[EXFO FTBx-735C OTDR] Metro/PON FTTx/MDU OTDR
EXFO FTBx-735C Metro/PON FTTx/MDU OTDR

주요특징 (Features)

플랫폼: FTB-2/FTB-2Pro
* FTB-700C 시리즈와 플랫폼만 상이하며, 스펙은 동일합니다.

• iOLM-Ready: 원터치 클릭으로 전문가 수준의 OTDR 트레이스 분석
• 필드, LAN/WAN, Metro PON/FTTx/MDU, Long-haul 테스트에 최적화
• 다이나믹 레인지: 36/39/42/46dB
• 1625nm Live Fiber 테스트
• 샘플링 포인트: 256000

▣ FTBx-700C Serise Model

상세설명 (Description)

High-resolution OTDR designed for metro networks testing and splitter characterization in PON FTTx applications.

The FTBx-735C has been designed to test FTTH/PON networks as well as longer links in the metro range. This OTDR has 42 dB of dynamic range to test up to 150 km of optical fiber. The PON-optimized performances of the FTBx-735C enable it to fully characterize links up to a 1:128 FTTH/PON splitter ratio.

With its high dynamic range, the FTBx-735C empowers technicians to test optical fibers with greater speed and accuracy.

The FTBx-735C Advantage

• The industry’s highest resolution for PON testing and the shortest PON dead zone to detect more problems closer to the splitter.
• High resolution for maximum fiber characterization on long links up to 150 km. Ideal to support bidirectional testing.

Specification Sheets

 FTBx-735C  

LOADED WITH FEATURES TO BOOST YOUR EFFICIENCY REAL-TIME AVERAGING

Activates the OTDR​
laser in continuous shooting mode, the trace refreshes in real time and allows to monitor the fiber for a sudden change. Perfect for a quick overview of the fiber under test. 

AUTOMODE ​
Used as a discovery mode, this feature automatically adjusts the distance range and the pulse width in function of the link under test. It is recommended to adjust the parameters to perform additional measurements to locate other events. 

ZOOM TOOLS
Zoom and center to facilitate the analysis of your fibers. Draw a window around the area of interest and center in the screen quicker. 

SET PARAMETERS ON THE FLY
Dynamically change OTDR settings for the ongoing acquisition without stopping or returning to submenus. MACROBEND FINDER This built-in feature enables the unit to automatically locate and identify macrobends, no need to spend further time analyzing the traces. 

BIDIRECTIONAL ANALYSIS (VIA FASTREPORTER 2 DATA POST-PROCESSING SOFTWARE) ​
Recommended to ensure true splice characterization, bidirectional analysis combines results from both directions to provide an average loss for each event. For a more complete event characterization, use iOLM and benefit from maximum resolution on both directions (multiple pulse widths at multiple wavelengths) as well as a consolidated view.

LOOKING FOR ICON-BASED MAPPING?
Linear View (Included on All EXFO OTDRs)

Available on our OTDRs since 2006, the linear view simplifies the reading of an OTDR trace by displaying icons in a linear way for each wavelength. This view converts the graph data points obtained from a traditional single pulse trace into reflective or nonreflective icons. With applied pass/fail thresholds, it becomes easier to pinpoint faults on your link.

This improved version of linear view provides the flexibility to display both the OTDR graph and its linear view without having to toggle to analyze your fiber link.
Although this linear view simplifies the OTDR reading of a single pulse width’s trace, the user will still need to set the OTDR parameters. In addition, multiple traces must often be performed in order to fully characterize the fiber links. See the section below to learn how the iOLM can perform this automatically and with more accurate results.

In response to these challenges, EXFO developed a better way to test fiber optics: The iOLM is an OTDR-based application designed to simplify OTDR testing by eliminating the need to configure parameters, and/or analyze and interpret multiple complex OTDR traces. Its advanced algorithms dynamically define the testing parameters, as well as the number of acquisitions that best fit the network under test. By correlating multipulse widths on multiple wavelengths, the iOLM locates and identifies faults with maximum resolution—all at the push of a single button.

Technical specifications