The post-pandemic bandwidth boom has amplified the need for consistent, high-quality broadband for everyone, everywhere. This underscores why every connection should undergo scrutiny as a preventive measure—or better still as part of a wider compliance approach directly embedded into methods of procedures (MoP)—in avoiding service disruptions.

Checking connectors made easy for FTTH

Given the specific demands and operational realities of FTTH, a tailored approach to connector inspection can greatly boost efficiencies and enforce compliance. It is in this perspective that the EXFO FIP-200 Connector Checker has been purpose-built to embody the principles of adapted fiber inspection for FTTH. In essence, the FIP-200 has been designed to flip the mindset around connector inspection by making it easy and quick to check connectors to reduce rework and deliver on service quality from activation.

Practical innovations for maximized field efficiency

Ensure trouble-free broadband activation: The FIP-200 simplifies inspection with its one-click operation, making connector checks feasible for any technician, even under tight time constraints while reducing the risk of human error.

Simplified diagnostics: The device’s pass/fail thresholds are specifically tailored to meet the practical cleanliness levels required for FTTH without burdening technicians with overly stringent standards. This saves time while avoiding any unnecessary handling of connectors, reducing the risk of contamination.

Visual indicators over complex images: The FIP-200 uses a visual system of LED indicators to provide clear, immediate feedback on connector status. This is crucial for technicians who need to make quick decisions in the field without the burden of interpreting complex endface images. Through its 5-bar rating, the FIP-200 delivers a quick qualitative assessment.

Practicality and portability: With the pressures of high turnover and the need for quick training of FTTH technicians, having an intuitive tool that is easy to use and carry becomes a necessity. A sleek design addresses the reality that service activation technicians are already handling heavy equipment.

Connectivity and compliance: Despite its small form factor, the FIP-200 is a connected device. It can be paired with EXFO Exchange for easy results sharing. This, in turn, ensures visibility and compliance across field teams.

Conclusion

By adopting tools and techniques that are specifically designed for the realities of FTTH, more reliable and efficient service activations can be ensured. The FIP-200 is pioneering this shift, demonstrating that effective fiber inspection doesn’t have to be cumbersome or overly technical. It is time for the industry to flip its mindset: effective fiber inspection for last-mile broadband not a nice-to-have—it is vital for delivering on the reliability and quality of service that today’s subscribers demand.