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The Most Compact Multitechnology Test Platform for the Supertech. The FTB-2 is the most compact solution on the market for multirate, multitechnology, multiservice testing, delivering all the power of a high-end platform in a conveniently sized, go-anywhere field-testing tool. Designed for applications such as: CWDM turn-up testing, Fiber characterization, ROADM commissioning, FTTx testing, Gigabit/10G Ethernet configurations, With the complexity and extent of modern networks, technicians need more than a few tools in their belt to get the job done right the first time. They need OSAs, Ethernet multi-service modules and OTDRs with fiber inspection probes. You name it, the technician needs it. But what makes the supertech “super” is the ability to drill down effortlessly and perform all tests quickly and accurately, cutting costs and saving time. That’s the added value, and that’s one of the many advantages that the FTB-2Pro brings to the table.
Adapted for dedicated applications. Dedicated to helping you adapt. The FTB-1 version 2, available in standard (FTB-1v2) or Pro (FTB-1 Pro) models, is a light-weight compact test platform allowing field technicians to carry out dedicated optical, Ethernet, multiservice and radio frequency (RF) interference test applications simply and efficiently, thanks to its ultra-powerful processing and highly intuitive interface. Supports two of the following modules for ultimate adaptability: FTBx-720C (OTDR) FTBx-730C (OTDR) FTBx-735C (OTDR) FTBx-740C (OTDR) FTBx-750C (OTDR) FTBx-8880* (10G module) FTBx-8870* (10G module) FTBx-88200NGE* (100G module)
The ongoing transition toward a converged network infrastructure for legacy DSn/PDH, ISDN, SONET/SDH, OTN, Fibre Channel, requires a test tool that can cover a wide range of interfaces and rates, without sacrificing portability, speed or cost. Leveraging the powerful, intelligent FTB-1 Pro handheld platform, the NetBlazer V2 Series streamlines processes and empowers field technicians to test and validate DSn/PDH, ISDN, SONET/SDH, OTN, Fibre Channel, common public radio interface (CPRI) and packet-based high-speed Ethernet services efficiently.
Get ready to test your next-generation 100G network The growing demand for more bandwidth and the proliferation of data centers and inter-data-center connectivity is fueling the growth of 100G networks. Network equipment manufacturers (NEMs) are responding with solutions that are better suited to the mass deployment of 100G in the network with the inclusion of high-speed pluggable CFP4 and QSFP28 interfaces that lower costs and offer increased port density. EXFO’s FTBx-88200NGE Power Blazer is the first test solution to offer integrated CFP4 and QSFP28 interfaces, making it ready for the 100G network evolution. Optical transport testing Complete OTN and SONET/SDH overhead manipulation and monitoring for advanced testing and troubleshooting. Advanced Multichannel OTN tool, which supports single-stage multiplexing from ODU0 to ODU4 with the support of 80 concurrent channels, including channelized service disruption measurement of all channels. ODUflex, which provides a future-proof solution to transporting any client signal at any rate. Ethernet and SONET/SDH mapping over OTU3/OTU4, enabling NEMs to qualify their 40G/100G transponder development (e.g., mapping and demapping capabilities), as well as client-signal timing transparency. Delay measurement for OTN, SONET/SDH and Ethernet traffic across all supported testing interfaces. Ethernet performance assessment Ethernet traffic generation and monitoring to simultaneously simulate and qualify different applications. EtherSAM, an ITU-T Y.1564 Ethernet service activation methodology that comprises a service configuration test and service performance test for comprehensive field testing of mobile backhaul and commercial services, as well as QoS validation for better troubleshooting. iSAM, an intelligent service activation methodology providing simplified ITU-T Y.1564 and RFC 6349 testing. RFC 6349 test methodology for validation of end-to-end TCP service, helping to correctly locate and diagnose issues as they arise. Rapid diagnostic test tools Per-wavelength laser control and power measurements to catch high power levels that could damage circuits or low power that may result in signal degradation. Per-lane frequency and offset measurements to determine network health prior to BER testing during 40G/100G network commissioning. IP connectivity tools, including a ping tool that verifies whether a user can reach a specific address within or outside of a subnetwork. 100G Through mode testing tool that sectionalizes traffic between networks and customer premises equipment by transparently monitoring Ethernet traffic between two endpoints. Advanced troubleshooting tools Packet capturing tool offering comprehensive filtering, triggering and truncation methods to target specific traffic and quickly pinpoint issues in either the lab or in the field. Advanced traffic filtering through up to four trigger fields and operands for troubleshooting of particular traffic flows. iOptics—Intelligent Pluggable Optics test application: this first-alert test can be used in the field or lab environment to efficiently evaluate proper operation of an optical device with minimal user configuration required. Push data to the cloud and get connected EXFO TFv—Test Function Virtualization, including FTB Anywhere floating licenses and FTB OnDemand time-based licenses to scale testing requirements to specific needs EXFO Connect to push and store test data content automatically in the cloud, streamlining test operations from the build-out to maintenance phases.
Turn your Android™ device into a fully automated fibre inspection solution delivering fast and consistent test results. With no wire in your way or cumbersome battery pack, it provides unmatched user experience combined with bring-it-anywhere portability.
Turn your Android™ device into a fully automated fibre inspection solution delivering fast and consistent test results. With no wires in your way or cumbersome battery pack, it provides unmatched end-user experience, combined with bring-it-anywhere portability.
This intelligent and automated test tool transforms fibre inspection into a faster and simplified one-step process providing accurate and consistent test results, and preventing the reporting of false-positive results. Connector inspection using automated analysis software to assess connector quality is an essential step during fibre commissioning and installation, and an integral part of best practices.
Automated, all-in-one solution to validate MPO/MTP® fiber optic links of any type, including MPO 12 and MPO 24 singlemode or multimode cables as well as APC or UPC and male or female connectors. Test now or put your network at risk Multifibre push-on (MPO) connectors are increasingly popular because they provide many advantages to high-speed network operators, owners and installation companies. They are used to connect the fastest links that deliver the most sensitive of services and data to customers, enable high-speed interconnects and create redundancy. Increasingly, telcos are also reconfiguring their central offices into data centers (CORDs) and deploying MPO cables with 12, but more and more, 24 fibers. When not properly tested, multifiber links can put the entire health of a network at risk. Without proper validation, CORD operators may end up having to pull the plug on critical lines at the same time for troubleshooting. Traditional methods fall short Traditional multifiber testing solutions often fall short on design or price, can’t perform all three critical tests or don’t offer analysis and reporting capabilities. Customers are left choosing between solutions that are either too much for what they really need (and too expensive) or sorely lacking in features and fit. What's more, they often have to buy different units to get the job done. To avoid downtime, techs need simple, easy-to-use tools—and a clear, reliable method—to get essential testing required done quickly and accurately. One solution, three essential MPO tests The ConnectorMax MPO Link Test Solution takes the three essential tests needed to validate MPO links—polarity, continuity and connector cleanliness—and combines them into one automated solution. It pairs a light source at one end of the cable with a fiber inspection probe for analysis at the other end—a first in the industry. The solution brings together the ConnectorMax Multifiber Source with the ConnectorMax Fiber Inspection Probe to deliver a quick and easy-to-use solution that validates the polarity type, continuity and connector cleanliness of MPO fiber optic links. It provides a fit for purpose solution that helps our customers test and turn up networks right the first time—making deployments faster, more efficient and cost effective. As many customers already own an EXFO probe, this solution is highly economical. Not only do field technicians already benefit from the best MPO inspection tool on the market that eradicates the number one cause of network failures (contaminated connectors), it now enables them to check polarity and continuity, in just about the same time as inspection alone. Results are loaded in the ConnectorMax Analysis Software, an app for mobile devices providing clear pass/fail status and reporting functions, making it easy for technicians to perform and view the results of all three of these tests on the spot. Validate polarity, continuity and connector cleanliness Polarity-type validation During installation, MPO connectors must be properly aligned and mated—not as simple as it sounds. Ensuring accurate polarity for MPO fiber array cables is a big deal and can be complicated to manage due to multiple polarity schemes available for these connectors and polarity flipping during connecting and installation. Polarity validation is proving especially critical with the new MPO connectors that enable polarity reconfiguration in the field. Validating the polarity type would ensure that the signal path is the expected one and that the proper Tx will talk to the right Rx. Continuity confirmation Confirming the continuity of a link ensures that there is no break and that light travels properly all the way to the end of the link under test. It’s a quick continuity test for cables that, when done at time of installation, can save a lot of time in potential troubleshooting later. Connector inspection With the contaminated connectors being the number one cause of network failure, connector inspection is a priority. Bad connectors are the main cause of loss for cables and short links up to 5 km and the impact is even greater for MPO links where a single dirty or damaged connector can affect as many as 12 or 24 fibers. Solution benefits Reduce OPEX Reduce OPEX Save time: get a clear pass/fail diagnosis of the problem, whether it is polarity, continuity or connector cleanliness, using one test Save time: get a complete report with a single click Reduce CAPEX Reduce CAPEX Stop wasting expensive MPO patch cords that are in perfect condition Avoid spending money on overkill products that provide more information than required for the task Invest in a single solution to perform all tests—no need for different testers to test different types of MPO cables Accelerate and increase revenue Accelerate and increase revenue With MPO links containing multiple fibers, turning down a link for troubleshooting can effect multiple clients and create customer churn. Using EXFO’s ConnectorMax solution will ensure links are valid and network downtime minimized.
Automated and fumble-free Automatically inspect multifiber connectors without the hassle of manipulating scanning knobs. Right the first time No repeats, no missed fibers, no confusion. View and validate all fibers on the first try. Find dirty connectors—fast Chances are that at least one of your multifiber connectors is dirty. Inspect quickly and easily using a tool specifically designed for accessing dense panels and minimizing inspection time. No more excuses for blind connections!
The iOptics—Intelligent Pluggable Optics test application was designed as the first tool that should be used to assess any transceiver being installed in a network element deployed in the field or lab environment, and serves to validate proper operation of the optical device. The iOptics test should be run in the following circumstances: › Prior to installation of a pluggable in a network element › Before the pluggable is used for a test › During troubleshooting activities (to con rm failure in suspicious devices) The test uses a physical ber loopback to validate the device signal continuity, integrity and excessive skew generation. Appropriate signal attenuation should be used to simulate network condition and protect the optical device.