Learn the fundamentals of the intelligence network in-depth, and become an expert in the techniques for network virtualization and transformation.
A descriptive manual for a fundamental redesign of a complete network, including the cloud, wide-area network, branches, data centers, remote user access, and network security infrastructure, is called network transformation. Intel® Network Academy - Network Transformation 101 online certification is created by Intel and is taught by Intel Network Academy which is offered by Coursera for individuals who want to develop their skills in network transformation and software networking operations.
Intel® Network Academy - Network Transformation 101 online course provides 18 hours of digital resources that cover a range of the topic including software-defined infrastructure, network functions virtualization, software-defined WAN, network slicing, service provider transformation, software-defined networking, communication service provider, telco cloud, visual cloud, artificial intelligence, IoT licensing, IoT wireless technologies, radio access technology, cellular technology, and more. By the end of the Intel® Network Academy - Network Transformation 101 online classes, individuals will have acquired knowledge of key Intel technologies, industry trends, and technical aspects of NFV deployments.
The fees for the course Intel® Network Academy - Network Transformation 101 is -
Yes
Coursera
₹2,436
After completing the Intel® Network Academy - Network Transformation 101 certification course, individuals will acquire a deeper understanding of the principles of Intel network, network transformation, software networking, and the internet of things. Individuals will explore network architecture, as well as will acquire the knowledge of the strategies for network slicing, and network function virtualization. Individuals will learn about service provider transformation, communication service provider, visual cloud, telco cloud, artificial intelligence, SD-WAN, cellular technologies, IoT wireless technologies, radio access technology, wireless telecommunications, data models, VRAN, and customer premises equipment. Additionally, individuals will learn about edge computing, IoT licensing, and network automation strategies and approaches.
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