The EXFO FIP-500 Fiber Inspection Scope revolutionizes fiber optic testing with its industry-leading speed and automation. Designed for single-fiber, multi-fiber, and duplex connectors, this handheld device delivers accurate, repeatable results in under 10 seconds for MPO-12 connectors. Featuring a 2.4-inch touchscreen, quick-connect tip design, and long-lasting battery, it ensures all-day testing without interruption. With onboard storage for up to 10,000 single-fiber or 1,800 MPO results, Bluetooth/WiFi connectivity, and compatibility with a wide range of adapter tips, the FIP-500 is ideal for telecom, data centers, and wireless networks, ensuring optimal performance and reliability.
Key Features
- Fastest Inspection: Completes MPO-12 inspection in under 10 seconds.
- Zero-Button Automation: Fully automated from insertion to data saving.
- High Optical Performance: Enhanced illumination and custom lenses for accuracy.
- Wide Adapter Compatibility: Supports LC, SC, ST, MPO, OptiTap®, and more.
- Smartphone-Grade Touchscreen: 2.4-inch color display for intuitive operation.
- Quick-Connect Design: Quarter-turn tip swap for efficiency.
- Long Battery Life: Supports continuous all-day testing.
- High Storage Capacity: Stores 1,800 MPO or 10,000 single-fiber results.
- Connectivity Options: Bluetooth, WiFi, and USB-C for seamless data sharing.
- Ergonomic Design: Long reach and user-friendly grip for dense environments.
Applications
The FIP-500 Fiber Inspection Scope is a critical tool for defense and aerospace industries, where reliable communication networks are essential. In military field operations, it ensures rapid inspection of fiber optic connectors in tactical communication systems, maintaining secure and robust data transmission. For aerospace applications, the FIP-500 supports maintenance of avionic systems, ensuring flawless connectivity in navigation and radar systems. Its automation and quick-connect design excel in high-stakes environments like satellite ground stations and mobile command units, reducing downtime and enhancing mission-critical network performance in rugged, high-density fiber setups.
