ID: GAO-OFM-102
GAOTek’s Optical Fiber Microscope is used for the inspection of the end-face of the fiber optic connectors and provides the network personnel with high-performance fiber inspection solutions, featuring magnification of 125μm fibers to 400 times.
ID: GAO-OTDR-102-Ext
This OTDR features an automatic test function where the device itself will set the optimum test conditions and give accurate test results.
ID: GAO-OTDR-114
This OTDR 115 features VFL for FTTx and PON Network provides a comprehensive optical test for metro, access/FTTx and LAN network.
ID: GAO-OTDR-115
This OTDR 115 is specially designed for tough outdoor applications with features such as IP65 protection level, lightweight, easy operation, low-reflection LCD and long battery life.
ID: GAO-OTDR-116
A long-distance OTDR with optional fiber microscope, light source and link analysis.
ID: GAO-OFM-101
This Fiber Optic Video Inspection Probe with Low Weight (Magnifier) is a high-performance portable video microscope which comes with high magnification power that helps to inspect all kinds of fiber optic errors and terminations.
ID: GAO-OFI-102
This Optical Fiber Identifier with High Accuracy is a lightweight device which comes with 4 adapters and is used to indicate the signal direction in optical fibers and is essentially used in installation and maintenance of optical fiber cables.
ID: GAO-OFI-103
This portable Optical Fiber Identifier with Signal Direction (Relative Core Power) identifies the direction of transmitted fiber and displays the relative core power without disrupting the traffic on that fiber.
ID: GAO-OFI-104
This Optical Fiber Identifier with Signal Injection/Identifier recognizes the low-frequency signal online injection, without disrupting other online optical fibers.
ID: GAO-OFR-101
This Optical Fiber Ranger with VFL (Up to 8 Faults) is used in the test and maintenance of fiber network and comes with a built-in visual fault locator function which can detect up to 8 faults.
ID: GAO-OFR-102
This Optical Fiber Ranger with VFL for FFTx (Up to 8 Faults) is used to detect fiber fault locations in FTTx network installation and maintenance and has built-in visual fault locator function which can detect up to 8 faults.
ID: GAO-OTS-102
This Optical Talk Set with Full Duplex (Fiber Attenuation) combines both the functions of a digital optical phone and a stabilized light source and comes with the fiber attenuation value testing feature.
ID: GAO-OTDR-101
This OTDR with PON Online Test (Multimode, Fiber Microscope) is an intelligent, multipurpose device designed for the detection of fiber communications systems for multimode fiber modules.
ID: GAO-OTDR-102
This OTDR offers a Wide Dynamic Range (Short Event Dead Zone) and is a high-performance, multifunctional test instrument with many features.
ID: GAO-OTDR-108
This OTDR Launch Cable is used with an OTDR and helps in minimizing the effects of launch pulse on measurement uncertainty.
ID: GAO-OTDR-106
This compact OTDR Fiber Launch box is designed to test the fiber optic cable with OTDR's to help in minimizing the effects of the OTDR's launch pulse on measurement uncertainty.
ID: GAO-OTDR-103
This portable and intelligent OTDR is designed for testing the distances and losses of the optical fiber and comes with built-in VFL (Visual Fault Locating) system.
ID: GAO-OFI-105
This Optical Fiber Identifier with Multi Adapter (Signal Indicator) is an essential fiber installation and maintenance instrument for detecting optical signals in SM fibers comes with 4 types of adapter heads (Ø0.25, Ø0.9, Ø2.0 and Ø3.0).
ID: GAO-OFI-106
This Optical Fiber Identifier with Large Range (Long Battery) uses fiber interference technology for quick identification of cables which are usually buried in the wells or wire poles for a maximum test range of 37.28 mi (60 km).
ID: GAO-OTDR-110
This OTDR with Bidirectional Testing is used to measure the parameters of optical fibers and easily locates the accurate positioning of event and fault points.
ID: GAO-OTDR-113
This OTDR with Vision Fault Locating (Various Test Mode) is designed to test the fault locations in optical cables and comes with various test modes.
ID: GAO-OFI-107
This Optical Fiber Identifier with OFI & VFL (Low Battery Sign) allows the user to maintain data traffic through an optical fiber cable and is used for optical fiber installation and maintenance.
ID: GAO-FLT-101
GAOTek Fiber Loss Tester with Power Meter tests the return loss in the field fiber optic linking, provides a variety of functional testing patterns
ID: GAO-OFI-108
This portable Optical Fiber Identifier is designed to detect optical signals without disrupting traffic by using the non-destructive macro-bending technology.
ID: GAO-OFR-103
This Optical Fiber Ranger with Pulse Width Control (Lightweight) is used to detect fiber fault locations with higher accuracy and comes with an automatic pulse width control function.
ID: GAO-OTDR-104
This OTDR with VFL Tester is designed for user-friendliness and portability.
ID: GAO-OFI-109
This Optical Cable Identifier is designed for fast identification of cables, which is buried underground and comes with a maximum test range of 37.3 miles
ID: GAO-OTDR-111
This OTDR offers a smart software option that provides pass/fail status at all wavelengths, as well as span loss, ORL, fiber length and macro bend locations in a single window.
ID: GAO-FLT-102
This Fiber loss tester is a smart handheld tester which combines light source, power meter and VFL into one unit.
ID: C0250001tek
This handheld fiber optic OTDR (optical time domain reflectometer) is an innovative test instrument for telecommunication networks.
ID: GAO-OTDR-107
This advanced and expandable OTDR is used in testing a wide range of networks from PON to long haul networks.
ID: GAO-OFI-110
This portable optical identifier is an easy to use device which quickly identifies the direction of transmitted fiber without disrupting the current service.
ID: GAO-OFI-111
This compact fiber optic identifier is an easy to use test device used to detect signals on optical fibers for a wavelength ranging from 800 nm~1700 nm using the safe and reliable macro-bending technology.
