FTB Lite 700 Series - connected OTDRs

OTDRs driving unmatched field efficiency with always-on connectivity on a rugged platform.

Description

EXFO’s FTB Lite Series features always-on connectivity, designed to solve issues, such as lack of compliance and expertise, inefficient processes, and delays in getting the latest updates.

Always-on connectivity provides: 

  1. Automated validation and effortless compliance: Automated job tracking and real-time reporting confirm adherence to methods of procedure (MoP) ensure compliance with testing standards while reducing errors and administration time.
  2. Enhanced collaboration and efficiency: Real-time data sharing, automated uploads, and cloud-based reporting enable seamless teamwork, faster decision-making, and accelerated project timelines.
  3. Valuable insights: Automated access to comprehensive live data to perform analytics and extract insights, enabling informed decision-making and planning. 

Key features

Free 36-month basic data plan provided for real time visibility

Bluetooth®, WiFi, 2G/3G/4G LTE, GNSS

8-inch (203-mm) color touchscreen for use in bright sunlight or any environment where you conduct tests

Up to 10-hour battery autonomy 

3-year warranty

FTB Lite 720D - connected access OTDR  

Dynamic range of up to 36 dB in singlemode (SM) and 29 dB in multimode (MM).

Construction and troubleshooting of singlemode and multimode access networks. 

FTB Lite 730D - connected access OTDR  

Dynamic range up to 39 dB for up to 132 km point-to-point (P2P) or 1×128 PON.

FTTx/MDU fiber rollouts and troubleshooting. Can also test metro networks. 

FTB Lite 735D connected metro/PON FTTx/MDU OTDR  

Dynamic range up to 42 dB for up to 144 km point-to-point (P2P).

Metro core and FTTx/MDU fiber deployments and troubleshooting.

FTB Lite 750C connected metro/longhaul OTDR  

Dynamic range of up to 46 dB.

Characterization of long-distance fiber and of upgrades to optical networks.

Test procedure compliance matters

Nearly 40% of organizations have experienced major outages due to human error in the past three years, with 85% of these incidents resulting from staff failing to adhere to methods of procedure (MoPs) or from flawed procedures.​ (Study by Uptime Institute, 2023)​ .

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