V5G gives users visibility into provider performance
V5G users now have better control over their service providers and device investments
Singapore and San Jose, California, April 8, 2024 LONDON, Oct 23, 2020 /PRNewswire/ — Virtual Internet has announced Virtual 5G Service Provider Control, giving V5G users the insight to manage their service provider and device choices. With global 5G cloud services, for the first time, end users can choose the right provider, data plan, device make and model for where they live and work.
Virtual 5G – Global 5G Cloud
Virtual 5G is a global 5G cloud that runs on any physical network anywhere in the world. Virtual 5G works over any connection (Wi-Fi, cellular, satellite) and any connection medium. Virtual 5G uniquely delivers global 5G services over any service provider network to non-5G end user devices even if the underlying service provider connection is not 5G. This makes Virtual 5G the best and most cost-effective 5G service available today worldwide.
Virtual 5G Service Provider Control
Because devices and the underlying service provider network are likely the largest technology and financial commitment an end user will make, Virtual 5G has implemented Service Provider Controls to give end users real-time visibility into the quality, consistency and performance of their service provider and their phone or tablet. Virtual 5G Service Provider Controls show end users the information they need to determine how well their investments in service providers and devices are serving them.
Service Provider Control shows you the information you need about the physical network, Wi-Fi, cellular radio, and satellite your device connects to.
Network and Device Visibility
Service Provider Control informs end users of available network options in real time, including which network is acting as primary, which as secondary, and even tertiary connectivity options. Displays underlying signal strength and carrier signal speed capabilities of networks and devices, giving end users visibility into network infrastructure as well as technology generation, frequency used, IP address, GPS and location, distance, signal level, orientation and network node bearing data, consumption data, data plan critical information, protocol connection type, and visibility into device operations, CPU and core distribution and load due to foreground and background operations, CPU and core load due to networking and encryption, battery life drain due to processor intensive service provider 5G infrastructure, and more.
The Importance of Visibility into the Underlying Physical Service Provider Network
According to CaliforniaAccording to Grand View Research, the global 5G infrastructure market size ( $1.9 billion In 2019 $496.6 billion By 2027.
Despite the impressive speeds, 5G performance varies widely. While 5G speeds have remained stable globally, recent analysis shows that median 5G download speeds in many markets have declined over the past few years. 5G performance in markets varies widely. Looking at the top and bottom 10% of our Ookla® Speedtest Intelligence® sample, we see a wide variance in consumers’ experiences on 5G networks today. 5G speeds drop to below 20Mbps in the bottom 10%. Norway,US, Japan, Germanyand Spain In fact, 5G download speeds in the US are hovering around 100Mbps. Many of 5G’s early adopter markets are experiencing declining median 5G performance. The decline in median download speeds also points to investment and adoption challenges in some markets. At the same time, many of these markets are facing economic headwinds, putting more emphasis than ever on cost control. As a result, end users will need to carefully choose their network investments, combining virtual 5G with the best network for them based on where they live and work.
Virtual 5G Service Provider Control It is important in many ways
Virtual 5G helps end users choose the best network and device. 5G infrastructure primarily consists of a combination of Radio Access Network (RAN), Core Network, and Backhaul and Transport, where the backhaul and transport networks include fiber optics or microwave antennas. 5G is just a cellular radio technology. 5G is not as widespread as 4G, and there are many areas where 5G is not present or available. Even when a 5G phone connects to a 5G-enabled tower, the network will most likely switch to a 4G connection for multiple reasons. In many cases, the network is overcrowded with devices, and switching a device to a 4G connection due to rush hour commutes, densely populated cities, concerts, holiday gatherings, sporting events, etc., will provide faster speeds than the native service provider’s 5G.
Virtual 5G Service Provider Control – Two of Many Use Cases
Having control over network connectivity and service provider selection are just some of the reasons why end users need visibility into virtual 5G service provider control. Users need to be able to determine which provider is best, and most importantly, which provider is best for them and their technology budget. In addition, end users need to see how the underlying network is performing, so they can better understand the performance and reliability improvements that virtual 5G provides, worldwide, and across all networks and connection types.
Device Visibility
Virtual 5G Service Provider Control allows you to collect valuable insights into Android hardware data and device behavior, allowing Virtual 5G users to troubleshoot service provider issues and make choices that optimize performance. Android OEMs are constantly releasing new devices, and too many device options can confuse end users. Different Android smartphones, even those with similar retail brands, can have different specifications. Virtual 5G Service Provider Control provides more detailed real-time operational data than just memory and internal storage specifications to make the best device choices.
Network Visibility
Delivering reliable global 5G with virtual 5G is critical for many things, from enabling secure online healthcare to telecommunications. And the ability for virtual 5G service provider control to gain visibility into the underlying network is also critical.
In most parts of the world, electric vehicle charging stations are few and far between, and finding them requires pointing your device to the network node with the strongest signal, and sometimes even walking to the nearest network access point, to find and book charging service for your EV. It’s not just the car connection that’s at risk; in most parts of the world, your EV is your bike and your phone is your car connection. Virtual 5G and virtual 5G service provider control can make the difference between reaching a charging resource on time or not.
About Virtual Internet Pte. Ltd.
The virtual internet is SingaporeVirtual Internet is building a new community of millions of users connected across multiple networks. Virtual Internet has built and operates its own Virtual 5G Global Overlay Network, which enables it to deliver millions of applications and services at 5G mobile broadband speeds using existing cellular radio, Wi-Fi and SATCOM networks.
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SOURCE Virtual Internet Pte. Ltd.
