Nokia is creating a technology to connect the world. The company turns to 5G networks and new cloud opportunities.
After ceasing phone production, Nokia made it its mission to become the largest provider of hardware, software and network services. Its main customer base is telecommunications operators and communications service providers preparing for the emergence of 5G networks, and largely large companies.
In addition to investing in networks, Nokia has also invested heavily in cloud technology – first for its own use, and then to offer it as a new service.
NESC is a private cloud solution that Nokia has been developing for several years and can be used by telecom operators and enterprises as an on-premises infrastructure-as-a-service infrastructure platform.
The high usage of NESC does not compete with cloud market giants such as Azure and AWS, since it is an on-premises private cloud. The scale of NESC makes the solution one of the largest private enterprise clouds in the world built using OpenStack.
On-premises cloud services such as NESC offer customers the benefits of simplified legal compliance (e.g., data privacy), assured resource availability, and advanced security. Transferring the data of millions of end users to a public cloud that complies with the laws and regulations of another country would be complicated from a legal point of view. In addition, many organizations are still wondering about the level of maturity of public clouds.
With all these innovations, Nokia certifications like Nokia Mobile Gateways (4A0-M02 dumps) become more important for engineers in the field of telecommunications.
On the other hand, Nokia has successfully completed the first trial of 25 Gbps broadband PON technology in North America, the trial confirmed that current GPON and XGS-PON broadband technologies, and future 25 Gbps PON technology, can work in perfect synergy on the same optical equipment that will be deployed network-wide today. 25 Gbps PON technology offers a large symmetrical bandwidth capacity that will support new use cases, such as best-in-class business service and 5G transport.
Nokia’s innovations have ensured the security of connectivity and power to fibre networks by supporting Canadian businesses and homes during the COVID-19crisis.
Nokia’s 25 Gbps passive optical network (PON) solution uses the world’s first implementation of this technology and includes Light span and ISAM access nodes.
Usually located in central telecommunications offices, Nokia’s high-capacity access nodes are used for massive fiber optic deployments. They connect thousands of users via fiber optics, aggregate broadband traffic, and send it deeper into the network.
Nokia’s optical network terminal devices, or fiber optic modems, are located at the user’s location. They terminate the fiber optic connection and provide broadband services at the user’s location or cellular stations.
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