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Fiberoptics
Field of optic fiber application.
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CPS-8910 , Switch Device for PCI Express
784307-01
PCI Express, Cabled Switch Device—The CPS‑8910 is designed for large multiple-input, multiple output (MIMO) expansion configurations and system control on the PXI platform or software defined radio devices. The CPS‑8910 provides two PCI Express upstream ports and eight downstream ports for seamless system expansion. You can connect the downstream ports to external devices, such as a Software Defined Radio Reconfigurable Device, to create large multichannel MIMO systems. You also can connect multiple CPS‑8910 switch boxes to a single PXI Express chassis to create massive MIMO systems with a Software Defined Radio Reconfigurable Device. The large data throughput capacity makes the CPS‑8910 an ideal data aggregator for massive MIMO systems. You can use the CPS‑8910 with copper or fiber-optic cables.
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Sensing
Omron offers a variety of proximity, photoelectric, and fiber-optic sensors for the automotive, food and beverage, and material handling industries.
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Fiber Optic Tester
OPTOWARE-FTTx-PON Test Solutions
FTTx networks using PON technology can be characterized and maintained every step of the way using very simple new fiber-optic test equipment.
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T7 Fiber-Optic Cable Assembly for GPIB-140, 500 m
182805-500
2-Pin Male to 2-Pin Male, Core/Clad 62.5/125 um, 850 nm Wavelength Fiber-Optic Cable for GPIB-140A Extender - The GPIB T7 Cable, sometimes referred to as GPIB Cable, connects your system to high-speed GPIB-140A extender devices. You can use the GPIB T7 Cable with a GPIB extender to increase the cable length of your system up to 1 km without comprising the integrity of your GPIB system or requiring any application modifications. The GPIB T7 Cable is offered in different lengths.
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High Speed And High Resolution Cameras (PCI Cameras)
XiB
*High speed interface with bandwidth of 20 GBit up to 64 Gbit / sec*CMOSIS / ams sensors: CMV12000, CMV20000, CMV50000*High image resolution and high throughput with 12 Mpix, 20 and 50 Megapixel*Speed of 133 - 333 Fps, 33 and 30 Fps respectively*Fast speed models with 1 Mpix at 3500 and HD at 2500 Fps*Robust PCI Express and Power/GPIO connectors*Integrated Canon EF-mount control with dynamic aperture and focus control*Support for Windows, macOS, Linux, ARM*Suitable for OEM customization and Embedded vision systems*Distances up to 300m over fiberoptic cable*Compact housing: 60 x 60 x 38 mm
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Universal LightProbe S2 Sensors
Optomistic Products’ Universal LightProbe S2 Sensors are designed for the In-circuit, Functional or Finished Product test of an LED’s color and/or intensity. Implemented in a unique and customizable 2-Part solution, the S2 Sensor is assembled with your choice of Fiber-Optic Probe, including for the test of densely-spaced LEDs, bright LEDs, dim or misaligned LEDs, right-angle LEDs, and more, including the popular “Trident” Fiber-Optic Probes to sequentially test 3 LEDs with a single Sensor.
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DI-1000L-Pro
The DI-1000L-PRO combines the all-digital wide-view DI-1000L microscope with our ConnectorView™ Plus v2 Pass/Fail software for fast objective analysis of fiberoptic connector endfaces. Powered by it’s direct USB2.0 connection to your PC, the DI-1000L-Pro can provide you with automatically centered Analysis Reports and Summary Reports in Excel or text.
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T7 Fiber-Optic Cable Assembly for GPIB-140, 100 m
182805-100
2-Pin Male to 2-Pin Male, Core/Clad 62.5/125 um, 850 nm Wavelength Fiber-Optic Cable for GPIB-140A Extender - The GPIB T7 Cable, sometimes referred to as GPIB Cable, connects your system to high-speed GPIB-140A extender devices. You can use the GPIB T7 Cable with a GPIB extender to increase the cable length of your system up to 1 km without comprising the integrity of your GPIB system or requiring any application modifications. The GPIB T7 Cable is offered in different lengths.
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Optical Power Meter
TM103N
TM103N Mini-Designed Optical Power Meter is a self-developed test instrument , which is widely used for installation, operation and maintenance of fiberoptic network. And it can test six calibrated wavelength optical power within the range of 800~1700nm.
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S2 Spectra Sensors
ULP-S2 WBI/V
The ULP S2 Spectra Sensor tests for LED intensity, and for any color in the visual spectrum, plus white. The S2 Spectra Sensor is well-suited for the test of “boundary” color LEDs, as it can unambiguously and repeatedly distinguish between not only adjacent visual colors such as green and yellow, but it can determine different hues of the same color such as yellow and amber, regardless of LED intensity. Implemented in a unique and customizable 2-Part solution, the S2 Spectra Sensor is assembled with your choice of Fiber-Optic Probe, including for the test of densely-spaced LEDs, bright LEDs, dim or misaligned LEDs, right-angle LEDs, and more, including the popular “Trident” Fiber-Optic Probes to sequentially test 3 LEDs with a single Sensor.Operating temperature range: 0oC to 70oCPower consumption: Operates between +5 and 28 volts D.C., at 6mA max. Less than 4.75 volts is not recommendedVoltage protection: Withstands up to +40 volts, & reverse polarity to -18 voltsOutput Pins: 4 gold-plated standard wire-wrap pins (0.025 in. sq.)Output Loads: ‘Int.’& ‘Color’- 2Kohms min., 100pF max.Sensor Size: 0.560 in. dia x 1.38 in. long.Typical response time: Typical response time: <10mS capture time; <100mS overall response timefor color and intensity simultaneouslyFiber-Optic Probes: Can be paired with any Universal LightProbe Fiber-Optic Probe
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Throwdown Fiber Transport & Converters
NanoBriX Series
We often forget all that happens along the media signal journey. Video and audio signals are converted, equalized and re-clocked as they move on and off fiber-optic networks. These same signals are manipulated and multiplexed as they are distributed through studio, venue and campus infrastructure on their way to headends and destination points. Audio signals are embedded and de-embedded alongside video streams, and properly mixed for varied broadcast and playout services. It’s almost too much to keep up with. MultiDyne’s NanoBrix Series assures that these many stages of the signal lifecycle are reliably addressed in one complete family. NanoBrix offers a comprehensive product line of miniature, rugged, quick-connecting throwdown solutions for temporary or permanent applications, including live TV productions, sporting venues, and broadcast facilities.
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Handheld Optical Power Meter
JW3402
Shanghai Joinwit Optoelectronic Tech,co.,Ltd
JW3402 Optical Power Meter is a highly cost-effective portable power meter and it’s newly launched by the Joinwit Company. It can be used for the optical power measurement within the wavelength 800～1700nm. JW3402 also has a wide measurement range which is more than 70dB. It’s designed with the common wavelength calibration points, such as 850nm, 1300nm, 1310nm, 1490nm, 1550nm, 1625nm. The instrument is widely used in fiber-optic link construction, testing and maintenance.
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Fiber-Optic Devices
Understanding that fiber-optic devices are key devices for building global information networks, Renesas has applied its advanced R&D, design, development, and quality management expertise to creating a diverse portfolio of products for a wide range of fiber-optic communications applications.
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WDM Optical Network
In fiber-optic communications, wavelength-division multiplexing is a technology which multiplexes a number of optical carrier signals onto a single optical fiber by using different wavelengths of laser light.
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Fiber Optic Sensor Systems
Fraunhofer Institute for Telecommunications
Fiber-optic and photonic measuring systems open up innovative measuring and control technology concepts for a wide variety of applications. They play a major role in optimizing energy efficiency and are important technological innovation drivers for new and future-oriented markets.In the Department of Fiber Optic Sensor Systems of the Fraunhofer Heinrich Hertz Institute, the focus of application-oriented research is on the development of a new generation of photonic sensors. These are characterized by extreme miniaturization, high network and communication capability as well as extremely low power consumption or even a self-sufficient power supply.In the Department of Fiber Optic Sensor Systems at the Fraunhofer Heinrich Hertz Institute is focused applied research on the development of a new generation of photonic sensors. These are characterized by extreme miniaturization, high network and communication skills as well as an extremely low power consumption, or even a self-sufficient energy supply.
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Optical Fibers
Avantes offers a wide range of fiber-optic cables, which can be manufactured in a variety of lengths and configurations to meet your needs.
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GPIB T8 Cable, 2-Pin Male to 2-Pin Male; Core/Clad 62.5/125 um; 1,300 nm Wavelength Fiber-Optic Cable for GPIB-140A/2 Extender
183164-500
2-Pin Male to 2-Pin Male; Core/Clad 62.5/125 um; 1,300 nm Wavelength Fiber-Optic Cable for GPIB-140A/2 Extender - The GPIB T8 Cable, sometimes referred to as GPIB Cable, connects your system to high-speed GPIB-140A extender devices. You can use the GPIB T8 Cable with a pair of GPIB extenders to increase the cable length of your system up to 2 km without comprising the integrity of your GPIB system or requiring any application modifications. The GPIB T8 Cable is offered in different lengths.
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Sensing System
FBG
A cost-effective FBG (Fiber Bragg Grating) interrogation system that includes a tunable laser diode, 6 photodiodes, and several fiber-optic couplers has been developed with very simple coniguration. Especially, it is not necessary to compensate the accurate wavelength because the wavelength sweeping is precisely performed in terms of the response time of which external cavity material is 5 msec. Moreover, time-varying temperature trends as well as spectra of FBGs can be observed through the front display.
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Type T7 Fiber-Optic Cable for GPIB-140, 20 m
182805-020
2-Pin Male to 2-Pin Male, Core/Clad 62.5/125 um, 850 nm Wavelength Fiber-Optic Cable for GPIB-140A Extender - The GPIB T7 Cable, sometimes referred to as GPIB Cable, connects your system to high-speed GPIB-140A extender devices. You can use the GPIB T7 Cable with a GPIB extender to increase the cable length of your system up to 1 km without comprising the integrity of your GPIB system or requiring any application modifications. The GPIB T7 Cable is offered in different lengths.
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Photonic Electric Field Sensor System
Model No. 200-04
SRICO Model No. 200-04 Photonic Electric Field Sensor System has the ability to measure electric field with minimal disturbance to the field. The lightweight fiber-optic cables allow for easy placement of the E-field probe, allowing it to be unencumbered by the use of heavy coaxial cables that may disturb the field being measured. The dielectric E-field probe is electrically passive.
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Reflective Memory PCIE card
PCIE-5565PIORC
The PCIE-5565PIORC low profile PCI Express (PCIe) Reflective Memory node card provides a high-speed, low latency, deterministic interface that allows data to be shared between up to 256 independent systems (nodes) at rates up to 170 Mbyte/s. Each Reflective Memory board may be configured with 128 MB or 256 MB of onboard SDRAM.The local SDRAM provides fast Read access times to stored data. Writes are stored in local SDRAM and broadcast over a high speed fiber-optic data path to other Reflective Memory nodes.
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S2 Blinx Digital Sensors
ULP-S2 BLINX
The Universal LightProbe S2 Blinx Digital is designed for the simple ON/OFF test of any color blinking or steady-state LED, for fast results with a digital output. The Universal LightProbe S2 Blinx Digital Sensors check the ON/OFF status of any color LED, whether stable or blinking/pulsed, up to a rate of 15 Hz, and provide a Logic “1” output (5 volts) only if the LED is “ON” and a Logic “0” if the LED is “OFF.”Operating temperature range: 0oC to 70oCPower consumption: Operates from +5, 12, 24 or 28 volts D.C., at 6mA max.Voltage protection: Withstands up to +40 volts, & reverse polarity to -18 voltsSignal Output Load: 20mA max. (Source/Sink). Non-inductiveOutput Pins: 3 gold-plated standard wire-wrap pins (0.025 in. sq.)Sensor Size: 0.560 in. dia x 1.38 in. longOperating Temperature Range: 0hC to 70hCTypical response times: <66mS, shorter for brighter LEDsFiber-Optic Probes: Wide Aperture Fiber-Optic Probe recomended
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GPIB T8 Cable, 2-Pin Male to 2-Pin Male; Core/Clad 62.5/125 um; 1,300 nm Wavelength Fiber-Optic Cable for GPIB-140A/2 Extender
183164-01K
2-Pin Male to 2-Pin Male; Core/Clad 62.5/125 um; 1,300 nm Wavelength Fiber-Optic Cable for GPIB-140A/2 Extender - The GPIB T8 Cable, sometimes referred to as GPIB Cable, connects your system to high-speed GPIB-140A extender devices. You can use the GPIB T8 Cable with a pair of GPIB extenders to increase the cable length of your system up to 2 km without comprising the integrity of your GPIB system or requiring any application modifications. The GPIB T8 Cable is offered in different lengths.
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OEM, Embedded, and Custom Electronics
Picosecond timingPrecision analog and mixed signal processingDigital delay and pulse generationHigh speed photonics and fiberoptic timing distributionAerospace instrumentation and simulation
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Contacting Tip Fiber-Optic Probes
Our Fiber-optic Probes with Contacting Tips are designed to achieve a more refined intensity measurement. The intensity response of a Sensor is influenced by several factors, including brightness and size of the LED under test, the aperture of the Fiber-optic Probe that is being used to test the LED, and the distance between the LED and the Fiber-optic Probe tip.
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S2 Spectra USB Sensors
ULP S2 SPECTRA USB
Universal LightProbe S2 Spectra USB Sensors test a wide range of LED intensities and any color in the visual spectrum, plus white, providing a linear response with a serial digital output via a PC. A standard USB Cable is provided to connect to a mini-type B five-pin USB connector, which is integrated into the S2 Spectra USB Sensor.Operating temperature range: 0oC to 70oCOutput Port: A standard mini-type B five-pin USB connector is integrated into the S2 Spectra USB Sensor,and a standard USB Cable is provided to connect to a USB portSensor Size: 0.560 in. dia x 1.38 in. long.Typical response time: < 10mS for color and intensity as a serial bit- stream (19200 baud rate)Fiber-Optic Probes: Can be paired with any of a wide range Universal LightProbe Fiber-Optic Probes
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Digital Secondary Systems
Schweitzer Engineering Laboratories, Inc.
SEL digital secondary system solutions (sometimes called digital substation solutions) help protect and control substation primary equipment using digital devices in the secondary system that transmit data via fiber-optic cables. Our flexible, scalable, and economical solutions are built with rugged, field-tested hardware that can withstand harsh environments. Select from two solutions:
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PCI-8366, PCI Host, 100 MB/s, Fiber-Optic Cable MXI-Express Device for PXI Remote Control
781400-01
The PCI‑8366 is an MXI‑Express remote controller for devices or systems over cabled PCI from a computer with a PCI slot. The PCI‑8366 remote controller provides a PCI link over a fiber-optic cable to the PXI‑8368 remote control module when used for PXI system control. Fiber-optic remote control solutions are ideal for long‑distance‑device control and electrical isolation. This link is transparent to software applications and drivers, so computers and servers can control connected devices with no additional programming. With NI remote controllers, PXI modules can be used as if they are PCI devices directly installed in the computer.
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LED Test
Universal LightProbe Penta sensors are Optomistic Products' most popular LED test sensor, relied upon for their versatility in accommodating most LED test applications for color and intensity. The Penta Sensor provides analog voltage outputs, and features built-in color binning, eliminating the need to convert LED wavelength to visual color in the ATE software, and saving valuable processing time. For use with any of the Universal LightProbe Fiber-Optic Probes.
