No wires. No heavy platform. No cumbersome power pack or adaptors. Bring it with you anywhere!
By combining unmatched ease of use and WiFi connectivity along with the flexibility and portability of Android™ and iOS smart devices, EXFO is removing the last roadblocks in connector certification and making testing simple and headache-free. With the FIP-435B, there is nothing restricting your field crews from following fiber-testing best practices and eradicating faulty connector issues impacting the performance of your network.
Whenever problems arise in whichever type of fiber network deployed—FTTx, central offices, private networks, data centers, fronthaul/backhaul etc.—fiber connectors are the first critical elements to validate. Thanks to it’s fully automated test sequence, compatibility with AndroidTM and iOS devices and freedom of use, the FIP-435B allows everyone working on your network—regardless of background or skill level—to be equipped to perform first level troubleshooting tasks and address this most common source of problems.
With the automated multifiber inspection tip, inspect multifiber MPO connectors in dense panels, reach recessed connectors and perform pass/fail assessments quickly and easily.
The FIP-435B wireless probe is the ideal inspection solution for fiber-to-the-antenna (FTTA) and remote radio head (RRH) applications where tower climbers have a copper or RF background, thus are often new to fiber testing and also work in an environment where it’s difficult to carry bulky equipment up the towers. The FIP-435B helps reduce the number of climbs required and streamlines the work needed at the top of the tower.
Using the ConnectorMax2 Mobile application, you can view fibers directly or capture and analyze the results.
The ConnectorMax2 Mobile application is available for iOS or Android.
As some telecom operators have already made the switch to smart devices for their field crews—or will soon—the FIP-425/435B, with Android™ and iOS compatibility, ensures compliance with current operator’s processes and enables users to benefit from smart device connectivity (3G, 4G, Wi-Fi, etc.) directly in the field.