ELT256.120.90 jest przezroczystym wyświetlaczem TASEL® matrycy przeznaczonym do stosowania w aplikacjach wymagających pełnych właściwości przezroczystych na wyświetlaczu, znajdujących swoje zastosowanie ze względów zarówno funkcjonalnych jak i estetycznych.

Analizatory Vanguard Bus, Exercisers, Protocol Checkers i Compliance Checkers są dostępne w formatach VMEbus, PCI, PCI-X, CompactPCI, i PMC. Analizator VME bus wspiera protokoły VME, VME320 i 2eSST. Analizatory PCI, CompactPCI i PMC bus wspierają protokoły do 133MHz PCI-X.

Curtiss-Wright offers buffer memory products in the VPX and XMC form factors. Buffered memory can be used to stage data before it is processed by a distributed multi-computer. It can also be used to capture data in applications that require real-time snap shots. Other common implementations of buffer memory include serving as a central database for compute nodes or providing a canvas for imaging applications to reconstruct post-processed data.

Curtiss-Wright Direct Attached Storage products enable solid state and rotating media to be incorporated in embedded computing VPX and VXS system solutions for a wide range of applications. Direct Attached Storage (DAS) enables data storage devices to attach directly to the host. These data solutions are scalable, enabling storage of your critical data from multiple Gigabytes to Terabytes. In addition, some of products feature encryption and sanitization capabilities allowing you to keep your information secure.

Curtiss-Wright switches and routers enable the vision of networked military and aerospace systems by providing systems integrators with a fast and powerful way to interconnect chassis, cards, and CPU's through switched Gigabit, 10 Gigabit and 40 Gigabit Ethernet as well as sRIO and Infiniband links. Operating at wire-speed, Ethernet switching and routing can be used to architect the infrastructure for unified (Ethernet only) or hybrid (Ethernet control and other switched data-plane fabric) networks for transferring IP-based control and data packets within advanced military systems.

Curtiss-Wright addresses the demands for increased data and signal processing performance, along with requirements for lower power and high performance I/O,  through our full line of processor cards supporting Intel Core and Xeon D, NXP Power Architecture, AMD & NVIDIA GPGPU/Graphics, ARM and Xilinx FPGA processors. These processor cards include Single Board Computers as well as Data and Digital Signal Processor boards from mezzanine card to 3U and 6U form factors in on open standards architectures like VPX, OpenVPX, VME, XMC, PMC and VXS. Curtiss-Wright supports the long lifecycle of defense and aerospace programs by offering most single board computers with backwards pin-compatibility to enable easy system upgrades from older products. Designed to fit the most rugged military applications, these COTS building blocks enable application stability and predictability. DO-254 safety certifiable COTS Single Board Computers (SBCs) along with associated artifact kits to support platform level certification enable rapid deployment of Curtiss-Wright cards in rugged conduction-cooled applications.

Curtiss-Wright's radar acquisition and processing solutions are available in a variety of form factors to meet your project requirements. Radar display and scan conversion devices support DVI-D input and DVI-I outputs. Radar Video Acquisition solutions include Osiris, a dual channel PMC or PCI solution, or Radar Video Processor (RVP), a VME solution. Curtiss-Wright also ofers RVL+ software as a common API platform for all radar and video products.

Curtiss-Wright manufactures rugged DC/DC converter boards for stackable PC/104 and other small form factor embedded systems applications. Capable of supporting -40/+85°C extended temperature operation and high shock/vibration environments, these power supplies are routinely installed in vehicle and aircraft systems. Select models also support 1500V DC electrical isolation, remote power on/off shutdown capabilities and voltage input surge and spike protections per MIL-STD-1275 / MIL-STD-704. Some models also feature built-in EMI/EMC filtering for MIL-STD-461F that typically eliminates the need for additional in-line power conditioning/EMI filtering devices in military embedded systems.

Modern Air Data Computers can be used to solve many problems associated with the Pitot Static systems found in aging aircraft and lend themselves well to new digitally based aircraft and upgrade programs, such as the move to glass cockpit displays.  Air Data Computers can not only eliminate the requirement for mechanical damping systems which reduce the effects of downwash caused by rotorcraft using digital filtering, they can also hold many configurations of Source Error Correction data and can be tailored to use inputs from specific aircraft hardware, all configurable using software.  This enables the procurement of an Air Data Computer with one part number that is compatible with a fleet of different aircraft.  Modern Air Data Computers can be easily optimised for Rotary and Fixed Wing applications.

Curtiss-Wright has been designing and manufacturing crash protected recorders (CPR) for over 60 years. We were the first to combine cockpit voice recorders (CVR) and flight data recorders (FDR) into a single unit and the first to achieve certification for a solid state model. Today Curtiss-Wright manufactures a variety of CPRs that meet all current and anticipated regulations.

Curtiss-Wright’s data concentrator units (DCU) are ideal for solving the problem of combining incompatible output signals during new or retrofit aircraft systems integration. Risk is reduced with a highly flexible design and by using our wealth of experience developing, verifying and certifying RTCA/DO-178B software and DO-254 hardware for customized flight critical and non-critical systems.

Curtiss-Wright designs and manufactures DCUs that can consolidate control of multiple subsystems into a single box, lowering system weight and complexity. Products such as the DCU 4800 can be made to form the data hub for most of the avionics equipment on an aircraft while Curtiss-Wright’s Remote Electronics Units (REU) are perfect for use as individual controllers for single systems. These controllers can be developed quickly and in situations where some requirements may change thanks to our AviBlocks modular prototyping model.

Curtiss-Wright’s data storage products are rugged, removable storage systems utilizing solid state and rotating media designed for use in deployed harsh environments. These offer users flexibility and are scalable to support the reliable storage of high density critical data for applications with Gigabyte and Terabyte requirements.

To ensure the security of your critical data, we offer advanced encryption and sanitization capabilities. Whether your application requires network attached storage (NAS), direct attached storage (DAS) or storage area network (SAN) solutions, Curtiss-Wright delivers scalable rugged solutions to meet your critical data storage requirements.

Curtiss-Wright’s industry-leading Video Management System (VMS) offers complete surveillance solutions for airborne and other applications. The VMS includes scalable rugged displays, video distribution and recording equipment. The VMS components are highly interoperable and easy to install and reconfigure. As a fully integrated system, VMS uses the touch-screen technology on Curtiss-Wright displays to enable pilots and observers to independently select, view and record images with no signal loss from multiple camera and sensors. In addition, video transmission downlink via microwave is available.

Curtiss-Wright rugged switches and routers enable mobile networks on-board vehicle and aircraft platforms to securely and affordably deploy digital network architectures for situational awareness and network centric operations. These rugged subsystems and card solutions give systems integrators capabilities for interconnecting cards, sensors and processors through switched Ethernet links.

Curtiss-Wright embedded systems specialists can apply their decades of experience to address your system integration and program management requirements. This helps you maximize your COTS content or leverage an existing custom solution. You can build your own application using one of our many generic systems, or use our expertise to create specific system solutions, with tailored, optimized functionality for a specific platform or program.

Curtiss-Wright has the system integration expertise to create specific system solutions, with tailored, optimized functionality for a specific platform or program.

Our experienced systems design and integration teams will analyze your system requirements and conduct trade studies to identify appropriate board level products, analyze data paths and select suitable cooling approaches.