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Field network testing

New Optical Wave Expert - DWDM Channel Checker and OTDR

Lab and manufacturing testing

MOA-3800 - variable optical attenuator

Service assurance

New Nova SensAI - revolutionary, real-time automated assurance solution

Communications service providers

Academic and research institutions

Fiber optic test and measurement

Photonics Integrated Circuits Testing

Cable MSO (multiple system operator)

Network equipment manufacturers

Webscale companies and data centers

Homeland security

Smart cities and communities

System integrators

Ethernet/IP networks

VoLTE - QoE

VoWi-Fi

NFV/SDN

Physical layer monitoring

High-speed

FTTH/PON networks

Remote PHY and fiber deep

5G testing

5G monitoring

Featured Introduction to testing with OTDRs

Field network testing

Brochures and catalogs Be-an-Expert Training Catalog

Lab and manufacturing testing

Simulator test services

Brochures and catalogs Be-an-Expert Training Catalog

Service assurance

Brochures and catalogs EXFO Astellia Training Courses

Technical documentation

Promotional documentation

Legal documentation

5G future: Our world in 2025 By Dr. Konstantinos Stavropoulos | February 2020

5G network slicing: what, why, what, how By Dr. Konstantinos Stavropoulos | December 2019

Ten interesting facts about network outages By EXFO | December 2019

The road to 10G cable networks

Jimmy Gagnon | January 30, 2020

Our 5G world in 2025: what to expect, how to make it happen

Dr. Konstantinos Stavropoulos | January 28, 2020

Telco network transformation in the 5G era: maximizing analytics and automation

Dr. Konstantinos Stavropoulos | December 12, 2019

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z 0-9

Success stories

Analytics-driven 5G launch (with EXFO’s Nova Services)

EXFO and Zain unlock the value of network data to boost CX and revenues

Hawaiki ushers in a new era of digital communications in the Pacific

Transformations

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Multiplexing

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Transmitting multiple signals over a single communications line or computer channel. The two common multiplexing techniques are frequency division multiplexing, which separates signals by modulating the data onto different carrier frequencies, and time-division multiplexing, which separates signals by interleaving bits one after the other.