Test Fiber Optic Cable Price

Fiber optic testing cables, such as test reference cords and OTDR launch cables, typically range from $50 to over $500 depending on type, length, and quality.Overview of Fiber Optic Testing CablesFiber optic testing cables are essential for verifying network performance, troubleshooting faults, and certifying fiber installations. Common types include:Test Reference Cords / Patch Cords: Used to connect testing equipment to the fiber network for accurate measurements. Available in single-mode or multimode, with various connector types (LC, SC, ST) and lengths .OTDR Launch Cables: Longer cables used to allow OTDR devices to measure the entire fiber link accurately, especially near the start of the fiber run .Visual Fault Locator (VFL) Cables: Shorter cables used with VFL devices to locate breaks, bends, or faulty connectors .Price RangeShort multimode patch cords (1–5 meters): Approximately $50–$100 per cable.Single-mode test reference cords (1–10 meters): Typically $100–$200, depending on connector type and quality.Long OTDR launch cables (50–100 meters): Can range from $200 to $500 or more, especially for high-precision, low-loss cables used in certification testing .Specialty or custom-length cables: Prices vary widely based on length, fiber type, and connector configuration.Where to BuyMouser Electronics: Offers Test Reference Cord Series with datasheets and inventory for immediate purchase .Fluke Networks: Provides certified fiber testing products and compatible cables for professional network testing .RS Components: Supplies a range of fiber optic testers and cables from brands like Fluke, Greenlee, and Tempo .Fiber Savvy: Offers OTDR testers, VFLs, and associated test cables with support for certification and troubleshooting .Tips for PurchasingChoose the correct fiber type (single-mode or multimode) for your network.Ensure connector compatibility with your testing equipment.Consider low-loss, high-quality cables for accurate measurements, especially for certification or OTDR testing.For frequent testing, investing in durable, factory-terminated test cords can save time and reduce errors. By selecting the appropriate type and length, you can ensure reliable fiber testing while staying within your budget.