JW3302 - Optical Time-domain Reflector (OTDR) Measure the length of optical fiber and cable. Measure the distance between two points on the optical fiber and cable. Locate faults and ruptures of optical fiber can cable. Display distribution curve of optical fiber and cable loss. Measure attenuation coefficient of optical fiber and cable.

M200 - Handheld OTDR The M200 offers unmatched OTDR capabilities in a handheld package weighing less than 1 kg (2 lb). Multimode, Single-mode, and 'Quad' wavelength models are offered. With short dead zone and intermediate range specifications, the M200 is ideal for Tier 2 testing of premises (building and campus) networks or certification and troubleshooting of FTTX PON networks.

MW90010A - Coherent OTDR * Ultra-long distance reach up to 12,000 km
* Compact and lightweight all-in-one design for on-site / on-ship portability
* Fault detection with 10-m distance resolution
* Wide dynamic range supporting fault detection and troubleshooting of submarine cables with repeaters at 80km or wider intervals
* Integrated tunable light source with high wavelength accuracy of +0.2nm for wavelength setting range of 1535.03 to 1565.08 nm
* Adjustable output power from 0 to +13 dBm
* Simple and easy touch-panel operation for easy first-time use

AF-uOR-200A - OTDR The 200 Series line of OTDR's are designed for Single Mode Applications. We are pleased to announce the introduction of a new FTTH version to our 200 series line. The AF-uOR-210 1310/1550/1625nm unit is the latest addition to this ever expanding line.

OTM2300 - OTDR Test Module OTM2300 OTDR module offers complete test solution including fiber network verification during the installation phase and troubleshooting during the maintenance phase. OTDR modules effectively provide the necessary test capabilities for access/FTTx network test application.

AF-uOR-301 - USB Powered OTDR The AF-uOR-300 series is designed for both multimode and single mode applications. We currently offer one product in this series the AF-uOR-301. All our PC-Based OTDR’s measure the attenuation in optical fibers and splices, as well as the length and the distance to any event, such as a break in a fiber link. The Micro OTDR is the perfect tool for the construction, maintenance and restoration of cable plants and also as an educational tool. The Micro OTDR is accurate enough for laboratory use but portable and rugged enough for field applications.

MTT - Micro OTDR Module - Optical Time Domain Reflectometer The Micro OTDR Module is an affordable solution for verifying fiber networks during the construction phase and troubleshooting problems during the maintenance phase. It locates fiber breaks, identifies faults, estimates fiber attenuation, and verifies back reflection. The Micro OTDR Module has three key advantages: portability, modularity, and affordability.

AV6416 - Palm OTDR AV6416 palm OTDR is the newest instrument designed for testing FTTx network. It´s mainly used to measure the physical characteristics of optical fiber under test, such as the length,the transmission loss and the splice loss etc.. It can also locate the faults or breaks of optical fiber. It´s widely applied in the manufacture, construction and maintenance in optical fiber communication system.

OASYS.net - OTDR Automation Software Both the 1000i and 1000 OTDR Automation Systems consist of a suite of PK products that accelerate and simplify several time- consuming activities that are a common to the OTDR testing process in cable manufacturing. The cornerstone of both systems is the OASYS.net OTDR Automation Software. OASYS.net provides cable manufacturers with the ability to define comprehensive OTDR testing strategies, to execute these strategies to automatically acquire and analyze the OTDR data, and then organize and package the large quantity of test data in a form that is compatible with existing factory information systems.

FTB-7500E - Long-Haul OTDR Optimized for C+L-band testing, the FTB-7500 characterizes closely spaced events with an impressive 3 m dead zone. Offers a sampling resolution of down to 8 cm and 52 000 sampling points for higher trace resolution.

TM-18C - OTDR The palm OTDR is the newest instrument designed for testing FTTx network. It¡¯s mainly used to measure the physical characteristics of optical fiber under test, such as the length, the transmission loss and the splice loss etc. It can also locate the faults or breaks of optical fiber. It¡¯s widely applied in the manufacture, construction and maintenance in optical fiber communication system.

VISA 1310 / VISA 1550 - OTDR with Locator USB, Memory for 50 OTDR traces.

PROLITE-50 - Micro OTDR Hand-held, compact, lightweight, easy-to-use & intelligent tools for optical fibre network.

AF-uOR-200F - OTDR The 200 Series line of OTDR's are designed for Single Mode Applications. We are pleased to announce the introduction of a new FTTH version to our 200 series line. The AF-uOR-210 1310/1550/1625nm unit is the latest addition to this ever expanding line.

OVX1315LTS / OVX8513LTS - FIS Advanced Fiber Optic OTDR # Easy to Read Color Display
# One Button Auto Testing
# Internal Memory Storage 1,000 traces
# Dynamic Range 32dB
# Built-in Visual Fault Locator
# Optional Power Meter and/or Light Source
# Protective Rubber Boot

MW9077B - OTDR Module A uniquely small and high-performance mountable-type Optical Time Domain Reflectometer (OTDR) module for optical fiber monitoring. RS-232C and 10 Mbps Ethernet connections are available to read the instrument. Commands can be input externally to set up the measurement conditions, transfer the waveform data to the control unit, and read/write to files. OEM applications include loss measurement, splice and return loss measurement, and total return loss measurement.

DVP-321 - Smart Portable OTDR High definition LCD display ? PAS technology ? Core or cladding alignment ? Double heaters,30 Sec. tube-heat time

8000 - Production and Laboratory OTDR The 8000 OTDR is the first of a new generation of OTDRs that has been designed specifically for optical fiber and cable test applications. Its revolutionary "performance first" optical design delivers unsurpassed optical performance, and its MS Windows operating system facilitates integration of the OTDR into manufacturing networks. These features, combined with unique data acquisition capabilities, significantly reduce the time associated with many aspects of the OTDR measurement process, making it possible for fiber and cable manufacturers to increase production output and reduce manufacturing costs.

ST3300 - OTDR I. Brief IntroductionAs fiber optics plays more and more important role in modern telecommunication and CATV networks, the requirements to the construction, test and maintenance of fiber optics links also become more prominent.ST3300 is a unique product mainly designed for construction and maintenance of telecommunication and CATV networks.

FTB-7400E - Metro/Long-Haul OTDR Optimized for C+L-band testing, the FTB-7400 characterizes closely spaced events with an impressive 3 m dead zone. Offers a sampling resolution of down to 8 cm and 52 000 sampling points for higher trace resolution.

ST3200 - OTDR Ⅰ. OverviewST3200 OTDR (Optical Time Domain Reflectometer) is an intelligent optical fiber communication tester. This tester is easy to use and portable, which has a 3.5-inch color LCD touching screen.

RY-OT4000 - Palm OTDR Tester RUIYAN OTDR-4000 series handheld optical time domain reflectometry (OTDR) is the latest FTTx optical fiber cable-based test instruments. Integrated machining, elegant appearance, splash design, small size, light weight, durable. Built-in three test wavelengths and visual fault locator (VFL) function is tailored FTTx network testing a new product.

MW6416 - High Performance palm OTDR MW6416 palm OTDR is the newest instrument designed for testing FTTx network. It's mainly used to measure the physical characteristics of optical fiber under test, such as the length,the transmission loss and the splice loss etc.It can also locate the faults or breaks of optical fiber.It's widely applied in the manufacture, construction and maintenance in optical fiber communication system.