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Optical Transport Network Solutions

Mundo Pacifico Press Release Application Note

Transforming Next-gen Optical Networks with Disaggregated Optical Transport Solution

IP Infusion’s OcNOS network operating system running on modular packet transponder systems based on TIP’s open specifications offers best in-class software, open network switch and coherent optical modules for cost-effective, web-scale data centers and mobile backhaul transport applications.
 
Download OcNOS-OTN Data Sheet
OcNOS Optical Transport Solution combines modular packet transponder systems such as TIP Cassini with the latest coherent optical technology. The modular platform delivers best-in-class NOS on the Cassini platform with a choice of different ACO or DCO coherent modules. Supported with open interfaces for automation and ease of operation, the solution is applicable for Data Center Interconnect (DCI), long haul and mobile backhaul transport.

Cassini

OcNOS-OTN offers a cost-effective solution for rolling out 100G and 200G services for increasing existing network capacity. The Cassini platform has up to eight 100G or 200G pluggable cards and pluggable coherent optical modules, delivering up to 1.6T in a 1U or 1.5U chassis, and enabling pay-as-you grow architecture.
 
Data Center Interconnect
Backhaul of access edge services
Metro Ethernet Services
Long haul using ACO with appropriate DSP

Phoenix

Phoenix is an open and disaggregated optical transponder/muxponder which transforms traditionally closed DWDM networks into a fully flexible transport layer, easy to operate, control and provision for accelerated time-to-service and optimized total cost of ownership. Phoenix will allow Operators to implement a Pay-As-You-Grow model where one or more Phoenix(s) can be added to an existing Operator optical network, without service disruption, just connecting Phoenix to any free Mux/Demux port. Phoenix can be used to serve not only internal traffic demands but also to provide customer connectivity services (capacity). Phoenix consist of commercial off-the-shelf HW, carrier grade software (NOS) and open/standard based APIs. Phoenix is designed to face the current growth for bandwidth demand. The device form factor and modularity is envisaged for direct applicability in DCI scenarios, although more and more operators and carrier networks are moving to DC form factors (racking & stacking, power, etc.). OcNOS-OTN will also add support for 400G transponders based on the TIP Phoenix platform. TIP Shortlists IP Infusion For Phoenix
 
Aggregation of Phoenix Disaggregated Transponder/Muxponder to an existing network
Data Center Interconnection (DCI) using Phoenix
Phoenix in Backbone Network
Phoenix in Metro/Backhaul Network

Features and Benefits

  • Supports both CFP2 ACO and DCO with flexible modulation: QPSK, 8QAM, and 16QAM for the highest capacity, from metro and regional to long-haul requirements
  • Provides a new business and operational experience for deploying web-scale DCI solutions – with simplified planning, ordering, installation, operation, and maintenance
  • Zero-Touch Provisioning (ZTP) simplifies onsite commissioning and service provisioning to get traffic up and running quickly
  • Provides open APIs for automation, provisioning, and management programmability
  • Open API to configure/manage optical modules: Transponder Abstraction Interface (TAI) significantly reduces network systems development and integration of optical subsystems and module from months to weeks allowing faster time to market and deployment.