Matthew Slye’s Post

Embracing Independence: Introducing 5G Standalone (5G SA)! 📶🚀 5G SA is the next evolution in wireless connectivity, representing a fully independent network architecture without reliance on previous generations. With enhanced capabilities like ultra-low latency and network slicing, 5G SA unleashes unprecedented speed and reliability, paving the way for transformative innovations in communication and connectivity. #5GSA #NextGenConnectivity

As 5G networks evolve with cloud-based architectures, mobile operators encounter growing complexity. Intelligent network applications play a vital role in handling this complexity, improving efficiency and adaptability. The RAN Intelligent Controller (RIC) from the O-RAN Alliance is essential for enhancing flexibility, optimization, and innovation in Open RAN. Read: https://zurl.co/XX1S #wireless #network #OpenRAN #5g

📡 5G technology is revolutionizing the way we communicate and stay connected. The 5G Core network design is a game changer, offering flexibility, scalability, and independent deployment of services. This is possible thanks to its service-oriented architecture that allows for interconnectivity between different services through well-defined interfaces. 👨💻 The 5G Core network design includes several Network Functions and Services such as the AMF, SMF, UPF, NSSF, UDM, AUSF, and NEF. These functions handle tasks such as registration, access authentication, mobility management, session establishment, user data forwarding, and third-party application requests. 📲 With the 5G Core network design, users can expect faster, more reliable, and efficient communication. The interconnectivity between services and the ability to independently deploy services means that the network can be customized to meet specific user requirements. 🌐 The future is here, and the 5G Core network design is leading the way towards a more connected world. #5G #networkdesign #communication #technology follow me.....

#Key_Differences_Between 5G Non-Standalone (NSA) and 5G Standalone (SA) Architectures : From a network architecture perspective, NSA and SA models differ in the way that end devices connect to the core network and, more importantly, the type of core network to which they connect. By connecting to the existing 4G core network infrastructure, 5G NSA networks enable higher data transfer speeds to support enhanced mobile broadband eMBB use cases and experiences. This deployment is achieved when 5G RAN's New Radio (NR) interface is added on top of the 4G LTE network. As a result, and as the name suggests, the 5G radio cannot "stand" alone. In this type of deployment the 4G LTE macro cell base station is needed for control plane signaling (coverage) and call establishment while the 5G NR is only used to deliver high data rates/transfers. In SA 5G networks, the 5G NR works independently and is deployed with dedicated 5G equipment and network functionalities. In this scenario, the network is directly linked to a cloud-native 5G core which can deliver a more complete experience including support for advanced use cases requiring ultra reliable low latency communications (uRLLC) and massive machine type communication (mMTC). #fast_communication_info

5G consumption is set to increase by a factor of 4x by 2028 in part due to the new standards making 5G highly customizable for the Enterprise. T-Mobile For Business is the sole U.S. 5G provider with a modern 5G Standalone Network enabling true network slicing. Network slicing allows creating multiple virtual networks atop the same physical infrastructure. Each slice is an isolated end-to-end network tailored for specific application, group, or user's needs. Traditional networks lack this capability, offering just one pipe for all traffic. T-Mobile's standalone 5G network will deliver slicing that caters to diverse use cases by adjusting network attributes per virtual slice. The 3GPP has defined multiple slice attributes see below. ;-) Want to know more? Email [email protected].

Curious if moving to #5G could come with some performance impact surprises? Explore our guide highlighting the pivotal role of the access network, a cornerstone for seamless connectivity. Download: https://okt.to/NuZ46B #networkperformance

As 5G becomes an absolute requirement for critical business applications, this matters! Did you know T-Mobile for Business has the only nationwide #5G standalone #network in the U.S.? 5G Standalone is a "100% 5G network," built entirely on the latest 5G technology—without depending on older 4G systems like non-standalone 5G does. Standalone 5G is faster and more efficient than our 4G systems. And you need 5G standalone for innovations like: ✅ Network slicing ✅ Ultra-low latency ✅ Private 5G networks Discover how 5G standalone can take your business further: https://t-mo.co/4bKYfiT

Network Slicing is only possible on 5G SA.

Are you a customer service provider (CSP) looking to provide businesses with low latency, maximum #5G network availability, and high device connectivity? Nybsys suggests you slice the network. It allows the creation of multiple virtual networks on a single physical #infrastructure. You can utilize resources efficiently, offer enhanced quality of service, and reduce excessive costs through 5G network #slicing. Plus, it paves the way to increase revenue by introducing new services to meet specific customer needs. Read this exciting blog about network slicing in 5G: https://lnkd.in/g-uSD3Ba #networkslicing #CSP #MNO #lowlatency #Nybsys

Curious if moving to #5G could come with some performance impact surprises? Explore our guide highlighting the pivotal role of the access network, a cornerstone for seamless connectivity. Download: https://okt.to/BUvlQx #networkperformance