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universal transceivers

  1. The Impact of Coherent Optics in Optical Transport Networks

    The Impact of Coherent Optics in Optical Transport Networks

    Recently, during the Revolutionising Optical Transport Networks webinar, Andrea Guglielmi, Business Development Manager at EXFO, provided insightful perspectives on the evolution of IP over DWDM, interoperability challenges, and the shaping of the future of high-speed networking through standardisation efforts.

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  2. How AI is Revolutionising Demand for PIC-based Transceivers: A Look at Nvidia's Server Architecture Requirements

    How AI is Revolutionising Demand for PIC-based Transceivers: A Look at Nvidia's Server Architecture Requirements

    The rapid advancement of Artificial Intelligence (AI) is driving unprecedented transformation in data center technologies, particularly in high-performance transceivers. As AI workloads grow exponentially, the need for faster, more efficient data transmission has become critical. This blog post explores the latest developments in Photonic Integrated Circuit (PIC)-based transceivers and examines Nvidia's cutting-edge server architecture requirements for these components as of 2025.

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  3. Quick Guide to 400G ZR, Open ROADM and ZR+ Standards

    Quick Guide to 400G ZR, Open ROADM and ZR+ Standards

    The rapid growth of optical network traffic has created an urgent need for solutions that maximise fibre utilisation and reduce transmission costs. Coherent optical transmission technology has emerged as a key solution, with capabilities set to advance through future innovations.

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  4. 400G ZR and the Evolution of Metro Networks Beyond 100 Gbps

    400G ZR and the Evolution of Metro Networks Beyond 100 Gbps

    As demand for data centre interconnect (DCI) grows and edge computing emerges, the transition from legacy Optical Transport Network (OTN) systems to Open Line Systems (OLS) powered by 400ZR technology is paramount. This shift is essential for delivering high-speed, scalable transport.

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  5. Introducing the FLEXSOX 400G QSFP-DD and OSFP add-on for the FLEXBOX

    Introducing the FLEXSOX 400G QSFP-DD and OSFP add-on for the FLEXBOX

    Start configuring FLEXOPTIX Universal QSFPDD and OSFP Transceivers up to 400G with the FLEXBOX and FLEXSOX combo.

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  6. Universal Transceivers and Programmable SFP Modules: A Guide to the FLEXBOX

    Universal Transceivers and Programmable SFP Modules: A Guide to the FLEXBOX

    User programmable SFP modules offer network engineers a powerful solution to overcome expensive vendor lock-in restrictions. Many network equipment manufacturers implement compatibility checks that prevent third-party transceivers from functioning in their devices - often adding significant costs to network infrastructure budgets. Here's how the FLEXBOX can make your job easier.

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  7. Use of FLEXOPTIX Wavelength Division Multiplexing Transceivers at CSIRO

    Use of FLEXOPTIX Wavelength Division Multiplexing Transceivers at CSIRO

    How CSIRO leveraged FLEXOPTIX Universal Transceivers and FLEXBOX USB Programmer technologies to support the research and operational needs of CSIRO. In this operational case study, Phillip Coles, Acting Network Operations Manager at CSIRO IMT, shares his insights at the Networkshop Australia conference.

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