FTTH Optical Fiber Identifier with Built-in VFL 800-1700nm Wave Response

Product Description

The item described by the title is an FTTH Optical Fiber Identifier with Built-in VFL, featuring a wave response that covers the 800-1700 nm range. This designation indicates that the device integrates a built-in visual fault locator and is intended for identifying optical fibers in a FTTH context, with a VFL that operates across the 800-1700 nm wavelengths. The specific labeling in the product title identifies the device as an optical fiber identifier designed for FTTH applications and notes the inclusion of a built-in VFL component. The phrase “Built-in VFL” confirms that a visual fault locator is incorporated directly into the device, simplifying the identification process for fibers without requiring an external light source. The inclusive wavelength range of 800-1700 nm describes the span over which the VFL-related wave response is defined, as indicated by the product title’s wording. The combination of an optical fiber identifier with a built-in VFL suggests a compact, integrated solution for recognizing fiber paths and verifying fiber continuity in a network environment that uses FTTH infrastructure. The exact data provided in the product title centers on two core features: FTTH compatibility and a built-in VFL with a specified wave response range, 800-1700 nm. There are no additional specifications, dimensions, materials, accessories, packaging, compatibility notes, or performance characteristics provided within the available data. The information presented remains strictly aligned with the wording of the title and does not infer any features beyond what is explicitly stated. The description above preserves the exact elements from the product title while restating them in full sentences for clarity, without introducing new details or assumptions. If more detailed specifications are required, such information would need to be supplied separately, as the current data includes only the core identification and built-in VFL details described in the title.