorder and DAU for Flight Test Instrumentation
- Curtiss-Wright Collaborates with LORD Corporation to Bring Wireless Networking to FTI
- Curtiss-Wright Completes Development Phase of Contract from LIG Nex1 to Support Next-Generation Radar Programs
- Family of Very High Performance Rugged Single Board Computers Based on 5th Gen Intel Core i7 Processor Launched by Curtiss-Wright
- Curtiss-Wright Awarded Contract for Miniature Gigabit Ethernet Switches Used in UAS Program
- Rugged COTS-based UAV Subsystem Solutions Displayed by Curtiss-Wright at Unmanned Systems 2015
- Nuclear Hardened, VICTORY-Compliant COTS Mission Computer for Combat Vehicles Introduced by Curtiss-Wright
- Very Small Rugged HD Mission Display Expands Industry-Leading Video Management System Offerings from Curtiss-Wright
- 3U VPX System Quick Start Kit that Speeds System Development & Design While Reducing Risk Announced by Curtiss-Wright
- Conduction Cooled XMC Card Adds sFPDP, GbE and 10GbE Data Capture to COTS Data Recorder Subsystems from Curtiss-Wright
- Very High Performance DSP Module Family, Based on Intel Xeon Processor D, Debuted by Curtiss-Wright
- Rugged 247 MBps Serial FPDP XMC Card Introduced by Curtiss-Wright
- First Dual-Node Power Architecture OpenVPX Board Featuring Two Independent SBCs on a Single Card Debuted by Curtiss-Wright
- Ethernet Packet Recording Software Enhances Secure Removable Data Cartridge System from Curtiss-Wright
- Next-Generation Radar Video Acquisition and Scan Conversion COTS Module Introduced by Curtiss-Wright
- 25 GS/s Wide-Band Receiver & Transmitter Board-Set for EW and Wideband Communications Announced by Curtiss-Wright
- Curtiss-Wright Awarded Contract by Boeing
- Curtiss-Wright Selected to Participate in US Air Force-Led Next Generation Radar Evaluation Program
- Rugged COTS-Based Avionics and Subsystems Solutions Displayed at Aviation Electronics Europe Conference by Curtiss-Wright
- Curtiss-Wright Awarded Contract by the European Space Agency
- New BSP, First to Deliver Full Bandwidth 40 Gbps Ethernet Support Using VxWorks, Announced by Curtiss-Wright
- Curtiss-Wright and Airbus Defence and Space Collaboration Delivers Pre-Validated Digital Map Solution
- New Family of Ultra-Lightweight Crash Protected Recorders Launched by Curtiss-Wright
- Integrated Cisco IOS Software Router Announced for Compact, Rugged 4th Gen Intel Core i7 Mission Computer from Curtiss-Wright
- Next-Generation Rugged 10.4" LCD Touchscreen Mission Display Debuted by Curtiss-Wright
- New Rugged 5-Slot 3U Mission Computer Introduced by Curtiss-Wright
- Microprocessor Module for FTI Data Acquisition Now Shipping
- Rugged COTS-Based Helicopter Avionics and Subsystem Solutions Displayed by Curtiss-Wright at HELI-EXPO 2015
- Curtiss-Wright Applauds the European Space Agency on the First Launch and Retrieval of the IXV Spacecraft
- Curtiss-Wright Announces its "Bicycle Shop" Technology Incubator for Next-Gen Technologies
- Curtiss-Wright Recognized as Leading Supplier of Open Architecture Rugged Embedded COTS Technology
- Single-Slot VICTORY Ethernet Switch and Vehicle Management Processor Introduced by Curtiss-Wright
- "Tin Whisker" Research for Lead-Free Components in Defense Applications Announced by Curtiss-Wright
- Curtiss-Wright Awarded Contract for Amphibious Assault Vehicle
- Rugged Ethernet Switches Complete Rigorous MIL-STD & DO-160 Testing by Curtiss-Wright
- Curtiss-Wright Debuts Highest Performance 4th Gen Intel Core i7-Based 3U VPX Single Board Computer
- Curtiss-Wright Expands New Ultra Small Network Product Family with EMI-Protected 6-Port Ethernet Switch
- Conduction-Cooled Dual XMC Carrier OpenVPX Card Now Shipping from Curtiss-Wright
- Innovative 3U VPX ARM-Based Single Board Computer Offered for Cost-Free Evaluation by Curtiss-Wright
- New 8-Port Gigabit Ethernet Switch for Flight Test Instrumentation by Curtiss-Wright
- Curtiss-Wright Defense Solutions Reappraised at CMMI Level 3
- New Ultra Small Rugged 8-Port Gigabit Ethernet Switch Introduced by Curtiss-Wright
- U.S. DoD Approves Curtiss-Wright COTS Network Switch and Router for Listing on Unified Capabilities Approved Product List (DoD UC APL)
- Lynx Software Technologies Announces Security Critical RTOS Support for Curtiss-Wright's VPX6-187 Platform
- Curtiss-Wright Awarded Contract for New International Ground Vehicle Program
- Lynx Software Technologies Announces Safety Critical RTOS Support for the Curtiss-Wright VPX6-187 SBC
- Lynx Software Technologies Announces Security Critical RTOS Support for Curtiss-Wright's VME-1908 and VPX6-1958 Platforms
- Curtiss-Wright Announces Its Largest HD LCD Touchscreen Mission Display Now Shipping
- Curtiss-Wright's New Ethernet Module Bridges PTP Protocols
- Curtiss-Wright Awarded Contract by Northrop Grumman for Embedded Processor, Network Switch, and Graphics Controller Modules Used in the Cockpit Digitization Upgrade for the U.S. Army's UH-60V Black Hawk Helicopter
- Curtiss-Wright Congratulates Northrop Grumman on Successful First Flight of Second MQ-4C Triton UAS
- VICTORY Shared Processing, Fire Control Computer, and Switch for Ground Vehicles Introduced by Curtiss-Wright
- Curtiss-Wright's New Rugged Mobile IP Router Subsystem Features an Integrated Cisco® 5915 ESR Router and a Low-Power Gigabit Ethernet (GbE) Switch
- Curtiss-Wright Expands Its Commitment to the U.S. Army's VICTORY Standard
- Curtiss-Wright Completes VICTORY Validation of Rugged Mobile IP Router Subsystem with Integrated Cisco® IOS® Router
- Rugged COTS and VICTORY Solutions for Ground Combat Vehicle Displayed by Curtiss-Wright at AUSA 2014
- Industry's First Comprehensive HD Video Management System Shipping from Curtiss-Wright
- Curtiss-Wright to Display Wide Range of Helicopter Avionics and Subsystem Solutions at Helitech International 2014
- Rugged EW Processing and Storage Solutions Displayed by Curtiss-Wright at AOC 2014
- Curtiss-Wright's New Wide-Band Receiver & Transmitter Board-Set Will Double ADC/DAC Performance to 25 GS/s
- Curtiss-Wright Launches Family of Integrated Systems Pre-Qualified to MIL-STD-810, MIL-STD-461 and DO-160 Standards
- High School Schaffhausen at Curtiss-Wright Drive Technology
- Curtiss-Wright Unveils its Lightest and Most Powerful 4th Gen Intel® Core® i7 Rugged Mission Computer
- Curtiss-Wright Applauds Northrop Grumman on Successful Cross-Country Flight of its MQ-4C Triton UAS
- Curtiss-Wright Includes DO-160 Commercial Aviation Environmental Testing for Latest Parvus® Computers, Routers, and Switches at No Additional Cost
- New Family of Safety Certifiable COTS Modules for Defense & Civil Aviation Solutions Launched by Curtiss-Wright
- Safety Certifiable COTS Graphics Module for Defense & Civil Aviation Systems Introduced by Curtiss-Wright
- New Safety Certifiable COTS Single Board Computer for Defense & Civil Aviation Systems Introduced by Curtiss-Wright
- Curtiss-Wright Now Shipping Next-Generation Dual 4GSPS Transceiver Card for C4ISR Applications
- Curtiss-Wright Debuts Rugged "All-in-One"Intel® Core i7 Mission Computer & Cisco® IOS Network Router Subsystem
- Curtiss-Wright Introduces a Flexible, High Accuracy 8-Channel Module for its ACRA KAM-500 Data Acquisition System
- Curtiss-Wright Introduces 8-Channel Analog Module for Data Acquisition System
- Curtiss-Wright launches Successor to its Popular VME Video Window Processing Engine
- Curtiss-Wright Receives Three Supplier Quality Performance Awards from Raytheon
- Curtiss-Wright Launches Enhanced Family of Rugged LCD Touchscreen Displays at ALEA 2014
- Curtiss-Wright to Display Wide Range of Airborne Surveillance and Data Acquisition Recording Solutions at ALEA 2014
- Curtiss-Wright Introduces New Fully Integrated ITAR-Free 6-Slot 3U OpenVPX™ Rugged Mission Computer for Compute Intensive Applications
- Curtiss-Wright's New Rugged SWaP-C Optimized Mobile IP Router Subsystem Features an Integrated Cisco® ESS 2020 Gigabit Ethernet (GbE) Switch
- Curtiss-Wright and ENSCO Avionics Announce Collaboration to Provide Pre-Validated HMI/Digital Mapping Solutions
- Curtiss-Wright Introduces its First Rugged Dual XMC Carrier 6U OpenVPX Card
- Curtiss-Wright at Eurosatory 2014
- Curtiss-Wright Awarded Contract for Ethernet Router for Unmanned Helicopter
- Curtiss-Wright Expands Defense Solutions Division
- Curtiss-Wright Awarded Contract by Northrop Grumman for rugged system management technology used in HALE IMMC Upgrade Program
- Curtiss-Wright Launches New Era of ARM Processor-Based Computing for Defense & Aerospace
- Curtiss-Wright Introduces New Rugged 8TB Storage System for Deployed "Big Data" Applications
- Curtiss-Wright to Display Rugged SWaP-Optimized COTS Subsystem Solutions for Unmanned Platforms at AUVSI 2014
- Curtiss-Wright's VPX3-685 Secure Network Router Achieves FIPS and Common Criteria Certifications
- Curtiss-Wright Now Shipping Industry's First 6U FPGA Card with Trio of Xilinx Virtex-7 FPGAs
- Curtiss-Wright Awarded Contract by Sierra Nevada Corporation
- Curtiss-Wright Awarded Contract by United Launch Alliance
- Curtiss-Wright Displays at Sea, Air & Space
- Curtiss-Wright Selected for Recent Successful Project Missouri Flight Test Demonstration
- Curtiss-Wright Announces New Low Power Processing Card
- Curtiss-Wright Introduces Its First Rugged XMC Single Board Computer
- Curtiss-Wright Now Shipping Rugged Gigabit Ethernet Switch Module
- Curtiss-Wright Awarded Contract by Northrop Grumman for Air Data Computer used in AW609 TiltRotor aircraft program
- Curtiss-Wright Introduces Highest Port Count PCI/104-Express Card
- Curtiss-Wright's New Rugged 20-Port Gigabit Ethernet Switch Delivers Layer-2 Network Management in Compact, Low-Power Form Factor
- Curtiss-Wright Now Shipping New Rugged Multi-Head Next Generation Graphics Display Module
- Curtiss-Wright To Display Wide Range of Helicopter Avionics and Subsystem Solutions at Heli-Expo 2014
- Curtiss-Wright to Display Wide Range of Aviation Solutions at Singapore Airshow 2014
- Curtiss-Wright introduces a high accuracy / high stability air data computer module
- Curtiss-Wright Debuts Low-Cost Rugged, Removable Solid State Memory Module Carrier
- Curtiss-Wright Introduces Rugged Cartridges for Standard High-Density SATA Solid State Drives
- Curtiss-Wright Debuts Rugged Multi-Head Next Generation Graphics Display Module
- Curtiss-Wright Recognized as Leading Supplier of Open Architecture Rugged Embedded COTS Technology
- Curtiss-Wright's New Rugged Switch Solutions Lower the Cost of Gigabit Ethernet Connectivity in SWaP-Optimized Packages
- Curtiss-Wright to Participate in First INCOSE Avionics Forum at Dubai Air Show
- Curtiss-Wright Awarded Contract by Lockheed Martin for Gigabit Ethernet Switch used in F-16 Upgrade Programs
- Curtiss-Wright Debuts New COTS-based Cross Domain Guard Information Assurance Solutions
- Curtiss-Wright Launches New System Ready Application Initiative
- Curtiss-Wright Debuts First Fabric40™ 6U VPX Single Board Computer to Support Dual 40 GbE or InfiniBand® Interconnects
- Curtiss-Wright Now Shipping First Virtex®-7 6U VPX Module with Industry's Highest Performance ADC/DAC module for Wideband, Low-Latency Electronic Warfare Applications
- Curtiss-Wright Introduces T2080 Quad-Core Power Architecture® 3U OpenVPX™ Single Board Computer
- Curtiss-Wright Acquires Parvus Corporation
- Curtiss-Wright's New Fabric40™ Switch Card is First to Bring 40 Gbps Ethernet and InfiniBand® Centralized Switching to HPEC and ISR Systems
- Curtiss-Wright Awarded Contract by Bell Helicopter for Crash Protected Data Acquisition Recorder Technology to be Offered in the Bell 412EPI Helicopter Program
- Curtiss-Wright Debuts New Rugged and Reliable 14.1"LCD Video Display for Airborne Surveillance
- Curtiss-Wright Debuts First 3U OpenVPX™ High-Speed Data Recording Engine
- Curtiss-Wright Awarded Contract by Northrop Grumman for Mission Upgraded Radar Signal Processing Technology used in Joint STARS Radar System
- Curtiss-Wright Removable FIPS 140-2 Validated Flash Storage Unit and Rugged Network File Servers Now ITAR- Free
- Parvus Debuts DuraNET 30-2020 at DSEI, New Rugged Cisco IOS Managed Ethernet Switch Subsystem for Tactical Networking Applications
- Curtiss-Wright's New Rugged LCD Video Display for Airborne Surveillance Features a Built-in PC
- Curtiss-Wright Announces Encrypted Cockpit Voice and Flight Data Recorder
- Curtiss-Wright Awarded Contract by Kamov for Data Acquisition Flight Test Instrumentation used in the Ka-62 helicopter
- Curtiss-Wright Significantly Lowers the Cost of Rugged Graphics Hardware and Drivers
- Curtiss-Wright Awarded Contract by Eclipse Aerospace for Aircraft Computer System on Eclipse 550 Aircraft Program
- Curtiss-Wright Applauds Northrop Grumman's Successful Test Flight of its New MQ-4C Triton UAV
- Curtiss-Wright Introduces P4080 Octal-Core Power Architecture™ 3U OpenVPX™ Single Board Computer
- Curtiss-Wright awarded contract by Irkut Corporation for Flight Data Recording System on MC-21 aircraft program
- Curtiss-Wright Launches Groundbreaking Fabric40™ Next-Generation Fabric Program to Increase Bandwidth of Embedded Military Systems
- Curtiss-Wright Enhances its Inter-Processor Communications (IPC) Software with SRIO Gen 2 Support
- Curtiss-Wright Satisfies Multiple Programs with Rapid Delivery of Rugged 24-channel GbE Switch Subsystem
- Curtiss-Wright Completes Contract for U.K. Ground Combat Vehicle Processing Subsystem
- Parvus Receives $3.3M Follow-on Order for US Army OH-58D Kiowa Helicopter Program
- Parvus Receives $4.8M in Follow-on Orders from General Dynamics C4S to Support U.S. Army's Top Modernization Priority
- Curtiss-Wright Debuts Highest Performing 6U FPGA Card with Trio of Xilinx Virtex-7 FPGAs
- Curtiss-Wright Demonstrates Combined Video Management System and Secure Data Storage/Removal System
- Curtiss-Wright Launches New Rugged and Reliable LCD Video Display for Airborne Surveillance
- Curtiss-Wright awarded contract for data acquisition & "black box" technology
- Curtiss-Wright awarded contract by Korean Aerospace Industries
- Curtiss-Wright Announces Ultra-Lightweight Cockpit Image, Voice and Flight Data Recorder
- Curtiss-Wright Awarded Contract by BAE Systems for Bradley Turret Drive Control Unit Obsolescence Upgrade Program
- Curtiss-Wright Introduces Rugged Dual 4GSPS Transceiver on 3U VPX Card for C4ISR Applications
- Curtiss-Wright Awarded Contract by BAE Systems for rugged embedded subsystem for fire control system for the Bradley Infantry Fighting Vehicle ECP 2 CPU upgrade program
- Curtiss-Wright's New VME SBC Based on the 4th Generation Intel® Core™i7 Processor Delivers Low-Cost, High Performance Solution for System Upgrades
- Curtiss-Wright Introduces First OpenVPX Multiprocessing DSP Module based on the 4th Generation Intel Core i7 Processors
- Curtiss-Wright Awarded Contract by Embraer to supply rugged data acquisition systems
- Curtiss-Wright Extends Lifetime of Popular Rugged CompactPCI SBC
- Parvus Visits Local Congressional Members in Support of WIN-T, U.S. Army's Top Modernization Priority
- Curtiss-Wright Expands Family of Rugged Xilinx® Kintex™ FPGA-based Analog I/O XMC Cards
- Curtiss-Wright Boosts Data Security on its Data Transport System (DTS) with AES256-bit encryption
- Curtiss-Wright Awarded Contract by Northrop Grumman For a rugged DRFM system used in the U.S. Navy's InTop (Integrated Topside) program
- Curtiss-Wright Adds NIST FIPS 140-2 Encrypted Memory Storage to its Rugged Network Attached Storage (NAS) Solution
- Parvus Signs Teaming Agreement with SAIC for Global Tactical Advanced Communications Systems Contract with U.S. Army
- Embraer lowers risk and reduces cost with future proof data acquisition system for Legacy 500 with Curtiss-Wright
- Parvus Releases White Paper on Engineering Military Electronics for Size, Weight and Power Demands
- Curtiss-Wright Congratulates the Future Airborne Capability Environment (FACE™) Consortium on the Release of FACE Technical Standard, Edition 2.0
- Curtiss-Wright Brings World's Fastest 10-bit DAC (25 GS/s) to OpenVPX™ COTS Systems
- Curtiss-Wright Awarded Contract for Rugged Single Board Computers
- Curtiss-Wright Awarded Contract by Northrop Grumman For Mission Computer and Network Switch Subsystems for the U.S. Army's Ground Combat Vehicle Program
- Curtiss-Wright and CoreAVI Announce Partnership
- Curtiss-Wright Awarded Contract for Rugged Digital Signal Processor (DSP) Modules
- Parvus Low-Power Mission Computer Subsystem with MIL-STD-1553 Databus Interfaces Completes MIL-STD Environmental / EMI Qualification
- Ampex and Curtiss-Wright team for best of breed flight test solution
- Curtiss-Wright Introduces its Largest High Definition Skyquest™ Rugged Video Mission Display
- Curtiss-Wright Adds Event Analysis Tool to CHAMP-AV8 Continuum Insights™ Multiprocessor Tool Suite
- Parvus Ruggedized Cisco IOS-Managed Switch Successfully Completes MIL-STD Certifications for MIL-STD-810G and MIL-STD-461F
- Curtiss-Wright Announces First Virtex®-7 6U VPX Module with Industry's Highest Performance ADC/DAC module for Wideband, Low-Latency Electronic Warfare Applications
- Marshall Aerospace completes flight test program trialing the TP400 power-plant
- Curtiss-Wright Introduces its First Rugged Xilinx® Kintex™ FPGA-based Analog I/O XMC Card
- Curtiss-Wright Partners with Aicas to Bring JAVA-based Real-Time Processing to Defense and Aerospace Platforms
- Curtiss-Wright and Tektronix Component Solutions Partner to Bring Next-Generation Wideband Data Converter and RF Technologies to Embedded Defense and Aerospace Systems
- Curtiss-Wright Awarded Contract By Pilatus Aircraft Ltd For Rugged, Fully Integrated Mission Computer used in the PC-21 Trainer Aircraft program
- Curtiss-Wright Awarded Contract By Verocel for FAA's Wide Area Augmentation System (WAAS) Safety Computer Upgrade
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- DCUs Tame the Tangle of High-Tech Data in Modern Aircraft
- Increasing UAV development means greater demand for UAV flight test data acquisition
- Beyond the "Black Box": How Curtiss-Wright Flight Data Recorders Meet Varied Needs
- Streamline Your Flight Testing with Smart, Efficient FTI
- Events+Seminars
- Brazil Technology Seminar 2016
- The Canadian Defence Security and Aerospace Exhibition Atlantic
- Maneuver Conference Expo
- Modern Day Marine
- Dublin Technology Workshop 2016
- International Telemetering Conference
- AUSA Annual Meeting & Exposition
- Ground Vehicle Systems Engineering and Technology Symposium
- China Air Show
- European Telemetry Conference
- European Workshop on Structural Health Monitoring
- Farnborough International Airshow
- Sea Air Space
- CANSEC
- Rotortech
- C4ISR Summit Middle East
- Euronaval
- Undersea Defence Technology
- Police Aviation Conference (PAvCon)
- Land Forces Australia
- Eurosatory
- Africa Aerospace & Defence
- Helitech International
- MSPO
- ALEA Expo
- Fires Conference
- Intel Developer Forum
- The Intel Xeon-D processor and its role in HPEC
- AUVSI's XPONENTIAL 2016
- Articles
- NSA-approved two-layer encryption approach slashes cost and development time
- 11 Myths About GPU/GPGPUs for Defense Applications
- Developing effective hardware and software COTS security technologies
- High-speed ADC/DAC and FPGAs drive the design of next-generation SATCOM systems
- Turbocharge HPEC system design with HPC development tools
- VME Interfaces Return to FPGAs
- Eurosatory 2016: Curtiss-Wright and Raytheon Team for MBT Upgrade Market
- FMC+ standard propels embedded design to new heights
- Modular Open Radio Frequency Architecture boot camp
- Eurosatory: Tank turret drive powers up
- Sensor processing, commercial drone applications, COTS use hot at Xponential unmanned systems show
- UDT 2016: Quick out of the TRAPS
- Xponential 2016: Curtiss-Wright launches UAV-focused data devices
- Using SWaP-C Reductions to Improve UAS/UGV Mission Capabilities
- Safety critical COTS avionics, military avionics trends
- Beating the heat in high-performance embedded computing
- FDR Image Capability Progresses
- Balancing Processing Power and Reliability in Micro-Mini Mission Computers
- Safety-certifiable COTS modules speed and ease DO-254 safety certification
- Unmanned aircraft leverage PC/104, COM Express, and other small form factors
- PC/104 and small form factors popular in defense electronics systems
- FMC+ Standard Propels Embedded Design to New Levels
- Wright Brothers Offshoot Heads For Deep Space
- Long live VME!
- Single-operator system is cost-effective for smaller ships
- Different Course, Same Destination
- Curtiss-Wright CTO Combines Passion and Problem Solving
- Industry Offers a Hybrid Approach to Military-Assured PNT
- System Marries HD Video Capture and Recording with Metadata Support
- KISSing Costly Cooling Solutions Goodbye
- IXV Spaceplane Flight Helped Guide Irish Firm to New Business
- Parting shot: TRAPS
- New frontiers in passive radar and sonar
- Common technologies for manned and unmanned aircraft
- Xeon-D and 3U VPX combine for cognitive EW
- Selecting a rugged LCD display
- Hybrid Open Standard Approach Provides Alternative to VPX
- EO/IR sensors boost situational awareness
- Rugged computers look to the data center
- Video Management Technologies Deliver HD Solutions for Warfighters
- Curing the longevity of supply blues
- Data storage faces network-centric future
- XMCs and FMCs Help Shake Up the Definition of “System”
- M-Code brings next-gen GPS to SWaP-constrained ground vehicles
- Close to the Action: Small, remote and connected-new approaches to flight test instrumentation
- AltiVec is back
- Military Comms and Networking Thrives for Land, Sea and Sky
- OpenVPX standard hits five years of enabling interoperability in military embedded systems
- CERDEC becomes VITA's sponsor member followed by Curtiss-Wright initiative to support the U.S. Army's MORA
- Trusted boot in COTS computing
- Rugged routers enable the network-centric battlefield
- Broadwell chip boosts GPU performance for COTS SBCs
- Pre-Qualified Systems Speed Deployment and Cut Costs
- What’s Next After VPX?
- Software and APIs are Key to Military HPEC System Development
- The SBC Challenge
- JLTV: The VICTORY vanguard
- Today’s High-Powered GPUs—Strong for Graphics and for Math
- Reduced SWaP, COTS in space, and budget constraints in the rad-hard world
- Dual-node SBCs: A hardware-based approach to red/black architecture
- Product teardown: Maximizing functionality through dual-node processing
- For COTS, small is the next big thing
- How to think like a CTO; interview with David Jedynak, CTO of Curtiss-Wright
- Multicore processor-based 3U architectures reduce SWaP for UAS ISR platforms
- Meeting the challenging performance and thermal requirements for today's enclosure designs
- RoCE protocol brings 40 Gbps Ethernet to VxWorks
- ARMed and ready
- Boosting the ruggedness of military vetronics
- Northrop Grumman to build helicopter laser mine detection system
- Hybrid processor architectures meet demands for SWaP
- Beamforming: FPGAs rise to the challenge
- Ensuring High SIGINT Signal Fidelity Requires a Coherent Approach
- US Safety Officials Call for New Aircraft Tracking Upgrades
- Taming the tin-whiskers beast
- Upgrade Programs Tackle Slot-Card vs. Box System Choice
- Data on demand
- Convergence comes to GPU processing for C4ISR
- FPGA Board Advances Tighten Up System Capabilities
- Function Trumping Form for Rugged Box-Level Systems
- Rugged Storage Solutions Evolve for Next-Gen Needs
- How standardising on connectors will enhance military equipment modularity
- Intel processors - Haswell and Bay Trail - offer multiple benefits for SFF designs
- Unmanned command and control
- Military data recorders trending to solid-state drives, data security, and fast throughput
- Living in Ethernet Times
- VICTORY prevails
- Army Unveils New Plan to Build Ground Vehicle Network
- Leveraging COTS to lower the cost, risk of safety-certifiable avionics hardware
- Jump to It
- Aerospace and defense missions require rugged data networking
- The future of high-performance embedded computing
- From 6U to 3U: Expand into new markets by leveraging existing hardware/software IP
- Vetronics designers focus on reduced SWaP-C and enhanced C4ISR
- HPEC Solutions Strive for Data Center Computing Levels
- Microprocessors dividing into two camps: big and high performance, and small and efficient
- RapidIO, InfiniBand and Ethernet Each Find Their Place
- Bringing enterprise-class Ethernet networking to rugged deployed systems
- Future-proofing your high-density encrypted storage solution
- Curtiss-Wright Sees Aerial Cargo, Wi-Fi Hotspots in Unmanned Future
- AUVSI 2014: Seen and Heard on Day One
- PC/104 and UASs: The beauty of the system
- A cool head for vetronics
- Embedded Technologies Tackle Video Processing Challenges
- Steps to building VPX systems with an integrator
- UAV payload designs turn to COTS
- The View from on High: The Benefits of Integrated Video Management
- Embedded Vanguard Blog: Optimizing deployed system design begins with dialogue
- "Keys" to COTS encrypting of data-at-rest
- 2014 Influential Women in Defense Electronics: Lynn Bamford, Senior Vice President and General Manager of Curtiss-Wright Defense Solutions
- VME and VPX Follow Parallel and Overlapping Paths
- Intel integrated graphics in deployed defense systems
- Designing a general-purpose FPGA DSP card for EW, radar applications using the latest generation of FPGAs
- Embedded Signal Processing Enables Advanced Radars and EW Systems with Low Latency
- Latest 40 Gbps SBCs drive new class of HPEC-Lite systems for ISR applications
- Results are in: industry suggests new terms to replace COTS
- Rugged computers proliferate through military applications
- Pre-validated hardware and software eliminate risks of new system capabilities
- Innovations Fuel Top Products of 2013
- The challenges of taking COTS to top speed
- Flexible & integrated unmanned command & control
- Switches and routers: The difference is critical
- Single Board Captures, Digitizes DC to 6 GHz
- Designing OpenVPX systems to support Gen3 >10 Gbaud signaling
- Designing OpenVPX systems to support Gen3 >10 Gbaud signaling
- COTS data recorders with FIPS 140-2 encryption provide secure lockdown
- Supercomputer Technology Reports for Duty
- Box-Level Systems Vie with Slot Cards for Upgrade Programs
- Trends in securing data comms for the new era of unmanned flight
- OpenVPX enables tightly coupled FPGA and CPU processing for unmanned EW platforms
- Pre-Integrated Systems Move Closer to End Applications
- Intel processor: biggest thing in three years for embedded computing
- UAV command, control & communications
- Displays and Panel PCs Help Connect the Networked Military
- VICTORY Standard Eliminates Costly Vehicle Redundancies
- Lead-free Rising
- The Year of 40 GbE
- Graphics And Reduced Power Highlight Intel's 4th Generation Architecture
- Commonality and reduced SWaP drive vetronics designs
- Military Vehicles Leverage the Blending of Computing and Comms
- Emerging vetronics standards aim to spell VICTORY for tomorrow's combat vehicles
- Mil system power is cheaper by the dozen (volts)
- Programmable radar and adaptive electronic warfare take center stage
- FACE avionics standard will transform systems design
- GPGPU technology sparking a revolution in embedded computing
- Video Processing Solutions Step Up to Meet New Challenges
- SiGe-based ADCs/DACs double COTS Electronic Warfare processing performance
- Fast processors, FPGAs fuel radar/EW signal processing performance
- Intelligent Avionics
- The changing technology landscape: rugged, portable computing for the modern warrior
- U.S. Army's VICTORY ushers in the next COTS integration revolution
- Life cycle management: The COTS perspective
- VME and VPX Solutions Feed Growing Appetite for ISR Data Processing
- Dealing with Big Data
- Curtiss-Wright develops new VICTORY-compliant vehicle network
- Creating Mobile Networks for Tactical Environments
- AUSA 2012: Curtiss-Wright Demonstrates New Digital BEACHHEAD Networking & Vehicle Management System
- Bringing HPC Technology to Mil-Aero, Embedded Deployment
- Delivering on power & thermal demands
- From gum-stick to postage-stamp sizes, the era of small-form-factor embedded computing has arrived
- Embedded COTS Drives Advances in Military Training Systems
- VICTORY Initiative Standardizes Combat System Architecture
- Curtiss-Wright sees Digital Beachhead in Army vehicles
- AFT cools high-power COTS modules for military applications
- Digital video and GbE backbones keep pace with video sensor proliferation
- Rethinking rugged subsystem computing design to accommodate military budget cuts
- Upgrading combat vehicles with versatile vetronics
- HPEC Vanguard: New tools for complex algorithms
- HPEC Technology in defense & aerospace market BLOG
- Small form factors shrink rugged embedded computing
- VME, cPCI and VPX Fuel Technology Upgrade Efforts
- Smarter sensor processing for UAS payloads
- 3U VPX poised to serve small UAVs
- Synthetic Aperture Radar (SAR) Systems for lightweight UAVs enabled by rugged GP-GPUs
- Graphics and video processing advancing quickly because of networking and GPU enabling technologies
- Unmanned, sensor-laden, and ubiquitous
- Military Storage Systems Span Many Formats and Sizes
- DoD Budget Cuts Reshape Military Electronic Design
- Managing ITAR compliance in COTS systems design
- VICTORY architecture drives COTS-based interoperability on combat vehicles
- VICTORY Initiative Lays Path to Improve Vehicle C4ISR Designs
- FPGA Boards Crank Up Their Processing Muscle
- Designing with FMCs: A different thought process
- Boosting embedded DSP processing with open-source-based HPEC supercomputer performance
- Curtiss-Wright WWII fighter plane discovered
- OpenVPX development and COTS interoperability for rugged signal processing applications
- Choosing the right display for aerospace and defense applications requires some touch considerations
- Doing more with less: How today's electronics providers are adapting to DoD budget cuts
- Nothing new: Military users demand more performance and low power from SBC designs
- The VICTORY architecture drives COTS-based interoperability on combat vehicles
- Looking for a sharper image with sensors for unmanned platforms
- Case Study: Adapting GPGPU Tech for Mil DSP Use
- Rugged Networking Systems Provide Backbone for Defense Communications
- Bandwidth demands of radar and signals intelligence create pressure to refresh XMC and FMC mezzanine board standards
- VME system remains backplane of choice in many applications
- Certifiable avionics takes off as UAV fleet operates in commercial airspace
- New aircraft platforms get cut back, opening the door for avionics retrofits that leverage COTS hardware and software
- Flexibility required? - FMCs
- DSP goes all digital to boost real-time sensor data analysis
- Radar signal processing upgrades use embedded COTS hardware
- Rugged embedded computing at the crossroads
- Avionics in Abundance
- Case Study: Ruggedizing Cisco Ethernet Switches for the Military
- Ruggedizing Commercial Products to Withstand the Most Demanding Environments
- SRIO reaches a crossroads in Intel-based DSP designs
- VME and VPX Data Storage Solutions Face Airborne Challenges
- Military's Demands Drive Innovative Thermal Management Solutions
- Five Approaches to Cooling Military Electronics
- Leveraging the Benefits of Small Form Factor Boards for Military Wearable Computers
- New Lakota variant packs punch for Guard
- Breaking performance barriers, New Electronics
- PCOTS versus LRU: COTS moving up the integration food chain
- Individually addressable drives
- A new chapter in secure "Data at Rest" using cryptography - Crypto keys bolt the door and secure sensitive Data at Rest
- Serial RapidIO Reaches a Crossroads with PCIe in Intel-based DSP Designs, RTC Magazine
- Understanding FMC interoperability
- Pre-Integrated Subsystems Step Up to Meet Demanding Requirements
- VME mingles with VPX/OpenVPX: It's all about the hybrid
- Military's Demands Drive Innovative Thermal Management Solutions
- Latest Serial RapidIO with Intel-based DSP Embedded Systems Saves Slots and Boosts Performance
- AVX: A leap forward for DSP performance
- Thermal Management Techniques for Military Embedded Computers
- The growth of IP communications drives advances in embedded military data security
- Designing and testing for reliability: Ruggedizing vetronics to survive
- Open Standards and Phased Approach Benefit Ground Vehicle Modernization
- Latest Intel Processors Advance Embedded DSP And SBC System Design
- Rethinking Shock and Vibration Testing Procedures
- Off-the-shelf radiation resilience: A case for RADHARD COTS
- When the going gets tough...
- Managed Switch Technology Primed for Military Applications
- Power Supplies Evolve to Meet Military Needs
- Enhanced vector graphics and Serial RapidIO support are opening the way for Intel processing to meet military embedded DSP needs.
- Getting Higher Resolution Analog Signals into the Digital Domain
- Too Cool
- ANSI/VITA 65 - The ins and outs of OpenVPX chassis selection
- Message in a Bottleneck: Time to Double Fabric Bandwidth with Gen2 Serial RapidIO
- FMC standard benefits high-speed FPGAs in aerospace and defense
- Matching up compatible OpenVPX backplanes and modules
- UAV System Architectures: the next evolution
- A Call to ARMs: Auto Industry Quality Standards Provide Path to SWaP-C Reduction
- OpenVPX and multiprocessor embedded systems gain momentum
- Getting the most out of multicore processors
- Network Attached Storage expands data storage and security on military platforms
- Rugged mission displays for surveillance applications
- Latest ADCs will cut IF sampling down to nanoseconds
- Intel Architecture: All set for high-performance military embedded signal processing applications
- Intel Architecture Invades Embedded DSP Arena
- Contractors look for higher levels of integration from COTS suppliers
- For Floating-Point Processing, New Choice Arrives with the Decade
- Advanced Cooling Techniques Beat the Heat for Rugged Embedded COTS Systems
- Secure Information Storage
- Aerospace and Defense Organizations Tap Novel Rugged Mobile Computers for Mission-Critical Applications
- Secure information storage designers have a wealth of options available for aerospace and defense applications
- Why 3U VPX has an edge over CompactPCI for FPGA/DSP Military Operations
- Air and Conduction Cooling for 3U COTS Cards: An Overview
- Preparing for lead-free electronics
- Transporting and recording high volumes of sensor data
- FMC modules deliver high-speed I/O from ADCs to FPGAs
- COTS vendors speed FPGA development cycle
- Developers throttle the bottleneck to grab maximum I/O bandwidth using FMCs
- Shock and Vibe Testing Remains Critical for Military Systems
- COTS steps up to embedded computing security
- Meeting the Demand for COTS Safe and Secure Certification Evidence
- 3U VPX tackles needs of today's net-centric battlefield
- JPEG2000 cuts delays in digital video distribution
- SWAP Beat: Toolkits for FPGA Development, DSP-FPGA.com
- VITA 47: Environmental Considerations for VITA Technologies, VME and Critical Systems
- Large UAVs Ramp Up Sensor Processing Capabilities
- Recent Trends in FPGAs Drive Adoption in Mil Apps
- More power to ground vehicle systems
- Thermal Modeling: A Must at the Design Phase
- Easing the integration headaches of FPGAs into heterogenous embedded systems
- 3U VPX is small form factor solution for military applications
- Mechanical Aspects of VPX and VPX-REDI Enhance Functionality and Ruggedness
- Video Distribution: The Big Picture
- Optical fiber connectivity for rugged, embedded systems
- Multiprocessor-Specific Tools Enable Efficient Real-Time Development
- New FPGAs slot into heterogeneous DSP systems
- Integrated embedded systems need well-defined management strategy
- Single-source approach speeds delivery, mitigates risk for radar and signal processing systems
- Rugged 10 GbE closes technology gap for military
- FPGA Advances Ignite Signal Processing Rethink
- Thermal Trends and Improvements for Rugged COTS Cards
- Multicore Trend Enters New Phase
- 3U VPX enables greater performance and connectivity in small form factors
- Conduction cooling technology reaches new power heights
- Brushing up on motor control
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