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Networking Priorities for 2025
An actionable roadmap for focusing your networking initiatives.
Intro to Segment Routing Lab
MPLS has been around for over two decades and is the cornerstone of Service Provider Networks and many enterprise, utility and federal networks. MPLS delivers mission-critical applications and services. Segment Routing has taken the stage to replace MPLS because it accomplishes the same as MPLS but is less complex, extremely robust and can be scaled without limitations. This lab will introduce you to the basics of Segment Routing.
Defense Service Provider Networking
For over 30 years, WWT has demonstrated our commitment to meeting the evolving needs of our defense customers' missions, strategic goals, and program objectives in support of the Nation's Warfighters. The opportunity to serve our Defense Customers provides WWT with insights that have repeatedly led to services and innovations that benefit our customer's operational readiness, training effectiveness, security posture and mission capabilities. This page is our customer's go-to resource for state-of-the-art training labs and in-depth learning modules. WWT continues to update these resources on a consistent basis, ensuring our customers have access to cutting edge training and resources.
Introduction to Optical Networking
This video series provides a comprehensive overview of optical networking, exploring fiber optics, WDM, DWDM add/drop multiplexers, and optical transceivers. Participants will gain insights into light propagation, network applications, WDM technology, and transceiver performance, enabling them to understand fiber optic cables, network architectures, and make informed decisions about network deployment and optimization.
CWDM or DWDM: Which Should You Use and When?
While the two types of wavelength division multiplexing —CWDM and DWDM — are both effective methods to solve increasing bandwidth capacity needs, they are designed to tackle different network challenges.
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The Power of Light - Coherent Optics Reshapes Networking
Coherent pluggable optics are revolutionizing networks by merging optical and IP layers, boosting capacity and efficiency while lowering costs. Interoperable modules, open line systems and high-power optics are key drivers. This shift enables significant savings and scalability for network operators, with the industry moving toward 800G and ultra-long-haul solutions. This technology is a major advancement in networking.
Cisco TDM-to-IP Solution Lab
This lab demonstrates several components of Cisco's Time-Division Multiplexing (TDM) to IP solution, including the purpose-built Network Convergence System (NCS-4200) and Aggregation Services Router (ASR-900).
Intro to Segment Routing Lab
MPLS has been around for over two decades and is the cornerstone of Service Provider Networks and many enterprise, utility and federal networks. MPLS delivers mission-critical applications and services. Segment Routing has taken the stage to replace MPLS because it accomplishes the same as MPLS but is less complex, extremely robust and can be scaled without limitations. This lab will introduce you to the basics of Segment Routing.
Defense Service Provider Networking
For over 30 years, WWT has demonstrated our commitment to meeting the evolving needs of our defense customers' missions, strategic goals, and program objectives in support of the Nation's Warfighters. The opportunity to serve our Defense Customers provides WWT with insights that have repeatedly led to services and innovations that benefit our customer's operational readiness, training effectiveness, security posture and mission capabilities. This page is our customer's go-to resource for state-of-the-art training labs and in-depth learning modules. WWT continues to update these resources on a consistent basis, ensuring our customers have access to cutting edge training and resources.
Passive Optical Networks (PON)
This learning series will explore Passive Optical Networks (PON). PON is a fiber-optic communication system typically deployed to deliver high-speed internet, TV, and phone services to homes and businesses. It uses a single optical fiber that splits passively (without powered equipment) to connect multiple users. This technology is efficient, cost-effective, and reliable because it reduces the need for active electronic components in the network, lowering maintenance and energy costs.
Optical and IP convergence - Round Table Discussion
This playlist explores the exciting world of converged optical and IP networks. Learn about the fundamentals of convergence, including its benefits and the key drivers pushing this evolution. Discover the complexities of managing converged networks, including transport options and multi-vendor considerations. Explore the latest optical innovations, from high-speed transceivers to Private Line Emulation. This playlist is designed for network engineers, telecommunications professionals, and anyone interested in the future of high-speed communications.
The Future of Converged: New Tech & Trends - Round Table Discussion
This video explores the latest innovations shaping the optical market, including the emergence of coherent QSFP28 ZR, the introduction of pluggable QSFP-DD open-line system optics, the transformative impact of Private Line Emulation (PLE), and the promise and challenges of high-launch QSFP-DD 400G technology. We'll also delve into the future of optical hardware consolidation, exploring trends like disaggregation and the potential for more integrated and efficient solutions. This video provides a comprehensive overview of the evolving optical landscape, offering valuable insights for network engineers, decision-makers, and anyone interested in the future of high-speed communications.
Architecture and Management - Round Table Discussion
Join us as we explore the nuances of converged optical and IP networks. Is a "one-size-fits-all" approach truly feasible?
This video delves into transport options, including Layer 1 transport, routed optical networking, and a hybrid approach combining ROADM with converged systems. We also address the challenges of managing these complex networks, including navigating the learning curve for configuring pluggable coherent optics and addressing the complexities of multi-vendor versus single-vendor management.
Discover why careful planning and a tailored approach are crucial for successful converged network deployments. This video offers valuable insights for network engineers and decision-makers considering the integration of optical and IP domains.
What is Optical and IP Convergence - Round Table Discussion
Explore the convergence of optical and IP networks, a key trend transforming modern data communications. Join us while we define convergence, outlining how it streamlines traditionally separate optical and IP layers. Discover compelling benefits such as operational efficiency, reduced footprint, protection, and interface support. Additionally, we'll discuss the driving forces behind this convergence, such as the explosive growth of data traffic, the rise of pluggable coherent optics, and the need for more efficient and scalable network architectures.
This video provides a concise overview of this critical topic, highlighting the advantages and considerations for organizations embracing converged optical and IP networks.
DZS Passive Optical Networks (PON)
DZS's traditional passive optical networks utilize Velocity Vx series optical line terminals in conjunction with their ZMS management software to provide service providers with a high-speed fiber access network for their subscribers. This learning path introduces users to DZS's passive optical network (PON) solution and how to use ZMS to manage it.
DZS ZMS Lab
This lab provides users access to DZS's ZMS to manage their Velocity Passive Optical Network (PON) devices. It gives users access to a live network while displaying how ZMS works.
Networking Priorities for 2025
An actionable roadmap for focusing your networking initiatives.
Nokia Altiplano Access Controller Lab
This lab provides users access to Nokia's Altiplano Access Controller for managing Passive Optical Networks (PON). It gives users access to a live network while providing an overview of Altiplano Access Controller and its applications.
Nokia Passive Optical Networks (PON)
The Nokia Passive Optical Networks learning path introduces Nokia's devices and controllers for Passive Optical Networks (PON). The user will learn how Altiplano Access Controller (AAC) manages and controls Lightspan devices and how AAC can monitor a PON system.
Infinera Intelligent Pluggable Manager (IPM) Lab
This lab introduces users to Infinera's Intelligent Pluggable Manager (IPM) for managing ICE-X XR optics. Users will learn to use IPM to monitor the various aspects of ICE-X XR optics, their constellations, connectivity, and hosts.
Infinera ICE-X XR Intelligent Coherent Pluggables
Infinera's ICE-X XR Intelligent Coherent Pluggables are a set of pluggable Digital Coherent Optics that can operate in a point-to-point or point-to-multipoint configuration for optical network connectivity.
Adtran Mosaic Cloud Platform (MCP) Lab
This lab provides users access to Adtran's Mosaic Cloud Platform (MCP) to manage their SDX Passive Optical Network devices. It gives users access to a live network while displaying how the Mosaic Cloud Platform operates.
Adtran Passive Optical Networks (PON)
Adtran's Passive Optical Network (PON) solution combines its SDX series software-defined Optical Line Terminals (OLT) with its Mosaic Cloud Platform (MCP) to provide service providers with a flexible, modern access network that delivers high-speed business and residential services. The learning path will introduce users to Adtran's solution and how the Mosaic Cloud Platform is used.
Cisco Passive Optical Networks (PON)
.Cisco's Routed Passive Optical Network (PON) solution differs from traditional PON solutions by having the Optical Line Terminal (OLT) exist as a pluggable transceiver in a router rather than a dedicated device. This learning path will cover the basics of how Cisco's Routed PON solution works and how to operate it.
Coherent QSFP28 Is Finally Here
The release of 100G ZR coherent QSFP28 transceivers from Nokia, Cisco and others promises to accelerate the already rapid shift from traditional core network designs to optical and packet converged architectures.