What is a 5G Standalone Network

5G SA or standalone is a network architecture that relies on a combination of a 5G core network and radio access network. It only relies on modern 5G technology, without borrowing from past telecommunication systems. In comparison, non-standalone 5G (NSA) relies on legacy 4G infrastructure and adds 5G RAN to gain certain benefits.

5G standalone represents a revolution in telecommunication networks. With its service-based architecture, you're able to scale up and down different network functions based on your requirements. Unlike 5G non-standalone systems, this is a fully cloud-based solution that doesn't rely on hardware.

Our company offers both SA and NSA solutions for your business. Regardless of your current architecture, we will help you transition to a 5G standalone system at the end of the day. We utilize a fully cloud-native approach, focusing on containerization and microservices to build scalable and flexible network functions.

What Is a 5G Standalone Network?

Compared to 5G non-standalone, the standalone architecture doesn't require 5G EPC (Evolved Packet Core). SA is a completely cloud-native solution, utilizing a combination of network slicing, ultra-low latency, massive IoT connectivity, and end-to-end service orchestration.

Being supported by all these features, 5G standalone (SA) gives companies a higher degree of flexibility and scalability. Businesses can choose which network functions to include according to their immediate needs. Through network slicing, you're able to split physical infrastructure into smaller virtual slices, each with a separate purpose.

With Titan.ium's 5G core, you're able to upgrade your existing network while simultaneously reducing costs. You will no longer be dependent on hardware-based solutions and, instead, you will enjoy the benefits of cloud-powered, software-focused 5G SA.

5G SA vs. NSA: Key Differences

Although they serve the same purpose, the two architectures are very different in terms of features and performance:

Although 4G networks have certain advantages over 5G technology, specifically in terms of coverage, they fall short in many other aspects. Specifically, 5G is well-equipped to handle different types of traffic without losing performance. As such, the technology creates a basis for virtual reality, Internet of Things, artificial intelligence solutions, and other systems that require real-time data transfer.

Whether you're looking to build a standalone architecture from scratch or use a non-standalone, NSA, both of them are possible with Titan.ium products. Our solution is ideal for SA deployment or NSA interworking by relying on its patented interGENerational architecture.

IKey Components of a 5G Standalone Network

Titan.ium offers its clients modern, sophisticated solutions to their network needs. Our container-based, cloud-native functions will provide you with unparalleled flexibility while significantly cutting your operational costs:

- Service-Based Architecture (SBA)

Service-based architecture provides a basis for 5G core, allowing full autonomy to network functions. Despite having complete independence, each NF can be discovered and categorized based on its roles and features. They can communicate with each other by relying on APIs over HTTP/2.

Unlike the architecture used for 4G LTE, the 5G network architecture (SBA) is highly programmable, modular, and interoperable. It enables users to select NFs tailored to their specific needs and utilize network slicing to create virtual slices for various use cases.

- Core Network Functions (NFs)

Our platform features NFs that can be auto-scaled. They are containerized and orchestrated in Kubernetes with CI/CD pipelines. Here's a breakdown of the most important NFs and their roles:

• AMF / SMF / UPF – anchoring control and data planes
• PCF / UDM / AUSF – serves for identity, policy, and authentication functions
• NRF / SCP / NSSF / BSF / SEPP – enabling service discovery, secure interconnects, and dynamic slicing

Business & Technical Benefits of 5G Standalone

5G SA gives companies a chance to earn money from new technologies. It allows organizations to capitalize on AI, ML, IoT, autonomous vehicles, AR/VR, sophisticated healthcare and industrial equipment.

• End-to-End Network Slicing: With the concept of network slicing, we're able to categorize physical resources into smaller virtual slices. Each slice exists independently and helps facilitate specific services such as augmented reality.
• Ultra-Reliable Low-Latency Communication (URLLC): A lot of modern machines and equipment couldn't be used without URLLC. The best example of this is autonomous vehicles that have to make split-second traffic decisions to avoid collision. Similarly, industrial machines rely on URLLC to ensure unobstructed production.
• Massive Machine-Type Communication (mMTC): With mMTC, we are able to connect thousands of devices across a small geographic area. The concept enables us to utilize IoT technology and develop smart cities. mMTC is also vital for asset tracking and environmental monitoring.
• Open, API-first architecture for service innovation: API-first architecture allows companies to start projects by developing APIs before tackling other tasks. Developers are able to determine how each API will behave before proceeding with actual coding.
• Security by Design: Titan.ium’s SEPP, SCP, and certificate management give you full control over the 5G network. These NFs are built-in and always available, so you don't have to add them later on.

Deployment Models Supported by Titan.ium

Our platform offers several deployment options models to its clients:

• Public, Private, and Hybrid Clouds: Titan.ium allows companies to choose different types of cloud environments. By selecting the right network infrastructure, businesses are able to comply with the regulation, enhance performance, and cut costs.
• Hyperscaler and Edge-Native Support: Edge deployment is ideal for companies that combine different, unique services. It allows businesses to deploy their functions with low latency. Furthermore, by integrating edge services, you're able to get the most from automation and real-time analytics.
• Multi-zone, carrier-grade resilience: Our solution supports geo-redundant deployments through dynamic load balancing, automated failover, and self-healing. The platform offers fault tolerance, high availability, and disaster recovery readiness.

Titan.ium platform is a Jack-of-all-trades, providing optimal results in different types of environments. Not only will you find the right solution for your current needs, but you can continue using Titan.ium as your requirements change.

Use Cases for 5G Standalone Networks

Perhaps the best thing about 5G SA networks is that they can be utilized in all sorts of scenarios:

• Private 5G Networks for Enterprises: Titan.ium is ideal for companies that require a dedicated and safe network that will serve their unique needs. The platform can be utilized by a wide variety of businesses, including healthcare, manufacturing, and service industries. Companies can enjoy the benefits of on-premise deployment while gaining complete control over QoS and safety policies.
• Smart Cities and Critical Infrastructure: Our product ensures energy efficiency of large systems, supports public and traffic safety, and allows environmental monitoring. All of this will result in 5G services that are well customized for citizens.
• Connected Vehicles (V2X): Without solutions such as Titan.ium, automated vehicles wouldn't be possible. Through real-time data transfer, these cars are able to avoid collisions by taking into account different aspects of traffic.
• Roaming Use Cases with SEPP + SCP: Our solution has built-in security features that ensure full safety when you're using the network. Besides secure roaming, SEPP and SCP ensure full compliance.

Titan.ium platform gives you full control over each slice. You can modify security, policy, and discovery based on your specific needs. This makes the product ideal for companies seeking to maximize the potential of the 5G network.

Transitioning from EPC to 5G Standalone

Migrating from 4G EPC to 5G core forces operators to balance the continuity of their legacy infrastructure while introducing new, advanced solutions. Specifically, you require a dual-stack infrastructure to facilitate the transition. The operator must ensure service continuity for users while meshing vendors.

The good news is that Titan.ium effectively addresses all these issues with its interGENerational core architecture. The product allows the simultaneous use of 4G and 5G infrastructure, ensuring a slow transition toward a full cloud-based network. It is a tailor-made platform for legacy signaling, staged rollouts, and dual registration.

Why Titan.ium for 5G Standalone?

If you're looking for a flexible, agile 5G standalone, you should take into consideration the Titan.ium platform. Our solution offers operators numerous advantages, including:

• Every network function is created with 3GPP standards in mind.
• Not only are microservices cloud-based, but they also offer top-tier automation, high performance, and incredible security.
• Operators have full autonomy over policies and have access to a centralized certificate.
• Over the years, Titan.ium platform has proven its stability and reliability. Our solution can be deployed across various operators and national networks. networks
  
  

Conclusion 

Companies that want to explore next-generation technology should consider Titan.ium 5G standalone. By relying on our tried-and-tested infrastructure, your business will be able to harness IoT, AR, AI, and numerous other advanced concepts.

We offer a flexible and agile platform that can integrate seamlessly with your existing 4G LTE infrastructure. With its built-in security features, Titan.ium protects your network traffic, ensuring the highest user satisfaction.