When testing fiber optic networks, precision is paramount. You rely on your OTDR not only for accurate trace data but also for exact timestamps on your compliance reports.
To address a common industry pain point regarding timekeeping maintenance, FirstFiber Technologies has implemented a major hardware upgrade for the FF-980REV OTDR.
The Problem: Expiring Coin-Cell Batteries
Traditionally, the FF-980REV (like many electronic devices) relied on a standard coin-cell (button) battery to power its internal Real-Time Clock (RTC) when the main device was turned off.
While functional, these coin-cell batteries have a limited lifespan of approximately 5 years. When the battery depletes, the internal clock stops working, forcing users to perform a manual battery replacement. This procedure requires opening highly sensitive precision equipment, creating a risk of accidental damage to internal components.
The Solution: Maintenance-Free Lithium Power Architecture
FirstFiber engineers have officially retired the old button-cell design.
The upgraded FF-980REV OTDR now features an advanced long-life lithium battery power architecture for its internal clock. The clock’s power supply is directly integrated into the device’s robust main lithium battery system.
Key Benefits of this Upgrade:
Maintenance-Free Operation: Users no longer need to buy, handle, or manually swap clock batteries.
Zero Hardware Risk: Eliminates the need to open the OTDR casing, preventing accidental damage to internal components.
Continuous Accuracy: Ensures flawlessly accurate timestamps for project sign-offs and troubleshooting records, year after year.
This hardware upgrade allows technicians to focus entirely on network testing without future maintenance anxiety.
For full product specifications and details, visit the FirstFiber FF-980REV Mini Pro OTDR product page.
