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providers view IP/Optical convergence as important for their next-generation networks.*
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Universal aggregation converges separate access networks to support services through a common infrastructure
Ethernet VPN (single service) and Segment Routing (single transport) provide simplified, end-to-end service delivery—evolving access and aggregation networks away from Layer 2 to Layer 3 infrastructure
Routers with high performance pluggables, an optical layer for OTN and wavelength services, and an intelligent photonic underlay provide flexible, efficient connectivity to support both current and future demands
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market for new services. To achieve this, many providers are considering converging their IP and optical layers. In fact, according to a recent study,
Provides dedicated, high-speed, multi-cloud connectivity with industry-leading programmable coherent optics that scale up to 800G to accommodate large data migrations in hours versus days
Agile, ROADM-based optically-switched infrastructure enables flexible any-to-any 100G/400G connectivity between multiple data centers across a CSP’s metro network
Leverages a pay-as-you-go approach that allows ICPs and enterprises to control the capacity and connectivity they need—paying only for what they use
Open network interfaces and APIs accelerate the automation, orchestration, and deployment of end-to-end edge services that are composed of both network and cloud resources
Data center space, power, and complexity is reduced by up to 50 percent by converging network layers to consolidate network functions into a converged spine-leaf network fabric
Dedicated optical transponders converged into the spine-leaf network fabric using pluggable 400ZR coherent optics to achieve scalability and to meet strict space and power requirements
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Massive quantities of sensors and devices require a new wireless network that supports a much higher density of connections and endpoints.
Autonomous guided vehicles require intelligent automation and coordination enabled by reliable, low-latency wireless connectivity
Campus, mining, ports, and transportation use cases take automation outdoors and require wider wireless coverage with high reliability and security
Situating data centers much closer to the enterprise edge enables service providers to meet the growing demand for low-latency access to compute and cloud resources
Virtualizing branch network functions and enterprise applications reduces operational expenses while increasing business agility by avoiding static hardware-centric network designs
SD-WAN provides a powerful platform providing multiple physical connectivity options for direct internet and cloud access—delivering increased flexibility, reliability, and availability
New standards-based 4G/5G fronthaul connects radios to DUs via high-capacity, low-latency xHaul transport networks—leveraging network slicing routers supporting CPRI/RoE, O-RAN/eCPRI, TSN, and timing/synchronization
New xHaul routers converging a mix of 4G and 5G fronthaul, midhaul, and backhaul transport networks to support simplified D-RAN and C-RAN architectures
Centralized and virtualized DUs and CUs pool the radio intelligence for improved agility and performance at lower costs
XGS-PON provides symmetrical 10 Gb/s connectivity over shared optical fiber for a simpler, converged network capable of addressing new and higher residential network performance demands
XGS-PON μOLT plugs allow operators to provide high-capacity residential services in a more flexible, cost-effective pay-as-you-go business model
Universal aggregation-based FTTH service delivery enables operators to offer multiple services over dedicated or shared fiber for a simpler design to reduce complexity, power, and space requirements
DAA enables Cable MSOs to cost-effectively evolve and broaden their service portfolio by taking advantage of the existing residential HFC capillary network
DAA provides ten times more capacity, enabling Cable MSOs to offer 10 Gb/s everywhere to address the new demands associated with increased reliance on high-performance residential connectivity
Coherent-optimized open line systems in the Cable MSO CIN offer required reach and scalability while minimizing operational complexity and costs
