5G Core: towards HYPERELASTIC networks
5G Strategy
JSC Ingenium commits solidly to 5G technology for its completely disruptive philosophy and its super abilities to create a new mobile network concept:
New Networks
That are able to work on any 2G/3G/4G, and of course, 5G radio technology
That adapt automatically and smartly to any service environment
That allow the continuous updates of their elements and services for being always up to date
That allow new tailored services
That allow network segments that are independent, isolated, and customizable to be created according to our needs
That collaborate actively in their own operating and maintenance through assisted diagnosis smart systems
That are configurable autonomously, directly by the client’s personnel, without the need for qualified technical staff
Can you imagine being able to have a wide range of fully independent networks with different services?
The hyperelasticity provided by 5G will enable us to deploy several customizable networks at the same time in order to meet the needs of not only our primary business but also new super-specific niche businesses.
Networks that will make it possible to isolate groups of subscribers to try new services, price plans, and the like. Networks that will be islands from a security perspective, facilitating the creation of secure end-to-end environments.
JSC Ingenium Solution
5G is more than just an evolutionary step of technology, and it represents a fundamental transformation of communication services and use cases. However, the success of 5G and delivering on its promises depends on how effectively the Network can be leveraged to enable businesses’ digital transformation.
JSC Ingenium’s 5G Hyperelastic network delivers the following solutions:
Network Virtualization
Our commitment to the virtualization of networks will put an end to network capacity tyranny. Virtual networks adapt automatically and smartly to service demands at all times by scaling in and out, activating, and deactivating new network elements according to the service load.
Cloud-Native
In order to enable faster deployment and lowers the overhead cost of computing, the solution includes microservices-based containerized cloud-native and stateless design technologies.
CUPS Core
The separation of control and user plane functions strengthened network functions’ independent movement and distributed resource deployment. For instance, applications needing ultra-low latency, like remote surgery as part of eHealth use cases, can move some functions closer to the user while keeping the rest centralized in the cloud.
Converged Core
The solution delivers reliable and fully converged 2G, 3G, 4G, and 5G core networks to achieve smooth 4G-5G interworking and easy migration and evolution to 5G. The overall deployment is as follows:
Also, as 3GPP defines multiple 5G network deployment options and evolution paths, the solution enables CSPs and Enterprises to select the best network architecture, whether Standalone (SA) and Non-Standalone (NSA), based on the existing network conditions and service requirements.
The 5G revolution is coming, are you ready?
Always up to date with Continuous Integration / Continuous Delivery
Although the task of updating Telco nodes has always been an issue, keeping up to date is crucial in the 5G age. Hyperelastic networks will solve this conundrum by collaborating actively in their updates: by providing “Canary Deployments” to verify changes, compensating the load progressively to the new versions, always monitoring whether the running is as expected and, if something fails, executing a rollback of changes proactively. Ongoing yet secure updates. Autonomously configured.
Multitenant networks
The solution will allow you to deploy as many networks simultaneously based on different brands and business lines. Each client will be able to define what network infrastructure and configuration they need, according to the type of business they would like to run.
The new Multitenant networks, completely isolated, in which each tenant may execute as many different configurations, updates, and changes on the Network as it needs, in which you can roll out new and innovative services in a safe way, without compromising the other brands at any time.
3GPP Compliant
Our commitment is to deliver 3GPP standard-compliant network functions to support network services for 2G, 3G, LTE, and 5G as well as VoLTE.
Network slicing technology
Opting for this technology allows you to segment the Network in a cost-efficient way and create all the “network slices” you need, which are different from one another, entirely independent, customizable, and offer distinct features and services.
Complex networks: Computer-assisted monitoring
In order to enhance customer experiences, a hyperelastic network must be maintainable, and the Network itself must cooperate. Each element must monitor its own performance and that of those around it. The core intelligence probes and collects all the information and generates multiple traces: Communication traces (Brain) for an interactive diagnosis, service graphics, real-time traces, running within the threshold, and the like. Most importantly, it will continuously determine whether the Network is working as expected, and it will actively provide information about any anomaly because not every anomaly has to do with operating thresholds.
The auto-adaptive Network
The new paradigm: The auto-adaptive Network and auto-scalable virtualized Network means that the use of resources can be planned optimally, always knowing the expected load on each network function and balancing the available capacity between the different functions. In unforeseen cases, the Network will increase the critical functions’ capacity and decrease the non-critical ones’ capacity to go back to normal as soon as possible.
According to the technical staff’s instructions, everything is automatic since there is no time to lose in these circumstances.
Why do you need 5G?
5G will provide 100 times faster data-rate and speed with 1000 times more capacity, which would mean a massive reduction in unit cost per gigabyte of data traffic and a significant improvement on the margin.
Latency
4G: 200 milliseconds
5G: 1 millisecond
Spectrum
4G supports
4000 devices per km2
5G will support
1 million per km2
4000 devices per km2
5G will support
1 million per km2
Data rate
100x Improvement
Speed
4G:100Mbps
5G: 10.000 Mbps
Downloading an average HD movie on 4G takes 50 minutes while on 5G it takes 9 minutes
5G: 10.000 Mbps
Downloading an average HD movie on 4G takes 50 minutes while on 5G it takes 9 minutes
IoT device performance
Battery life of low-power devices will increase by up 10 years
The advances in speed and capacity also open the path for many new use cases, which 5G networks across all application types.
Opt-in for a significant improvement in the business with the critical developments of 5G:
5G: towards
Hyperelastic
Networks
Hyperelastic
Networks
Target use cases
5G technology makes it possible to approach quickly and simply new use cases that are revolutionary and disruptive, which go beyond the super high speed and the super-low latency, and with total independence of the radio network – 2G, 3G, 4G, 5G, Wifi, LoRaWAN, etc.… – on which the service is operating.
Communication service providers
Delivering the fast, high-bandwidth consumer and business 5G fixed wireless access instead of a more expensive FTTH solution would unlock new higher margins revenue streams for both Fixed and Mobile communication service providers.
Virtual operators
The new 5G technology will enable MVNOs to have alternative networks to:
- focus on new business opportunities addressed to cover temporary, specific needs; or
- have a real test scenario that allows them to check whether a particular model will work or not.
Rolling out new networks and recycling them will be extremely fast, simple, and cost-efficient.
Industries’ Private Networks
While 5G may seem like a “nice to have” for the consumer services, for Enterprise and businesses is an absolute necessity and a game-changer:
Public safety
- A model of public safety that is deployed in a catastrophe event. They can prioritize the services and communications of the emergency staff over the rest of the population.
Industry 4.0
- European Industry 4.0 actors are starting to roll out their own private 5G networks. Highly automated factories with hundreds of sensors deployed that need high-speed, reliable, secure communications.
Public Transport
- The public transport system reduces congestion problems by providing real-time contextual information to passengers and drivers, providing a better experience for commuters while lowering infrastructure systems costs.
Health care
- Health industry actors address the high demand for data storage and security of patient data and allow for high-definition video streaming for processing and analytics in real-time, resulting in improving patient outcomes.
Deployment models
The flexible and Cloud-native nature of JSC Ingenium’s solution enables CSPs to deploy the Platform in different fashions:
If you are looking for full hardware performance, a high-security level, and lower storage cost, the JSC Ingenium Solution can perfectly run-on dedicated servers.
Containerized cloud-native solution can offer you more flexibility and scalability, together with a higher level of control and privacy on your Private cloud.
The solution can entirely run-on public cloud to further lower your cost, increase reliability and scalability while eliminating the need for maintenance.
The solution can be set up in a distributed fashion, where the need is to provide lower latency (setup the user plane function on-premises and the rest in the public cloud) or higher throughput is required (Control plane in Public cloud and User plane in Private cloud to manage the cost better).
5G Core: towards Hyperelastic networks