V5G lets users understand provider performance
V5G users can now better manage service provider and equipment investments
Singapore and San Jose, California, April 8, 2024 /PRNewswire/ — Virtual Internet announced the launch of Virtual 5G Service Provider Control, giving V5G users insight into managed service provider and device selection. For the first time ever, global 5G cloud services allow end users to choose the right provider, data plan and device manufacturer and model based on where they live and how they live and work.
Virtual 5G—Global 5G Cloud
Virtual 5G is a global 5G cloud running on every physical network in the world. Virtual 5G operates on any connection (Wi-Fi, cellular radio, satellite), on any connection medium. Virtual 5G can deliver unique global 5G services to non-5G end-user devices over any service provider network, even if the underlying service provider connection is not 5G. This makes virtual 5G the best and most cost-effective 5G service in the world today.
Virtual 5G Service Provider Control
Because the equipment and underlying service provider network represent perhaps the largest technical financial commitment made by an end user, virtual 5G now implements service provider controls that give end users real-time visibility into the quality, consistency and performance of their service provider, As well as their phones and tablets. Virtual 5G Service Provider Control displays the information end users need to determine how well they are receiving from their investment in the service provider and its equipment.
Service Provider Control displays the information you need about the physical network, Wi-Fi, cellular radio, satellite to which your device is connected.
Network and device visibility
Service Provider Control notifies end users in real time of available network options, which networks act as primary networks, which networks act as secondary networks, and even tertiary connection options, showing the underlying signal strength and carrier signal speed capabilities of networks and devices, allowing end users to Visibility generated by network infrastructure and even technology, frequencies used, IP addresses, GPS and location, distance, signal levels, headings and network nodes carrying data, data consumed (important for their data plans), protocol connection types and devices Visibility into the allocation and load of front-end and background operations, networking and encryption on CPU and cores, where processor-intensive service provider 5G infrastructure results in associated drain on battery life.
The Importance of Underlying Physical Service Provider Network Visibility
according to CaliforniaA company headquartered in Grand View Research, global 5G infrastructure market size (valued at $1.9B 2019) is expected to reach $496.6B By 2027.
While overall speeds are impressive, 5G performance varies widely. While global 5G speeds have remained stable, according to recent analysis, median 5G download speeds have declined in many markets over the past few years. 5G performance varies widely on the market. Examining the top 10% and the worst 10% of Ookla® Speedtest Intelligence® samples reveals significant differences in consumer experience on today’s 5G networks.For 10% of users, 5G speeds drop below 20 Mbps NorwayUSA, Japan, Germanyand Spain In fact, 5G download speeds in the United States hover around 100Mbps. In many markets with early 5G launches, median 5G performance is declining. The decline in median download speeds also points to investment and deployment challenges in some markets. At the same time, many of these markets are facing economic headwinds, placing greater emphasis than ever on cost containment. Therefore, end users must choose their network investments carefully, pairing virtual 5G with the network that best suits them based on where they live and work.
Virtual 5G Service Provider Control vital in many ways
Virtual 5G helps end users choose the best network and equipment. 5G infrastructure mainly consists of a combination of radio access network (RAN), core network, and backhaul and transport networks, which include fiber optic or microwave antennas. 5G is just cellular radio technology. 5G is not as ubiquitous as 4G, and many areas do not exist or have access to 5G. Even if a 5G phone is connected to a 5G-enabled tower, most of the time the network will switch to a 4G connection for a variety of reasons. Often times with too many devices on the network, rush hour commutes, densely populated cities, concerts, holiday parties, sporting events, switching devices to a 4G connection will result in better speeds than local service provider 5G.
Virtual 5G Service Provider Control – just 2 of many use cases
Managing network connectivity and service provider selection are just some of the reasons end users need control over visibility from virtual 5G service providers. Users can determine which providers are the best and, most importantly, which ones are the best fit for them and their technology budget. Additionally, end users need to understand how their underlying networks are operating, which can better enable them to understand the performance and reliability improvements virtual 5G can offer them across all networks and connection types around the world.
Device visibility
Virtual 5G Service Provider Control collects Android hardware data and valuable insights into device operation, enabling virtual 5G users to make choices to resolve service provider issues and optimize performance. Android OEMs are constantly launching new devices; so many device options can get confusing for end users. Different Android phones, even phones with similar retail brands, may have different specifications. Virtual 5G service provider control provides real-time operational data that goes beyond memory and internal storage specifications to help make optimal device selections.
network visibility
Virtual 5G Delivering reliable global 5G is critical in many aspects, from enabling secure online healthcare to communications. It is also critical that virtual 5G service providers control the ability to provide visibility into the underlying network.
In most parts of the world, electric vehicle charging stations are few and far between, and finding one depends on pointing your device toward the network node with the strongest signal, and possibly traveling to the nearest network access point to locate and reserve Charging services your electric vehicle. Car connectivity isn’t the only type at risk, in most parts of the world electric cars are motorcycles and mobile phones are vehicle connectivity. Virtual 5G and virtual 5G service provider control can be the difference between successful and timely arrival of billable resources.
About Virtual Internet Private Limited
Virtual Internet is a Metaverse company registered and established in Singapore. The virtual Internet is building a new community of millions of users, connected through multiple networks. Virtual Internet creates and operates its own virtual 5G global coverage network, allowing millions of other applications and services to be delivered at 5G mobile broadband speeds using existing cellular radio, Wi-Fi and satellite communications networks.
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SOURCE Virtual Internet Pte. Ltd.
