Showing results: 586 - 600 of 644 items found.
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4900 -
BPM Microsystems
The 4900 is powered by the newest BPM 9th generation technology, which delivers the fastest programming speeds in the industry for MCU’s, eMMC HS400, NAND, NOR and Serial Flash devices. BPM 9th generation technology produces 200 MHz signals, allowing each byte of data to transfer in up to 2.5 ns. Up to 9 times faster than competing programmers. 3D Vision option inspects BGA, CSP, QFP, TSOP, SOIC and J-Lead devices for coplanarity, bent lead, pitch, width, diameter, standoff and XY errors.
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Elbit Systems of America®
Elbit Systems of America’s Degraded Visual Environment (DVE) solution uses intuitive 3D grid symbology along with a helmet tracker to provide critical helicopter/tilt-rotor cues during brownout operations. This system, which is an upgrade to the head-up display installed on many military helicopters, removes weight or drag penalties by eliminating nose-mounted sensors. The helmet tracker provides numerous ancillary benefits such as depicting the other pilot’s Line of Sight (LOS) for improved crew coordination, as well as providing the ability to slew weapons or optical payloads to the pilot’s LOS, hands-free and heads-up.
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MFT-5000 -
Rtec Instruments
The state of the art Rtec Multi Function tribometer Mft-5000 is globally regarded as the most versatile and technologically advanced tribometer. Manufactured at silicon valley, California it is used by several top labs, universities and industries. The tribometer offers next generation patented force sensors with ultra low resolution, highest speeds and wide environmental control range than any other commercially existing tribometer. The patented integrated 3D profilometer allows to analyse surface change vs time. The universal tribometer MFT5000 allows to create a comprehensive report on friction, wear, tribology and surface analysis.
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InfiniteFocus -
Alicona Imaging GmbH
With the InfiniteFocus you benefit from a 3D micro coordinate measurement machine and surface roughness measurement device in only one system. The range of measurable surfaces is almost unlimited, enabled by the use of coaxial lightning and optimized LED ring light. You achieve traceable measurements that combine high resolution, high repeatability and high accuracy. All relevant surface features are measured using only one multi-functional measurement sensor. Generally, the optimal setting of measurement parameters is provided automatically. This allows multiple users in different groups or departments with different materials to use the system with ease and confidence.
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FDCS -
Mesuro Ltd
Beyond traditional Noise and Harmonic Load/Source Pull, FDCS also supports Tuner and Fixture (TRL) calibrations, Time Domain Load Line acquisition, Pulsed IV and Load Pull and Active feedback Power Injection operations (for Γ ≥ 1).The measured data are processed graphically into 2D and 3D plots and are converted into popular simulator formats (ADS, AWR etc.).The FDCS user unterface includes many many improvements and optimizations to make load pull and noise measurement easier.The software has ActiveX control for controlling MPT tuners in any ActiveX compatible platform.
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Focus Microwaves
Beyond traditional Noise and Harmonic Load/Source Pull, FDCS also supports Tuner and Fixture (TRL) calibrations, Time Domain Load Line acquisition, Pulsed IV and Load Pull and Active feedback Power Injection operations (for Γ ≥ 1).The measured data are processed graphically into 2D and 3D plots and are converted into popular simulator formats (ADS, AWR etc.).The FDCS user unterface includes many many improvements and optimizations to make load pull and noise measurement easier.The software has ActiveX control for controlling MPT tuners in any ActiveX compatible platform.
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RZ/G -
Renesas Electronics Corp.
RZ/G Series MPUs extends the capabilities of RZ/A Series to deliver high-end performance for graphics, multi-stream video, and embedded vision thanks to features like camera input, 3D graphics accelerators, Full HD video codec, and GbE. Renesas also offers the RZ/G Linux platform, which is a user-friendly software development environment for customers who wish to lower the barriers and cost of Linux adoption and maintenance. The RZ/G Linux Platform enables super-long-term Civil Infrastructure (CIP) Linux support in an industrial grade verified Linux package, which complements Renesas’ high quality silicon.
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TomoScope® XS -
Werth Inc.
Coordinate measuring machine for three-dimensional measurement utilizing computed tomographyFast measurement with high resolution via the next generation transmission tubeReduce measurement time by 90% with OnTheFly TechnologyLow operating costs as a result of the new monoblock designExtremely precise air bearing rotary axis for low measurement uncertaintyLow space requirement thanks to compact designLow weight allows for installation almost anywhereFast amortization through low acquisition costsStandard-compliant calibration for reliable and traceable measurement results, optionally with DAkkS certificateVersatile fields of application such as plastic, metal and multi-material componentsSoftware for 3D real-time reconstruction of workpiece geometries during tomography
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Guzik Technical Enterprises
Besides the primary WITE32 Test Environment package at the heart of our spinstand-based test systems, Guzik offers a variety of software options to provide additional measurement accuracy and analysis. Control and Automation software enhances various electro-mechanical capabilities of the test system (such as servo accuracy), and the available suite of Analysis software tools provides deep insight into the drive component under evaluation. Adjacent Track Interference, 3D Pulse Profile, Media Scanning and Bit Error Rate are examples of some of the optional additions. Some software tools require the WDM5000 Waveform Digitizer to be part of the overall test system.
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Xpedition -
Mentor Graphics Corp.
As the industry’s market share leader in PCB design software, the Mentor Graphics® Xpedition product augments mechanical analysis and physical testing by introducing virtual accelerated lifecycle testing much earlier in the design process. This is the industry’s first PCB-design-specific vibration and acceleration simulation solution targeting products where harsh environments can compromise product performance and reliability, including the military, aerospace, automotive and industrial markets. Traditional, physical HALT (highly accelerated lifecycle testing) is conducted just before volume manufacturing, and requires expert technicians, which can result in costly schedule delays. Bridging mechanical and electronic design disciplines, the Xpedition product provides vibration simulation significantly faster than any existing method. This results in increased test coverage and shortened design cycles to ensure product reliability and faster time to market. The Xpedition component modeling library is the most extensive in the industry, comprised of over 4,000 unique 3D solid models which are used to create highly defined parts for simulation. The 3D library allows users to easily match geometries to their 2D cell database. Designers can assemble the parts models on board and automatically mesh them for performance analysis, including stiffeners and mechanical parts. The system modeling tool is ultra-fast since it can model over 1,000 components per minute.
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DORC's ZX-1 -
Direct Optical Research Company
Used primarily to measure multi fiber (MT/MPO and MT-RJ) connectors, DORC's fourth generation "ZX-1 mini Array+" is the result of 18 years of hardware and software product development. Although optimized for mutifiber connectors, the ZX-1 mini Array plus also does an excellent job of measuring single fiber PC and APC connectors. DORC's patented design is based on a variant of the Michelson configuration, and provides BOTH 2D and 3D high resolution images of the sample under test in approximately 45 seconds for multi fiber connectors and just 3-4 seconds for single fiber connectors - from the time the connector is inserted.
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3 Model B -
Raspberry PI Foundation
The Raspberry Pi 3 is the third generation Raspberry Pi. It replaced the Raspberry Pi 2 Model B in February 2016. Compared to the Raspberry Pi 2 it has: A 1.2GHz 64-bit quad-core ARMv8 CPU, 882.11n Wireless LAN, Bluetooth 4.1, Bluetooth Low Energy (BLE). 1GB RAM, 4 USB ports, 40 GPIO pins, Full HDMI port, Ethernet port, Combined 3.5mm audio jack and composite video, Camera interface (CSI), Display interface (DSI), Micro SD card slot (now push-pull rather than push-push), VideoCore IV 3D graphics core.
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TRX Systems, Inc.
The NEON® Signal Mapper application leverages key parts of TRX’s patented NEON Location Service including sensor fusion and mapping algorithms that enable real-time 3D location and mapping within buildings. Signal Mapper’s ability to locate and geo-reference users where GPS is not available simplifies and dramatically reduces the time required for map indoor signal and sensor data.Deployed with only a small, wearable accessory and an Android device, NEON Signal Mapper is the ideal solution for professionals who conduct in-building testing of public safety and commercial networks, including public safety organizations, network operators, and indoor wireless network installers.
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Teledyne Marine PDS
Teledyne PDS Singlebeam provides all necessary functionality to perform a survey accurately and quickly. This turnkey solution offers the surveyor and helmsman a strong tool to carry out the survey efficiently. Survey planning, data acquisition, data processing, editing, volume calculations, and chart production are all part of the software, making it easy to use.During data collection, the sailed part displays real time in top, profile, and 3D views using a color-coded digital terrain model (DTM). Quality control displays reassure the operators that the data is of the desired quality. The line base editing modules offers operators the right tools for data editing and cleaning.
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CPU RM -
RightMark Gathering
The CPU RightMark suite is meant for objective measurement of performance of modern and future processors in different computational tasks such as numerical modeling of physical processes and solving of 3D graphic problems. It focuses on testing the loaded FPU/SIMD units and the CPU/RAM tandem. As a result, we get pure CPU performance, an objective parameter obtained without the influence of other subsystems, like video and disc systems, except the memory one. It allows us to compare the true performance of different processors irrespective of a type of other system components. It's obtained by dealing only with the CPU and measuring the CPU time spent for execution of computational tasks.
