An Ultimate Guide for NSX V to NSX T Migration
The migration of NSX V to NSX T typically involves detailed migration plan to ensure minimal disruption and to take advantage of the enhanced features and capabilities of VMware’s next-generation networking and security platform, NSX-T. Read the blog to explore the detailed migration path from NSX V to NSX T.
Unlocking Network Agility: Open RAN and the Future of Service Management & Orchestration (SMO)
Recently, Open RAN turned out to be a transformative and innovative solution in the telecom industry. Service Management Orchestration (SMO) serves at the core of this transformative solution, revolutionizing the way mobile networks are deployed and managed. SMO in Open RAN framework foster openness, flexibility, interoperability supporting multi-vendor and cost-effective network deployments. SMO is paving the way for a new era of wireless connectivity, shaping the future of Open RAN deployments. Read the blog to explore the significance of SMO platform in Open RAN framework.
Importance of System Integration in Next-Generation Telecom Networks
The telco sector is evolving, and the significance of system integration cannot be overplayed in the industry. The next-generation networks are ever more complex, including diverse technologies like 5G, IoT, cloud computing, and more. To ensure reliable and high-quality services, seamless system integration becomes the cornerstone. Integration ensures that distinct components and services work harmoniously, stimulating efficient communication and streamlined operations. It facilitates the interconnectivity of various subsystems, enabling real-time data exchange, advanced service delivery, and enhanced end-user experiences. Read the blog to explore the significance of system integrators in telecom industry.
5G Transport Architecture: xHaul Transport
The telecom industry is witnessing a rapid network transformation, enabled by a wide range of pioneering technology trends. The network transformation is towards a virtualized, software defined, flexible, and open framework to support next generation 5G use cases. To effectively realize a high quality 5G user experience, future transport networks will play a crucial role to meet service requirements such as peak data rates, maximum coverage, ultra-low latency, synchronization, and security. Read the blog to explore 5G transport technologies and the key advancements in 5G transport architecture.
Simplifying Network Security with SASE: A Game-Changer for the Digital Era
A revolutionary networking and security framework called SASE (Secure Access Service Edge) has emerged to address these complexities. Introduced as a unified cloud-native architecture, SASE combines Wide Area Networking (WAN) capabilities with comprehensive security services.
Top 9 Emerging Technology Trends in Networking & Telecom 2023
The technology domain is continuously evolving with innovations and immense potential to create intelligent solutions for the future. Evolving technology remains to be a critical force for digital transformation which gives breakthroughs for enterprises ensuring better productivity and profit.
Impact of OpenRAN on the Telecom Industry
This interesting read highlights how OpenRAN is changing the telecommunications industry and what this means for the future.
How AI and ML are Revolutionizing Network Management for Telecommunications Service Providers
This article summarizes how AI and ML are revolutionizing network management for telecommunications service providers, enabling them to improve network performance, reduce costs, and enhance the customer experience.
Solutions to Top 5 challenges in Orchestrating 5G services
The advent of 5G has brought about numerous opportunities for the telecommunications industry. However, to fully realize the potential of this new technology, companies must overcome the…
Coming together at the Edge — Edge Computing, Networking, and Data Management
Devices are growing smaller and their processing capacity is growing exponentially. Now with cloud and edge technologies taking over bandwidths are getting wider and latencies are getting lower. This article highlights an edge ecosystem that can open up more opportunities for greater computational power.