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The Fluke DSX2-8000/GLD Cable Analyzer delivers industry-leading performance for certifying twisted pair cabling up to 40 Gigabit Ethernet. Designed for network installers, technicians, and project managers, it ensures reliable compliance with Cat 5e, Cat 6, Cat 6a, Cat 8, Class FA, and Class I/II standards—boosting productivity and eliminating costly rework.

The Fluke MS-POE verifies Ethernet cabling and Power-over-Ethernet in one step. It identifies PoE class, voltage, and pairs while testing cable length, wiremap, and network speed—ideal for installing and troubleshooting PoE devices like IP cameras, phones, and access points.

Fluke IntelliTone Pro 200 Tone Generator and Probe: Accurately trace and locate twisted pair, coax, and cable runs with digital and analog signaling. Ideal for network technicians needing reliable cable tracing in active networks.

The EXFO Soft Pulse Suppressor Bag eliminates OTDR dead zones, ensuring accurate fiber optic testing. Compact and reliable, it’s ideal for precise measurements during installation and troubleshooting.

VIAVI T-BERD/MTS-5800: Compact dual 10G handheld tester for Ethernet, SONET, SDH & Fiber Channel. Simplifies network testing with intuitive touchscreen and portable design.

Viavi NSC-100: All-in-one network tester for PON, Ethernet & WiFi. Fast, reliable, and perfect for field use. Maximize performance with 2Gbps throughput testing.

Viavi Visual Fault Locator FFL-050: Compact, high-performance tool for fiber testing. 1mW output, 30+ hours battery, and 7km range. Ideal for field use.

EXFO FLS-600 Light Source: Versatile, reliable, and durable. Ideal for testing fiber optics with up to 50 hours of battery life. Accurate, portable, and easy to use.

Fujikura FID-30R Fiber Identifier: High-sensitivity, 8-hour battery, 2.4" touch screen, easy clamping, optical power meter. Perfect for fiber testing!

Achieve precise wireless alignment with the Sunsight Classic AAT. Fast, reliable azimuth, tilt, and roll measurements for optimal antenna performance. Built to last

Charger for Battery Operated Cable Cutter Input voltage: 110V, 4.0 Ah 40 min charge time

Fluke Networks DSX-5000 Cable Analyzer: Fast, reliable certification for Cat 6A and fiber cables. Modular design, accurate results, and built for tough job sites.

Viavi OMK-35 Test Kit: Dual-wavelength optical testing for fiber networks. Lightweight, portable, and efficient for seamless power level & loss measurements.

AFL Global 8-Channel CWDM Module: High-performance, reliable 1271-1611 nm range with low loss and high isolation. Ideal for CATV, Ethernet, and metro networks.

The INNO Instrument IN-SS-45mm fiber splice protection sleeves are heat-shrink sleeves designed to reinforce and protect single fiber fusion splices. Each sleeve uses a composite structure consisting of a cross-linked polyolefin outer tube, hot-melt adhesive inner layer, and stainless steel reinforcing rod.

The INNO Instrument IN-SS-40mm fiber splice protection sleeve is a 40 mm heat-shrink sleeve designed to reinforce single-fiber fusion splices. A stainless steel strength member helps prevent bending while the clear outer tube allows inspection of the splice during installation.

The INNO Instrument IN-RS-40mm ribbon fiber splice protection sleeve is a 40 mm heat-shrink sleeve designed to protect ribbon fiber fusion splices. The sleeve incorporates a single ceramic reinforcement rod for structural support and alignment protection after splicing. A clear heat-shrinkable outer tube combined with an internal EVA adhesive liner.

The INNO Instrument OLL-1000-652D-SC-UPC OTDR Launch Fiber Reel provides a 1000 meter G.652D singlemode fiber lead designed for OTDR testing. Featuring SC-UPC connectors, the launch fiber enables accurate measurement of near-end and far-end events.

INNO Instrument OLL-500-652D-SC-APC OTDR launch fiber cable provides a 500 m singlemode buffer between an OTDR and the fiber under test. Using G.652D 9/125 µm fiber with SC/APC connectors on both ends, it supports near-end connector characterization and reveal events that may be obscured during OTDR trace acquisition.