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Simplifying Resistive Fault Location

With G.fast opening up a new path for ultra-broadband services, the copper pair is still an evolving force to be reckoned with. Deploying new technologies over copper requires the ability to reliably ...

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Turning-up Ethernet services? Choose the right test methodology.

Ethernet/IP based networks are becoming the choice infrastructure for service providers, learn more on a seamless way to transition from RFC 2544 to Y.1564 testing to validate the performance of Ether...

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Fronthaul—The New Wireless Network Extension

To expand their networks to other hard-to-reach locations, wireless providers are turning to the deployment of alternative infrastructures, such as fiber-to-the-antenna (FTTA), remote radio heads (RRH...

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FTB-200 V1 Compact Platform Resources
EXFO中标中国移动2016年度集采 Corporate
EXFO intros laboratory test suite Corporate
La plate-forme de laboratoire d’EXFO pour le test 100G Corporate
40G/100G Packet Optical Transport Network Test Ecosystem

Download EXFO's 40G/100 Packet Optical Transport reference poster. This poster provides an overview of the Packet Optical Transport Network Test Ecosystem with detailed sections covering Core networks...

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MaxTester 635G

Discover the MAX-635G, which features efficient copeer characterization and DSL/G.fast analysis for the installation and maintenance of ultra-broadband deployments, plus an impressive IEC IP54 dust/wa...

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Completing the G.fast Puzzle: The Right Kind of Testing Makes It Easier

The new technology kid on the ultra-broadband block is G.fast or ITU-T G-Series recommendation for fast access to subscriber terminals (G.9700 and G.9701). G.fast can offer substantially higher data r...

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