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Field network testing

New FIP-500 - fiber inspection scope

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LTB-12 - rackmount modular mainframe

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Testing photonic integrated circuits

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Testing photonic integrated circuits

400G/800G for labs and manufacturing

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400G/800G for labs and manufacturing

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Featured Introduction to testing with OTDRs

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5G fronthaul network rollout – Why lab testing of eCPRI and CPRI is key By Sébastien Prieur | March 2021

RF and 5G new radio: top 5 questions answered By Danny Sleiman | March 2021

Mobile private networks: 4G was the learning phase, 5G is the growing phase By Stéphane Lagain | March 2021

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Improving OTDR workflows with iOLM: setup and trace analysis

Kevin Peres

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Improving OTDR workflows with iOLM: report generation

Kevin Peres

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Testing Cutting-Edge Optical Components With Cutting-Edge Technologies

François Couny

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

European operator uses Nova Context to improve trouble-ticket management

WINDTRE differentiates on ‘top quality’ customer experience with Nova service assurance

CenturyLink Lumen differentiates enterprise network services on ‘quality’ with Nova Active

Transformations

MOA-3800 - variable optical attenuator

Single-mode and Multimode Variable Attenuator (VOA) can precisely add attenuation to four, eight or sixteen different optical paths; a Self-Adjusting mode is also available, which automatically monitors and sets the output power to a desired power level.

All products MOA-3800 - variable optical attenuator

Helpful resources

All products MOA-3800 - variable optical attenuator

Helpful resources

Helpful resources

User manual

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Spec sheet

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