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Hardware and software tools for optics development
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Fiber optic fault locator - max. 12 km | MW90010A
The MW90010A Coherent OTDR is a portable Optical Time-Domain Reflectometer designed to...
Fiber optic fault locator - max. 12 km | MW90010A
The MW90010A Coherent OTDR is a portable Optical Time-Domain Reflectometer designed to identify faults at a range of 12,000 km, such as those of submarine communication cables. To continue, with fault detection capability at 10m distance resolution, this device is well-suited for periodic troubleshooting of new and existing cable lines.
Fiber optic fault locator - 780 - 1550 nm | MU909011A
Cost effective short fiber testing tool was a challenge yet to meet until now. Handheld OTDRs and Fault Locators could not find issues in short spans due to lack of resolution and specifications while mini-OTDRs were proved to be too...
Fiber optic fault locator - 780 - 1550 nm | MU909011A
Cost effective short fiber testing tool was a challenge yet to meet until now. Handheld OTDRs and Fault Locators could not find issues in short spans due to lack of resolution and specifications while mini-OTDRs were proved to be too large, too expensive and too complicated. Anritsu has come up with a new MU909011A OTDR Module imbibed with all required features and performance required for cost-effective installation and maintenance of short fibres in a compact, modular test set.
The MT9090A ensures unmatched value, user-friendly application with unbiased superior performance. They enable accurate data sampling of five centimeters and deadzones of less than one meter with complete fibre evaluation. Anyone can make simple test with error-free measurements just by press of a button. The MT9090A represents a new era in drop cable and premise testing with ease of use, low price and high-resolution.
The MT9090A ensures unmatched value, user-friendly application with unbiased superior performance. They enable accurate data sampling of five centimeters and deadzones of less than one meter with complete fibre evaluation. Anyone can make simple test with error-free measurements just by press of a button. The MT9090A represents a new era in drop cable and premise testing with ease of use, low price and high-resolution.
OTDR module for fiber optic testing - 850 - 1625 nm | CMA5000a OTDR
The CMA5000a optical time domain reflectometer (OTDR) application precisely characterizes the fiber spans with the exceptional combination of highly efficient hardware and user-friendly...
OTDR module for fiber optic testing - 850 - 1625 nm | CMA5000a OTDR
The CMA5000a optical time domain reflectometer (OTDR) application precisely characterizes the fiber spans with the exceptional combination of highly efficient hardware and user-friendly software. OTDR provides comfort of operation for both the novice and fiber expert through dedicated test modes that simplify and automate tests for any application from fiber reel validation measurements to long-haul, metro, or PON applications.
Ultra-fast dynamic data acquisition by OTDR, about 80% in less than 30 seconds, reduces the testing time and expenditure. It offers a wide variety of wavelengths and dynamic ranges for all types of applications and features SCPI command support for remote operation or automatic testing.
Ultra-fast dynamic data acquisition by OTDR, about 80% in less than 30 seconds, reduces the testing time and expenditure. It offers a wide variety of wavelengths and dynamic ranges for all types of applications and features SCPI command support for remote operation or automatic testing.
Fiber optic multi-test device / network - OptiFiber® Pro
The Fluke Networks OptiFiber® Pro OTDR is built and designed to meet the challenges of today's modern applications and standards. It features troubleshooting and certification...
Fiber optic multi-test device / network - OptiFiber® Pro
The Fluke Networks OptiFiber® Pro OTDR is built and designed to meet the challenges of today's modern applications and standards. It features troubleshooting and certification...
Fiber optic tester - Fiber QuickMap™
In order to support 10, 40, and 100 gigabit traffic, various OM3 and OM4 multi-mode fiber is installed in enterprise networks making the infrastructure dependency...
Fiber optic tester - Fiber QuickMap™
In order to support 10, 40, and 100 gigabit traffic, various OM3 and OM4 multi-mode fiber is installed in enterprise networks making the infrastructure dependency and reliability more critical than ever. Technicians no longer need to spend so much time applying the trial and error method for troubleshooting before they are able to raise and transfer the problem to another technician with OTDR experience. Each and every technician are required to have their tools used for examining networks placed on their belts so that identifying and acknowledging the problem that has to be solved can be executed faster and easier.
Fiber optic tester - Fiber OneShot™ PRO
The OneShot PRO gets the complication out of singlemode fiber testing by determining fiber connections and measuring errors up to 15 miles in less than...
Fiber optic tester - Fiber OneShot™ PRO
The OneShot PRO gets the complication out of singlemode fiber testing by determining fiber connections and measuring errors up to 15 miles in less than 5 seconds. Even if you are troubleshooting FFTX, Hybrid Fiber Coax (HFC), fiber connections among Central Offices, or working on regional or rural access networks, Fiber OneShot PRO is your first response to fiber trouble. This can save the job time by an average of 30 percent. This new tester fills the gap among a VFL and OTDR since it easily and quickly locates lossy network, high-loss errors and breaks in a singlemode fiber network.
Fiber optic splicer - OptiSplice® M90e
From the world's leading producers of cable systems CORNING, comes their brilliant innovation designed mainly for networks where low-loss performance and high-end accuracy are imperative...
Fiber optic splicer - OptiSplice® M90e
From the world's leading producers of cable systems CORNING, comes their brilliant innovation designed mainly for networks where low-loss performance and high-end accuracy are imperative...