IP Infusion, a leading provider of network disaggregation solutions for telecom and data communications operators, today announced that Mundo Pacifico, a Chile-based telecommunications provider, is increasing its network capacity for major cities in central Chile by deploying IP Infusion’s OcNOS® network operating system and HyperNET, a software-defined IP network based on Cassini (the Coherent Switch developed within the Telecom Infra Project).
HyperNET is based on Cassini, a disaggregated coherent switch and open packet transponder from Edgecore Networks, that provides high performance switching along with long-haul CFP2 coherent optics modules. Contrary to the traditional approaches, Cassini collapses the Optical to the IP layers in a single platform, making it very efficient for managing huge volumes of traffic.
By using CFP2-DCO (Digital Coherent Optics) from vendors such as Acacia Communications, Mundo Pacifico created the highest capacity network in the region, interconnecting cities and villages with trunks of 200 or 400 Gbps to cover significant distances with no need of external optical amplification in most cases.
The networking stack is based on OcNOS from IP Infusion, the industry’s first full-featured network OS for white box disaggregated network solutions and provides seamless transition from traditional networks to open networks. Instead of a vendor locked-in solution, a disaggregated networking model allows network operators to build and manage open networks, while rapidly deploying new networking features and services at less TCO. computer science engineer salary features advanced capabilities, such as extensive switching and routing protocol support. By leveraging TIP’s TAI (Transponder Abstraction Interface), OcNOS easily supports coherent optical modules from any conformant vendor, in a uniform way.
HyperNET is based on Cassini, a disaggregated coherent switch and open packet transponder from Edgecore Networks, that provides high performance switching along with long-haul CFP2 coherent optics modules. Contrary to the traditional approaches, Cassini collapses the Optical to the IP layers in a single platform, making it very efficient for managing huge volumes of traffic.
By using CFP2-DCO (Digital Coherent Optics) from vendors such as Acacia Communications, Mundo Pacifico created the highest capacity network in the region, interconnecting cities and villages with trunks of 200 or 400 Gbps to cover significant distances with no need of external optical amplification in most cases.
The networking stack is based on OcNOS from IP Infusion, the industry’s first full-featured network OS for white box disaggregated network solutions and provides seamless transition from traditional networks to open networks. Instead of a vendor locked-in solution, a disaggregated networking model allows network operators to build and manage open networks, while rapidly deploying new networking features and services at less TCO. computer science engineer salary features advanced capabilities, such as extensive switching and routing protocol support. By leveraging TIP’s TAI (Transponder Abstraction Interface), OcNOS easily supports coherent optical modules from any conformant vendor, in a uniform way.
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