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The Viavi OLS-36V2 (2334/21) SmartPocket V2 Optical Light Source is a durable and compact device used for performing insertion loss measurement and continuity checks in the field. It is designed to be user-friendly and convenient, allowing for easy and quick testing of both single mode and multimode optical fiber networks. This device is best used in conjunction with the OLP-3xV2 optical power meters, which are sold separately. The SmartPocket V2 source is equipped with Auto-λ and Multi-λ functions that work with any SmartPocket V2 power meter, allowing for a cost-effective solution for testing and troubleshooting optical fibers in the field. Its one-button operation ensures a fast, straightforward, and mistake-free testing solution, making the SmartPocket OLS-36V2 the perfect tool for daily field testing.

EXFO MAX-730C OTDR: Lightweight, rugged tester with 7-inch touchscreen, 12-hour battery, and 39 dB dynamic range. Perfect for field professionals needing precision.

INNO Mini M7 Fusion Splicer: Fast, reliable splicing with 9s splice time and long-lasting battery. Compact, durable, and designed for precision. Ideal for fiber optic pros.

The Fujikura 90S+ is a fusion splicer designed for high-speed, low-loss fiber optic splicing. It is an advanced tool that allows for quick, accurate and reliable splicing of single mode and multimode fibers.

The Fujikura 70S+ is the world’s fastest and most robust core alignment fusion splicer. A user-programmable, automated wind protector expedites the splicing process by automatically closing to initiate the splicing process and opening upon splice completion. Fully programmable “auto open sheath clamps” open one or both sheath clamps, after the tensile test, to prepare the fiber for removal. A new automated “clamshell design” tube heater applies heat to both sides of the splice protection sleeve resulting in a 13-second shrink time. The result is a total splice process time of approximately 21 seconds! Ruggedness and durability are greatly enhanced by a mirrorless optical system and a """"severe-impact resistant"""" monitor. Battery capacity is now 200 splices/shrinks.

Singlemode and Multimode testing Built-in universal 2.5 mm tip sleeve PON, Telecom, CATV, and LAN/WAN applications Dual wavelength laser source and power meter options High accuracy and wide dynamic range Save OPM measurements (>100 single results) Transfer stored results to a PC or upload results to Fiberizer Cloud via micro USB interface for report generation and printing Reference power level setup and recall Splash-resistant keypad and chassis design High-contrast display - Visible outdoors and backlight for indoor or low-light conditions Alkaline or Rechargeable battery option with Auto power off Field-interchangeable optical adapters support multiple connector types and allow easy access for cleaning

SMLP5-5 is a rugged loss test kit with data storage designed to measure insertion loss on singlemode & multimode fiber networks. Each SMLP5-5 Kit includes an OLS4 quad Optical Light Source and OPM5 Optical Power Meter.

This fiber inspection probe is designed to integrate seamlessly into existing workflows. It supports automated multifiber connector inspection, making it easy to inspect multifiber MPO connectors in dense panels or recessed connectors. By combining unmatched ease of use with WiFi connectivity and the flexibility of Android™ and iOS smart devices, EXFO removes the last roadblocks in connector certification. Whether you’re dealing with FTTA or RRH applications where bulky equipment is impractical, the FIP-435B helps reduce the number of climbs required and streamlines work at challenging sites like tower tops.

OPM 5 is designed for measuring optical power in all network types and performing insertion loss measurements on multimode or single-mode fiber optic links. Automatic Wavelength Identification Significantly Increases EfficiencyThe standard Wave ID feature automatically detects and sets the receive wavelength(s), preventing setup and measurement errors (when used with OLS series light sources). It significantly increases efficiency and reduces technician errors—and saves testing time—by eliminating the need to test each wavelength individually.