Showing results: 616 - 630 of 724 items found.
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SDM500L -
Axiomtek Co., Ltd.
The SDM500L is powered by the onboard 8th generation Intel® Core™ i7/i5/i3 processor with the Intel® Generation 9 HD Graphics chipset. The Intel® Smart Display Module-Large (Intel® SDM-L) measures just 175 x 100 mm and a maximum z-height of 1.6 mm, which is well-suited for ultra-slim displays. It can be easily connected to an SDM-compliant display via a high-speed PCIe x8 edge connector - which supports 4K resolution displays and video capture and has built-in USB 3.0, HDMI 2.0, DisplayPort 1.2, Serial TX/RX and I2C signals. With its excellent graphics performance and installation flexibility, the incredible signage module can satisfy diverse industry requirements and support a wide range of digital signage applications such as bedside terminals for hospital patients or factory automation solutions.
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SDM300S -
Axiomtek Co., Ltd.
The SDM300S is a signage computer module following the newest Intel® Smart Display Module Small (Intel® SDM-S) architecture. The SDM300S is powered by the onboard Intel® Pentium® processor N4200 and Celeron® processor N3350 (code name: Apollo Lake) with the Intel® HD Graphics 505 or 500 chipset. The sleekest all-in-one display module measures only 100 x 60mm (roughly the size of a credit card), which makes for a thinner display. The SDM300S can be easily connected to an SDM-compliant display via a high-speed PCIe edge connector - which supports 4K resolution displays and video capture and has built-in USB 3.0, HDMI 1.4, DisplayPort 1.2, Serial TX/RX and I2C signals. Nearly a third the size of Open Pluggable Specification (OPS), the design of the SDM300S omits housing so it is well suited for space-constricting applications.
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PCI592 -
Vadatech Inc
The PCI592 is based on the Xilinx XCKU115 Kintex UltraScale FPGA, which provides 5,520 DSP slices, 75.9 Mb RAM and 1,451,000 logic cells. The FPGA interfaces directly to the FMC+ DP-23 and all FMC+ LA/HA/HB pairs, making it compatible with a wide range of industry standard VITA 57 modules. It also has interface to three DDR4 memory channels (2x 64-bit wide and 1x 32-bit wide). This allows for large buffer sizes to be stored during processing as well as for queuing the data to the host. The unit has x8 PCIe edge connector routed to the FPGA PCIe Gen3 hard IP block. In addition, 16 uncommitted connection pairs are routed to a dual x8 expansion connector, providing direct connectivity to a neighbouring FPGA (e.g. via Aurora, 10G/40G, SRIO, PCIe) without the need to go through the host.
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PCI516 -
Vadatech Inc
The PCI516 is based on the Xilinx Virtex-7 690T, which provides 3,600 DSP slices, 52,920 Kb RAM and 690,000 logic cells. The FPGA interfaces directly to the FMC DP 0-9 and all FMC LA/HA/HB pairs, making it compatible with a wide range of industry standard VITA 57 modules. It also has interface to three DDR3 memory channels (64-bit wide and 16-bit wide). This allows for large buffer sizes to be stored during processing as well as for queuing the data to the host. The unit has x8 PCIe edge connector routed to the FPGA PCIe Gen3 hard IP block. In addition, 16 uncommitted connection pairs are routed to a dual x8 expansion connector, providing direct connectivity to a neighbouring FPGA (e.g. via Aurora, 10 G/40 G, SRIO, PCIe) without the need to go through the host.
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PCI596 -
Vadatech Inc
The PCI596 is based on the Xilinx VU13P UltraScale+TM FPGA, which provides over 12,000 DSP slices, 360 Mb of UltraRAM and 3,780K logic cells. The FPGA interfaces directly to the FMC+ DP 0-31 and all FMC+ LA/HA/HB pairs, making it compatible with a wide range of industry standard VITA 57 and VITA 57.4 modules. It also has interface to DDR4 memory channels (1x 64-bit wide, 8 GB). This allows for large buffer sizes to be stored during processing as well as for queuing the data to the host. PCI596 has x16 PCIe edge connector routed to the FPGA PCIe Gen4 hard IP block. In addition, 16 uncommitted connection pairs are routed to a dual x8 expansion connector, providing direct connectivity to a neighbouring FPGA (e.g. via Aurora, 10/40GbE, SRIO, PCIe) without the need to go through the host.
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Model 3548COD -
Jinan Testing Equipment IE Corporation
These COD gages mount on a water-cooled bracket, which is mounted on the furnace side cut-out or with optional load frame support brackets. The standard temperature version (to 1200℃) is supplied with high purity alumina rods. The high temperature option is furnished with alpha grade silicon carbide rods. Rods are made to order to the length required for your furnace. Mounting brackets may be integrated with the furnace cut-out. Epsilon can also provide optional load frame mounting brackets to fit your test frame. Contact edges on the test sample should be somewhat rounded (not sharp knife edges) for best performance with this model. The Model 3548COD extensometers are strain gaged devices, making them compatible with any electronics designed for strain gaged transducers. Most often they are connected to a test machine controller. The signal conditioning electronics for the extensometer is typically included with the test machine controller or may often be added. In this case the extensometer is shipped with the proper connector and wiring to plug directly into the electronics. For systems lacking the required electronics, Epsilon can provide a variety of solutions, allowing the extensometer output to be connected to data acquisition boards, chart recorders or other equipment.
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Leuze electronic GmbH + Co. KG
The CMS 700i 3D contour measurement system detects the length, width, height, deformations and position of any objects as they pass by, independent of their shape and surface. Even polybags are reliably detected. The complete system includes all components for operation and installation under one part number. In contrast, light section sensors record a height profile along a projected laser line. This allows objects to be detected with high resolution in multiple dimensions. The integrated functions range from presence control to edge measurement and 3D object measurement.
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ams AG
Linear array sensors consist of a linear array of integrating photosensing pixels which measure incident light over a user-defined exposure time and generate a voltage or digital output which represents the light exposure at each pixel. The sensors are available in a variety of lengths and pixel resolutions. The analog output may be directly interfaced to an ADC for digital processing or for comparing black/white thresholds. Applications include contact image sensing, optical character recognition, edge detection, and object measurement in products such as copiers, document scanners and spectroscopy.
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Altair Feko
In a world of smart, connected everything, Altair empowers you to harness the power of the Internet of Things (IoT) to accelerate innovation and unlock business value. Leveraging our dynamic toolset you can deploy edge compute clusters, train and execute machine learning models, implement complex application business logic, perform data transforms, visualize real-time data, and much more. We give you the building blocks for your digital transformation to get moving fast, scale quickly, and continue to improve over time.
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CP160CR -
Teledyne ICM
Designed to fit into 6” pipelines and higher, the CP160CR constant potential X-Ray generator for crawlers is – in its category – the most powerful panoramic X-Ray tube head in the world for crawlers. The generator is making the cutting edge constant potential technology of the CPSERIES even more compact into a 9.9 kg – 120 mm diameter X-Ray tube head. The crawler unit is capable of penetrating up to 28 mm of steel in 10 minutes, which corresponds to just a 25 second exposure time for 6” standard pipeline welds.
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KLA-Tencor Corp
KLA’s defect inspection and review systems cover the full range of yield applications within the chip and wafer manufacturing environments, including incoming process tool qualification, wafer qualification, research and development, and tool, process and line monitoring. Patterned and unpatterned wafer defect inspection and review systems find, identify and classify particles and pattern defects on the front surface, back surface and edge of the wafer. This information allows engineers to detect, resolve and monitor critical yield excursions, resulting in faster yield ramp and higher production yield.
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Network Critical Solutions Limited
Network monitoring tools must have real-time insight into all relevant data to keep pace with the speed and diversity of digital business. From the addition of new systems to the adoption of entirely new architectures, networks are in constant evolution. Network Critical delivers the pervasive layer needed for in-line visibility and out-of-band access to accelerate deployment and management of cloud, virtualization, software-defined architectures, edge computing, IoT andother network initiatives. Ensure IT has access to all relevant data for network optimization and issue resolution.
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WECO 2150 -
Radian Research, Inc.
Model 2150 automated test system is a fully ANSI compliant testboard that uses a single voltage and three independently controlled isolated current sources to test all electromechanical and solid state meters up to 50 Amps. Utilizing a precision laser optics system, the Model 2150 can test meters through the most grime-coated covers with unfailing accuracy. This same laser technology makes it possible to test using the disk’s edge without wasting time with the tricky optics adjustments found with other test systems.
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Agilent Technologies
Agilent’s comprehensive atomic spectroscopy software portfolio leads the industry in the simple setup and productivity tools required by routine analytical laboratories, while also providing the flexibility needed for advanced method development in research and academia. Our advanced ICP-MS software, including the powerful ChemStation and MassHunter systems, are used in all of our mass-spec platforms, so you can benefit from a single solution and reduce staff training requirements. Our cutting edge ICP software also enables intuitive control in ICP-MS processes.
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IoT -
Altair Engineering, Inc.
In a world of smart, connected everything, Altair empowers you to harness the power of the Internet of Things (IoT) to accelerate innovation and unlock business value. Leveraging our dynamic toolset you can deploy edge compute clusters, train and execute machine learning models, implement complex application business logic, perform data transforms, visualize real-time data, and much more. We give you the building blocks for your digital transformation to get moving fast, scale quickly, and continue to improve over time.
