Products
Contact
Address: Room 1445, 6/F, Block A, Information Building, No. 28, Xinxi Road, Haidian District, Beijing
Postal code: 100085
Tel:+86 10 82771386/2866/3382
Fax:+86 10 82771782
400 hotline: 400 630 3382
Website: www.opwill.com
Products
FTS510 -- Series Handheld OTDR Tester
FTS510 Series OTDR Tester is entirely new pad product released by OPWILL. It has rapid start technology and supports automatic and real-time test mode, which can guarantee engineers to examine and detect optical fibers and cables in core, metro, and access network with high flexibilty, efficiency, and convenience.
Meanwhile, its operation system interface has high similarity with Android GUI, significantly simplifies the test procedure.
FTS510S -- Series OTDR -- Short Distance
FTS510-S Series OTDR is a tablet handheld OTDR tester launched by OPWILL, which covers the main fiber optic applications of metropolitan area networks, access networks, and LAN networks, and can provide friendly fiber optic testing.
iOTDR Series OTDR Tester is entirely new portable product released by OPWILL. Adopting Bluetooth technology allows engineers to conduct the test remotely on their portable Windows, or Android devices. It has rapid start technology and supports automatic and real-time test mode, which can guarantee engineers to examine and detect optical fibres or cables in core, metro, and access network with high flexibility, efficiency, and convenience.
FTS-300 -- Fiber Optic Cable Comprehensive Tester
FTS-300 is a comprehensive testing instrument for fiber optic cable repair that integrates eight functions: cable identification, optical time-domain reflectometer, intelligent optical link topology analysis, intelligent network testing tool, red light source, light source, optical power meter, and fiber end face microscope.
OTC2300 series card OTDR is a card test product specially designed for fiber optic monitoring,and it’s the ideal choice for monitoring optical fiber system. In recent years, fiber optic monitoring is widely applied in many fields, including communication network maintenance, safety sensing, disaster prevention system, etc.
In recent years, optical fiber monitoring systems have many applications in the maintenance of optical communication networks and disaster prevention systems. OPWILL's newly launched miniaturized OTC2200 OTDR module provides a compact, sturdy, cost-effective, and high-performance modular OTDR solution for fiber optic cable monitoring systems.
OTC2100 - Card OTDR --Short Distance
A compact and cost-effective OTDR module suitable for fiber optic monitoring systems. OTC2100 integrates optical interfaces, data processing core components, and provides Ethernet and parallel interfaces for easy secondary development; And provide a serial port for simple control such as status query and modification of module parameters. This product has the characteristics of being compact, economical, convenient, and efficient; Can be used to find the actual fault condition of the entire fiber optic link; It can be widely used in fiber optic laying, daily maintenance, field construction, and fault analysis.
FTS20 Series Optical Test Kits include Optical Power Meter, Optical Light Source, and Optical Loss Tester. Portable design and light weight provide huge benefits and convenience for the engineer to detect optical fibres or cables in core, metro, and access network with high flexibility, and efficiency. Meanwhile, it can transfer the data by USB interface or Bluetooth, easy to generate test report.
FTS20 Series Optical Test Kits include Optical Light Source, and Optical Loss Tester. Portable design and light weight provide huge benefits and convenience for the engineer to detect optical fibres or cables in core, metro, and access network with high flexibility, and efficiency. Meanwhile, it can transfer the data by USB interface or Bluetooth, easy to generate test report.
MEMS Switch -- MEMS Optical Switch Module
Opwill MEMS Optical Switch is based on micro-electro-mechanical system (MEMS) technology, which achieved low insertion loss and highly repeatability by rotating the mirror of MEMS chip.