As Principal Analyst of Transport and Routing Infrastructure, Glen analyzes technology, product, and partnership initiatives of vendors who supply carrier infrastructure equipment. Specifically, focusing on vendors that produce core routers, edge switching, optical transport, data center interconnection, mobile backhaul, network management and operational support systems.
• ZTE and China Telecom rapidly constructed a wireless network to transmit large images (CT scans), perform remote diagnoses and remotely connect medical professionals over a 5G network.
• The project establishes a model that could be used at other “pop-up” and established hospitals to combat COVID-19 and future viruses and help protect health care workers.
The telecom industry has hyped 5G technologies as the “be all and end all” for our networks moving forward (although 6G is now being incubated in board rooms across the globe). But, just how much of 5G is ready for prime time deployments? The COVID-19 global pandemic has resulted in a sudden and widespread explosion in the need to support millions of workers and students videoconferencing simultaneously from home, and has created an acute need to deal with ballooning medical services.
The rapid spread of COVID-19 has not given the industry or the world any time to debate and test a blueprint for how to move forward; but we have seen examples in which 5G can help. When faced with the need to react “yesterday”, adding tried-and-true technologies like fiber to deliver much needed bandwidth require significant manpower, equipment, and most importantly time – all currently in short supply. Thus, demand is likely to increase deeply for wireless network solutions to address needs of telemedicine and other critical services needed to help cope with the current crisis – and quickly set the foundational elements for moving forward to address future crises post COVID-19. Continue reading “COVID-19: 5G-Connected Hospital and Wireless Network in Ten Days”→
The 5G Core Is Needed for Digital Transformation: The 5G core (5GC) is significantly different than its predecessor (4G/LTE); it is a service-based architecture designed to deliver on multiple new and emerging service types and support flexible new business models.
Connectivity & Computing Are Key Pillars: A robust business enablement platform, based on multi-access edge computing (MEC), is needed and must support guaranteed anytime, anywhere connectivity with ‘plug & play’ simplicity.
The Telco Cloud Completes the Business Model: Creating an agile telco cloud supports new innovative business opportunities and enables the creation and rapid turn-up of new services. The combination of telco cloud, 5G core, and MEC supports the goals of 5G.
The Importance of the 5G Core: The transition to 5G has many moving parts and requires the full transformation of the mobile core infrastructure to embrace agility, scale, and new service delivery capabilities. Over time, 5G requires the convergence of traditional network and application environments. Naturally, 5G requires a more distributed architecture (including the core and edge) to bring dramatic improvements to performance, uptime, resiliency, and the ability to support innovative new services. As the ‘control center’ for the 5G network, the core must support all generations of mobile and fixed services, adopt relevant standards, and support open source innovations that improve interoperability and speed innovation. The 5GC uses a service-based architecture (SBA) that has evolved as part of ongoing 3GPP standards initiatives and leverages a common repository and a separation between the control and user planes in order to support distributed deployment modes. The 5G core is based on cloud-native technology, which is used to develop containerized applications deployed as microservices. The lifecycle is managed via DevOps processes supporting continuous innovation (CI), continuous deployment (CD), and hitless upgrade and testing (A/B test) of new services. The 5GC will also be expected to operate in a converged mode, where all generations of mobile traffic are supported (2G, 3G, 4G, and 5G) as a unified network. Continue reading “5G Promises Great Things – But Only with a Robust 5G Core Ecosystem”→
• Converged core software solutions promise to support all generations of network traffic, reduce complexity, and deliver operational efficiency by leveraging automation and network intelligence.
• Hardware and software acceleration can dramatically improve server performance by offloading data plane traffic from servers, enabling them to focus on computation and storage functions; and open source software contributions can add consistency and optimize software processes.
• A robust ecosystem is driving 5G deployments to support enhanced mobile broadband (eMBB) and fixed wireless access (FWA) use cases, which sets the stage for sophisticated 5G applications requiring low latency and high reliability.
• The 5G device ecosystem is being driven by timely investment in new chipsets and terminals to support new services and drive opportunities – the 5G device ecosystem includes multiple form factors and end user devices, which are ready or near ready for commercial deployment.
The Well Developed 5G Device Ecosystem, Simplifies and Accelerates Deployment:
There is a clear correlation between the maturity of the device ecosystem and the time it takes for the market to deliver on the goals and business objectives. For example, the 3rd generation (3G) buildout, required five years to build a sufficient supply of affordable devices, and the 4th generation (4G) buildout, required just two years. The availability of 5G devices now, enables the market to mature in concert with the underlying infrastructure buildout. Continue reading “The Vibrant 5G Ecosystem is Shortening Adoption Cycles to Two Years”→
• Segment Routing Deployed in a Backbone Network: Cisco and China Unicom collaboration, a two year endeavor, enables the operator’s nationwide MPLS VPN network to support on-demand services. Cisco notes that this represents China’s first Segment Routing (SR) deployment and leverages its SDN technologies to provide an end-to-end solution. SR also helps mitigate the use of more complicated IP protocols (like RSVP-TE), which is a big advantage and leverages the power of SDN’s centralized management model. .
• Advanced Vendor Services Accelerated Delivery: Cisco’s Advanced Services teams provided full life cycle support and coordination with China Unicom and third-party suppliers, and tackled SDN, NFV, cloud computing, ultra-broadband networking, and related technology issues for the operator. The use of vendor supplied services has always been part of the “vendor – operator” model, but virtualized technologies pose additional time-to-market issues such as mastering new technologies and dealing with the complexity of integrating multiple components.
The announcement by Cisco and China Unicom represents a tangible example of how current infrastructure networks can be transformed to deliver flexible cloud-based services by exploiting new routing and networking techniques, such as segment routing which aligns well with centralized management and control (i.e., SDN) paradigms. What makes the solution significant is the combination of multiple technologies, SR, SDN controllers, service orchestration, and the ability to quickly compute optimal traffic paths through an IP network using a path computation engine (PCE). Individual components on their own cannot deliver the resultant end-to-end solution, which supports China Unicom’s ability to offer a range of named cloud-based services (Cloud Network Connection, Cloud Networking, Cloud Broadband, Unicom Cloud Shield, Intelligent Boutique Video Network, and Boutique Financial Network) which it noted in a joint press release with Cisco. Continue reading “China Unicom and Cisco Collaborate to Deliver Cloud + Network Capabilities”→
• Automates Complex Network Slicing Process: The Contrail Network Slicing Bot aims to simplify the highly complex process of defining, creating, provisioning and managing network slicing across both physical and virtual infrastructures. Network slicing is a fundamental tenet of all 5G architectures.
• Addresses Skill Set Shortage: Juniper’s network Bots, including the Slicing Bot, help alleviate the lack of internal staff education and higher level skillsets required to use network automation tools, which are often complex and require deep network knowledge. The Slicing Bot uses a high level human friendly language to translate operator intent into actionable workflows.
Juniper’s “Slicing Bot” launch enables operators to leverage technologies such as machine learning, network telemetry and SDN control, to help reduce the complexity they face as they attempt to deploy virtual networks to meet the growing demand for faster time-to-service. The new Contrail Slicing Bot joins three other Bots, which the company launched in December 2017. The Bots enable operators to operate at a business level (i.e., intent) to help automate complex network functions that are often error prone and time consuming due to manual processes and the lack of operational skills. The three initial Bot applications offered by Juniper included PeerBot, TestBot and HealthBot, which address key pain points for operators; the new Slicing Bot tackles the highly complex, but essential process of carving up the network into virtual slices, a fundamental building block for supporting 5G services. Continue reading “MWC18: Juniper Expands its “Bots” Portfolio with the Contrail Slicing Bot, Helping to Automate More Complexity”→