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Fluke Networks DSX-COAX adapters: Set of 2 for DSX-5000, supports 50, 75, 93 ohm coaxial cable testing with precise length-scaled limits.

Fluke single-mode fiber optic launch cord ensures precise, reliable OTDR testing with SC/APC to FC/UPC connectivity, ideal for network professionals.

Fluke Networks singlemode fiber optic cable offers 524.93 ft connectivity from SC to FC for seamless network device integration and high-performance data transfer.

Fluke Networks fiber optic cable ensures reliable multimode network connectivity with 62.5µm ST/ST connectors for high-performance network testing.

Fluke Networks fiber optic cable ensures fast, reliable singlemode connections with SC to SC/APC connectors for network devices and long-distance data links.

Fluke Networks MicroScanner2 Kit verifies network cables fast with IntelliTone probe, multiple adapters, and durable carry case for field professionals.

Fluke Networks SMC-9-SCSC: High-speed singlemode fiber optic cable for efficient network testing and troubleshooting. 160m length with SC/SC connectors. Reliable performance.

The INNO Instrument UN1COMT is a portable fiber splicing work tray with tripod designed for FTTH field operations. It provides a stable, elevated platform for securing fusion splicers and tools during ground-based or aerial work. The tray features integrated tool compartments and magnetic fixing points for organized equipment handling.

Fluke Networks CFM-TRC-S-MPO24P CertiFiber™ Max Test Reference Cord Set is designed for testing single-mode MPO 24 unpinned cables. The set includes one main and one remote reference cord and supports standards-preferred one-jumper reference methods when used with the CertiFiber™ Max Optical Loss Test Set.

Fluke Networks TRC-SM-VERIFY-MPO16P is a reference-grade single-mode MPO16 verification cord for CertiFiber Max, designed to confirm accurate reference settings when testing pinned MPO16 fiber links.

Fluke Networks TRC-SM-VERIFY-MPO12P is a reference-grade single-mode MPO12 verification cord for CertiFiber Max systems, ensuring accurate reference validation for pinned MPO Type A fiber testing.

Fluke Networks TRC-SM-VERIFY-MPO12U is a reference-grade single-mode MPO12 Type A verification cord designed to confirm proper reference settings when testing unpinned MPO cables with CertiFiber Max systems.

Fluke Networks OFP-Q-ADD OptiFiber Pro Add-On Kit expands Versiv systems with enterprise-grade OTDR fiber testing for data center and campus networks.

Fluke Networks OFP2-200-SI1490 HDR OTDR delivers fast singlemode fiber testing with SmartLoop™, WiFi connectivity, splitter detection, and inspection probe.

Fluke Networks MRC-625-LCLC-M TRC provides 62.5 µm multimode testing with metal LC connectors, delivering durable, reference-grade performance for CertiFiber Pro.

Fluke Networks MRC-625-EFC-SCLC-M TRC delivers 62.5 µm multimode EF-compliant testing with SC to metal LC connectors for precise optical loss measurements.

Fluke Networks MFTK-SM1550: Fast, polarity-agnostic MPO fiber testing kit with power meter and 1550 nm source for singlemode data centers.

Fluke Networks singlemode 9µm TRC cable ensures precise OTDR connectivity with SC/APC to SC/UPC ends, offering stable and efficient fiber testing.

Fluke Networks OptiFiber Pro HDR OTDR: Enterprise-ready singlemode fiber-optic tester with HDR range, macrobend detection, and advanced PON testing capability.

Fluke Networks SRC-9-SCLC-KIT-M singlemode cord kit ensures accurate fiber loss testing with CertiFiber Pro using precision-grade connectors and metal latch design.

Fluke CertiFiber Pro MM Add-On Kit: Efficient fiber testing with OLTS accuracy, EF compliance, and fast dual-ended inspection.

Fluke Networks OptiFiber Pro: Advanced fiber optic cable testing with SmartLoop OTDR, ultra-short dead zones, and data center-ready performance.

Fluke OFP2-CFP-QI Combination Kit – Complete fiber certification solution combining OptiFiber Pro OTDR and CertiFiber Pro OLTS for Tier-1 and Tier-2 testing. Includes Quad (850/1300/1310/1550 nm) modules and FiberInspector camera for end-face analysis.