Fiber Optic Cable Test
See Also: Fiber Optic Test, Polarization Extinction Ratio
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Product
Fiber Certification
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Data centers and enterprises rely heavily on optical fiber cabling to support the exploding demand for bandwidth, so being able to test its quality is critical to maximize network performance and uptime. Fluke Networks' industry-leading portfolio of innovative fiber optic cable test and certification solutions are used worldwide by technicians and installers because of their ease-of-use, accuracy, and durability.
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Product
Fiber Test Kits
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Our wide range of dependable Test Kits provide make it easy to test, inspect, certify and maintain fiber optic cable across all test scenarios.
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Product
In-Process Test OTDR
8000i
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The 8000i In-Process Test OTDR is the most recent addition to Photon Kinetics' family of innovative solutions for optical fiber cable testing. The 8000i's "cable test optimization" provides the balance of OTDR dynamic range and dead zone performance that's proven to be most effective for accurate characterization of typical fiber cable lengths. Dynamic range has been maximized to reduce measurement time, while resolution has been tuned to ensure that typical cabled fiber defects are detected. The 8000i delivers this optimized measurement capability at a more economical price than our full featured, final QC 8000 OTDR, which makes it a perfect fit for "in-process" testing on ribbonizing or loose tube production lines.
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Product
Production and Laboratory OTDR
8000
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The 8000 OTDR is the first of a new generation of OTDRs that has been designed specifically for optical fiber and cable test applications. Its revolutionary "performance first" optical design delivers unsurpassed optical performance, and its MS Windows operating system facilitates integration of the OTDR into manufacturing networks. These features, combined with unique data acquisition capabilities, significantly reduce the time associated with many aspects of the OTDR measurement process, making it possible for fiber and cable manufacturers to increase production output and reduce manufacturing costs.
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Product
Mini Fiber Optic, Patchcord, Receiver, 36", Polymer Optic Fiber, To SMA-plug
7-414845516-036
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Mini Fiber Optic, Patchcord, Receiver, 36", Polymer Optic Fiber, to SMA-plug
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Product
Dual 2 Channel Fibre Optic Mux SC/PC
40-815-222
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Pickering PXI Fiber Optic Multiplexers connect a single channel to one of two or four channels. They are available in single or dual multiplexer configurations supporting single-mode or multi-mode fiber. A wide choice of connectors types is available. The 40-810 multiplexer connects the optical channel by redirecting the optical signal into a selected output fiber.
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Product
Mini Fiber Optic, Patchcord, ITA, 36", Multimode, 62.5/125, to LC
7-415804512-036
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Mini Fiber Optic, Patchcord, ITA, 36", Multimode, 62.5/125, to LC
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Product
Mini Fiber Optic, Patchcord, ITA, 36", Polymer Optic Fiber, to SMA Plug
7-413845516-036
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Mini Fiber Optic, Patchcord, ITA, 36", Polymer Optic Fiber, to SMA Plug.
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Product
Mini Fiber Optic, Contact, ITA, Polymer Optic Fiber
610113171
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This contact available for purchase as a patchcord only. Choose link below to configure as a patchcord. Primary mating contact 610113170. (May mate with other Receiver contacts, as well.)
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Product
Mini Fiber Optic, Patchcord, Receiver, 36", Multimode, 62.5/125, to LC
7-416804512-036
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Mini Fiber Optic, Patchcord, Receiver, 36", Multimode, 62.5/125, to LC.
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Product
Mini Fiber Optic, Patchcord, ITA, 36", Multimode, 62.5/125, to ST
7-415804506-036
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Mini Fiber Optic, Patchcord, ITA, 36", Multimode, 62.5/125, to ST.
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Product
PXI Single 8 Channel Optic Mux FC/PC
40-852-118
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The 40-852-118 8-channel multiplexer is part of Pickering's range of PXI Fiber Optic MEMS Switching modules. They are available in many high density formats with a choice of different connector styles to suit most applications: FC/APC (for optimal performance), FC/PC and SC/PC for general applications and LC and MU for high density applications. Fiber optic multiplexers create a signal path by redirecting the optical signal into a selected output fiber. This is achieved using Micro-Mechanical Mirrors driven by a highly precise mechanism and activated via an electrical control signal.
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Product
Mini Fiber Optic, Patchcord, Receiver, 36", Multimode, 62.5/125, to ST
7-416804506-036
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Mini Fiber Optic, Patchcord, Receiver, 36", Multimode, 62.5/125, to ST.
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Product
Test Port Cable, 1 Mm
11500J
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The Keysight 11500J test port connector has a length of 16 cm and a frequency range of DC to 110 GHz. The 11500J integrates with the Keysight N5250A network analyzer and Keysight 8510XF network analyzer systems.
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Product
Test Port Cable, 1 Mm
11500L
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Connect test ports to devices, fixtures, or probe tips with this 24-cm cable featuring a return loss of 16 dB minimum.
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Product
Mini Fiber Optic, Patchcord, Receiver, 36", Polymer Optic Fiber, to SMA-plug
7-414845510-036
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Mini Fiber Optic, Patchcord, Receiver, 36", Polymer Optic Fiber, to SMA-plug.
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Product
Semi-Rigid Cable, 3.5 Mm (Test Port) To 3.5 Mm
85131G
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The Keysight 85131G is a 53 cm (21 in) long1 semi-rigid cable with a 3.5 mm female2 to 3.5 mm male connector. Cable frequency range is dc to 26.5 GHz with a return loss of 16 dB or better. Insertion loss is 0.3 * sqrt (f) + 0.2 dB (where f is frequency is GHz) for the test port connector, and 1.8 dB at maximum frequency for the device connector. Phase stability of semi-rigid/flexible cables is characterized with a 90 degree bend using a 4 inch radius. Stability1 of the Keysight 85131G is 0.06 dB and phase is 0.16o * f + 0.5o (where f is frequency in GHz).
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Product
Mini Fiber Optic, Patchcord, ITA, 36", Polymer Optic Fiber, Single Ended
7-413845000-036
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Mini Fiber Optic, Patchcord, ITA, 36", Polymer Optic Fiber, Single Ended.
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Product
Mini Fiber Optic, Contact, ITA, Multimode
610113173
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* This contact available for purchase as a patchcord only. Choose link below to configure as a patchcord. Primary mating contact 610113172. (May mate with other Receiver contacts, as well.)
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Product
Flexible Cable, 2.4 Mm To 3.5 Mm
85134H
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The Keysight 85134H is a 62.9 cm (24.75 in) long1 flexible cable with a 2.4 mm female2 to 3.5 mm male connector. Cable frequency range is dc to 26.5 GHz with a return loss greater than or equal to 16 dB. Insertion loss is 0.31 * sqrt (f) + 0.2 (where f is frequency is GHz) for the test port connector and 1.8 dB at maximum frequency for the device connector. Phase stability of semi-rigid/flexible cables is characterized with a 90 degree bend using a 2.5 inch radius. Stability1 of the Keysight 85134H is less than 0.12 dB and phase is less than 0.13o * f + 0.5o, (where f is frequency in GHz).
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Product
Variable Optical Attenuator Module for Multimode Fiber Applications
81578A
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The Keysight 81578A variable optical attenuator is designed for multimode fiber applications and features lowest insertion loss and excellent wavelength flatness over a complete attenuation range of 60 dB, for characterizing optical network components for telecommunication and data communication in systems.
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Product
Standardize Production Test Software For PCBAs And Electronic Devices
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The vast majority of test project man-hours are spent on software development, so the choices that teams make in software tools and architecture have significant impact on deployment schedules. Standardizing software across a team or organization increases both efficiency and proficiency, lowering the risk of missed deadlines and improving test quality and reliability. Test software must:
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Product
NI Real-Time Test Cell Reference System
778820-35
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DIAdem Advanced with DAC Bundle, Perpetual License, Include 1 Year SSP
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Product
65 GHz Single Channel Optical Module
N1030A
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The N1030A is a plug-in module for the DCA-X mainframe that can be configured with one 65 GHz optical channel, or one 65 GHz optical and one 95 GHz electrical channel.
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Product
EFT Module for Teststand
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The Electronics Functional Test (EFT) Module for TestStand provides out-of-the-box tools to speed up development of automated tests for electronic assemblies including PCBAs, subassemblies and final assemblies. Test engineers can develop, deploy and execute test sequences quickly and efficiently with minimal custom code development for a shorter time-to-solution.
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Product
Variable Optical Attenuator Module with Angled Interface
81571A
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The Keysight 81571A variable optical attenuator features lowest insertion loss and excellent wavelength flatness over a complete attenuation range of 60 dB, for characterizing optical network components for telecommunication and data communication in systems.
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Product
Mini Fiber Optic, Contact, Receiver, Polymer Optic Fiber
610113170
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This contact available for purchase as a patchcord only. Choose link below to configure as a patchcord. Primary mating contact 610113171. (May mate with other ITA contacts, as well.)
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Product
NI HIL and Real-Time Test Software Suite
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Suites combine LabVIEW Professional Development System with NI's most popular application softwareIncludes LabVIEW Professional, VeriStand, and the LabVIEW Real-Time and LabVIEW FPGA modulesEach new suite includes a one-year NI Training and Certification membershipSoftware is shipped on USB 3.0 media with NI device drivers included to speed up your installationConfigure real-time test applications quickly and easily; add custom functionality
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Product
Integrated Two Channel Variable Optical Attenuator with two Optical Power Meter Channels
N7752A
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The Keysight N7752A combines an attenuator with 2 front-panel power meter channels, offering exceptional performance at a low price. The power meters permit measurements from any point in the measurements setup and assist in calibrating power offsets with respect to the attenuator output.
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Product
PXI Single 4 Channel Mux Fibre Optic LC
40-850-414
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The 40-850-414 4-channel multiplexer is part of Pickering's range of PXI Fiber Optic MEMS Switching modules. They are available in many high density formats with a choice of different connector styles to suit most applications: FC/APC (for optimal performance), FC/PC and SC/PC for general applications and LC and MU for high density applications. Fiber optic multiplexers create a signal path by redirecting the optical signal into a selected output fiber. This is achieved using Micro-Mechanical Mirrors driven by a highly precise mechanism and activated via an electrical control signal.
