There is an excellent impression that the commercialization of a virtualized evolved packet core vEPC is right around the world. The virtualized EPC (vEPC) solution is not only being integrated into the mobile operator’s network environment but also is exceeding the performance of existing packet core networks.
In the present, the significant mobile operators are evaluating a lot, where the services are initially good to be deployed over a vEPC. According to the study, the vEPC will be able to add more capacity whenever and wherever it’s needed quickly and would open up new markets and revenue opportunities in the future timeline. At the same time, vEPC would impact the delivery of existing services in a significant way than the past.
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Advancements in vEPC & Its performance
Today, the concept of vEPC proves the trials of virtualized mobility management and gateway products that were limited earlier in both scale and performance. With the progression of the year happened, advancements in the design and architecture used network functions virtualization (NFV) tools and capabilities greatly improved their capacity and performance.
Here are the list of capacity and performance endured by Virtualized Evolved Packet—
Advantages of vEPC
The benefits of Virtualized EPC go beyond the commodity hardware. Therefore, some of the other savings came in the following forms that are discussed as—
Virtual EPCs tend to add more capacity easily according to traffic demand.
Virtual resources can be moved around the world, on-demand for geo-independence.
Clustering: Virtual EPCs (vEPCs) can also be concentrated into a single cluster.
Balancing the load: A virtual EPC platform also caters to a load-balancing function perfectly.
Other functions: By building a virtual EPC, the service providers can also embrace other tasks in the platform such as policy control, Gi-LAN, WiFi gateways, and routing.
Orchestration: Virtual EPCs can also be set up using software-defined networking (SDN) techniques comprising orchestration and service chaining.
Data Plane User Capacity
The packet acceleration techniques have considerably mounted the capacity and performance of the virtualized serving and packet gateways at the latest. In a case of point, Single Root – Input/Output Virtualization (SR-IOV) bypasses the hypervisor and enables virtual machines (VMs) to attach to the VNF (vSGW/vPGW ) and share a single physical network interface card (NIC) that functions as multiple virtualized NICs. These momentously progress speed and surges capacity by reducing processing overhead.
Control Plane Subscriber Scaling
It is now possible to support up to millions of instantaneous attached users and hundreds of thousands of eNodeBs and small cells on a single virtualized mobility management entity (vMME) instance. This is comparable with today’s existing MMEs built on standard telecom hardware platforms.
These improvements, together along with other software enhancements, such as the Data Plane Development Kit (DPDK), have the vEPC approaching the capacity and performance of dedicated hardware platforms.
Apart from this, in accordance with the progress made in both the scalability and performance of virtualized evolved packet, the advancements made in management with being more enhanced in Tier 1 mobile operators.
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Therefore, the major telecom companies, across the world are looking for strategies that not only allow them to boost capacity and coverage of using virtualized evolved packet core, but also reduce the overall outlay on operations.
In the other case, the network operators are increasingly deploying vEPC to optimize their service at a minimal cost. The advancement in technologies such as 5G, IoT, and M2M is also driving the vEPC market as these technologies continue to mature. While in the future, they will create more excellent opportunities for advanced mobile-core network systems.
LIST OF TABLES
TABLE 1 MARKET SYNOPSIS 14
TABLE 2 LIST OF ASSUMPTIONS 17
TABLE 3 GLOBAL VIRTUALIZED EVOLVED PACKET CORE MARKET, BY COMPONENT, 2018-2023 (USD MILLION) 38
TABLE 4 GLOBAL VIRTUALIZED EVOLVED PACKET CORE MARKET, BY SERVICES, 2018-2023 (USD MILLION) 39
TABLE 5 GLOBAL VIRTUALIZED EVOLVED PACKET CORE MARKET, BY DEPLOYMENT, 2018-2023 (USD MILLION) 42
LIST OF FIGURES
FIGURE 1 GLOBAL VIRTUALIZED EVOLVED PACKET CORE MARKET: MARKET STRUCTURE 17
FIGURE 2 NORTH AMERICA MARKET SIZE & MARKET SHARE BY COUNTRY (2018 VS 2023) 19
FIGURE 3 EUROPE MARKET SIZE & MARKET SHARE BY COUNTRY (2018 VS 2023) 19
FIGURE 4 ASIA-PACIFIC & MARKET SHARE BY COUNTRY (2018 VS 2023) 20
FIGURE 5 REST OF THE WORLD MARKET SIZE & MARKET SHARE BY COUNTRY (2018 VS 2023) 20
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