Multimode Optical Cable tester CertiFiber

Overview

• Advanced Multimode Optical Fiber Verification
• One-step automated testing allows you to test and verify bidirectional dual-wavelength multimode optical fibers at the same time
• 75% less time than manual power meter tests
• Use LinkWare cable management software management and documentation to record test results for copper and Optical Cables

Features
Advanced verification of multimode optical fiber networks. you can use CertiFiber to test more optical fibers in less time and use its single-key test function. CertiFiber allows you to test the length and attenuation of two optical fibers in two wavelengths at the same time, compare the results with the pre-selected industrial standards and immediately show whether the results meet the standards.

CertiFiber uses interchangeable adapters to easily connect to all types of networks.

Single-key Automatic Test

Save time and improve efficiency

CertiFiber can save 75% of the time compared to testing with a manual power meter. You only need to press the automatic test button to authenticate your optical cable link within several seconds.

The host and far-end sending ports contain two LED light sources, which can be used to test both 850 nm and 1300 nm wavelengths. Automatically executed during dual-wavelength testing-no need to change the adapter and switch the wavelength. CertiFiber automatically senses the transmission wavelength, making testing easier.

Each set of CertiFiber includes one host and one remote server. Both send and test ports are merged. This unique design allows two optical fibers to be tested in one step. This structure is ideal for testing typical optical fiber links. CertiFiber can also be used to test the SFF connection system.

Interchangeable connection adapters

The interchangeable connection adapter of CertiFiber can easily connect to the network and set reference values directly. This adapter provides the most common interfaces for applications: ST, SC, FC, and 1.25mm.

Length and attenuation Measurement

CertiFiber sends optical pulse signals in the tested optical fiber and uses the "Apsara stack" technology to measure the length of the optical fiber. This is the time this pulse took to return to the launch point. This time is also called the propagation delay.
Because we know the speed of light in the optical fiber, it is very easy to convert this time to a length. The advantages of this length test include simplicity without the need to set the cursor, no need to Jumper) and accuracy, especially the short-term length without dead zone)
CertiFiber can also perform power and attenuation tests at 850 nm and 1300 nm, and the reference value settings are also easy to perform. As long as you connect to the host and the remote end, press the Set Reference key, CertiFiber will automatically test and record the two-way dual-wavelength Reference value.

Pass/Failure Analysis

CertiFiber can exclude guesses about the test results. The length and attenuation results are automatically compared with the selected Standard. CertiFiber immediately indicates whether each optical fiber is qualified. The margin or net worth between the test result and the standard is also expressed.
You can verify your network according to many industrial standards. Select the appropriate standard from the CertiFiber built-in library. This library includes the most common standards such as TIA-568, ISO 11801, 10BASE-X and 1000-BASE-SX, while also allowing you to build your own customized standards.

Bidirectional Test

Using the CertiFiber dual-optical fiber test method, when placed in a bidirectional test mode, CertiFiber first tests this pair of optical fiber in one direction, then you are prompted to switch the direction on the distribution frame or panel to test the optical fiber in another direction. Unlike traditional power meters and light sources, you do not need to switch between the host and the remote end, saving a lot of time for optical link testing.
The CertiFiber host can be used independently in the loop mode. The loop back method can be used to test a single optical fiber on the scroll.

Multimode cable axis

Look at the Multi-Mode Optical Cable axis of fluke networks, which ensures that the Multi-Mode Optical Cable axis complies with the TIA/EIA standard.

The multi-mode optical fiber axis of fluke network is a simple and economical method:

Improved repeatability and continuity of multimode optical power and loss measurements when using LED light sources and 0mm patch cords
Ensures your measurement complies with TIA/EIA-568-B standards
The correctness of the outer packing number used for different diameter axes is ensured.
Prevent 3.0mm optical cable from being damaged or bent inadvertently
The multi-mode optical fiber axis of fluke network can provide a simple and economical way to improve the repeatability and continuity of multi-mode optical power and Loss Measurement when using LED light sources. It can ensure that the use of different diameter axis packaging number meets the TIA/EIA-568-B standard, to prevent the 3.0mm optical cable from being damaged or inadvertently bent.

The Multi-Mode Optical Cable axis of the fluke network allows you to wrap the optical fiber around the axis for five Gb/s, so that the optical fiber can be fixed without tightening the optical fiber reversely and is easy to use.

The optical cable axis is used for 3.0mm optical cables-the most common jumper in the industry. In addition, there are 22mm red axis for 50/125 μm optical fiber cables and 17mm gray axis for 62.5/125 μm optical fiber cables.

LinkWare cable test result management software

Test results for managing copper and Optical Cables Using LinkWare cable management software

Qualified reports are most required by your users or managers. Use Scanlink to quickly upload records from CertiFiber to PC. This powerful test history software helps you organize, edit, print, or archive your test records.

Link ware cable management software with powerful functions of fluke network, which can be used to quickly organize, edit, view, print, store, or archive test results based on the work location, customer, building, etc. You can merge the test results into an existing database and sort, search, and reorganize the data based on any field or parameter.

LinkWare can be downloaded from the website for free. If you have finished your work, you can submit this powerful software to customers so that they can access electronic data instantly, you can also store data as PDF files.

Extensive data management capabilities of LinkWare:

• The test results of copper and optical cables can be managed using a single software, and full-line cable Tester of fluke network is supported.
• Provides professional, customizable, and graphical test reports in common formats for fluke cable tester.
• Ensure compliance with the standards for configuring and printing the TIA 606-A document
• The new drag-and-drop feature makes it easier to manage and organize multiple projects.
• Compatible with CMS cable management software
• LinkWare's simple user interface improves work efficiency and saves time. It is the world's preferred Cable Testing and management software.

LinkWare can print professional, graphical color reports to describe the tested parameters. You can select which parameter to print and the order in which the image appears. The test report can also be customized with your company LOGO.

Technical Indicators

	Comprehensive indicators Operating temperature range 0-+ 45 C Retention temperature range -20-+ 60 C Humidity range 10-90% RH, no condensation Save humidity range 0-95% RH, no condensation Verify CE, CSA Dimensions HOST: 8x18x4 cm Remote End: 8x18x4 cm Weight HOST: 0.42 kg Remote: 0.38

	Sender Connector ST Light Source LED Wavelength 850 and 1300 nm Minimum power output -20 dBm Power output stability: 8 hours) 23. Under C conditions, +/0.25 dB

	Acceptor Power Test accuracy +/-0.25 dB at 23 C, 45%-75% RH,-02 dBm for 850/1300 nm Connector Interchangeable connection adapters: ST, SC, FC, common Detector Type InGaAs Calibrated Wavelength 850 nm, 1300 nm Power Test Range + 3--55 dBm Power Test Linearity 23. Under C conditions, +/0.25 dB Length Measurement 2000 m Length Measurement Resolution 1 m