The entity responsible for establishing mobile telephony standards, known as 3GPP, opted to focus on the transition to 5G in two distinct phases. The first phase is associated with Release 15, better known as 5G NSA (Non-Standalone), while the second phase corresponds to Release 16, or what we commonly refer to as 5G SA (Standalone). Link copied.
The 5G NSA architecture combines 4G and 5G infrastructures. It is based primarily on three elements, each with a key function : 4G base stations (eNodeB), which remain essential for managing the connection. New 5G antennas (gNodeB), to boost data rates and improve latency.
There are two modes in which 5G networks are deployed. These are standalone or 5G SA mode and non-standalone or 5G NSA mode. Both refer to two different 5G deployment architectures and each has its different specific network configurations, capabilities, and limitations.
NSA leverages the existing LTE radio access and core network (EPC) to anchor 5G NR using the Dual Connectivity feature. This solution provides a seamless option to deploy 5G services with very less disruption in the network.
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Understand the six 5G deployment options defined in 3GPP Release 15, including Non-Standalone (NSA) and Standalone (SA) architectures, to guide optimal 5G rollout strategies.
Free QuoteSince 5G networks were commercially launched, there has been a progressive evolution in their architecture. The entity responsible for establishing mobile telephony …
Free Quote5G NSA architecture Key components The 5G NSA architecture combines 4G and 5G infrastructures. It is based primarily on three elements, each with a key function : 4G base …
Free QuoteLearn the difference between non-standalone and standalone 5G, including how each architecture affects cost, performance, energy efficiency and network capabilities.
Free QuoteIn the current telecom landscape, communication service providers (CSPs) are maximizing the use of mature long-term evolution (LTE) technology to meet their goals (Figure …
Free QuoteNSA includes both 4G and 5G base stations, but 4G base stations are given priority. The NR control plane is fixed at the EPC, so the radio frequency signals are forwarded …
Free Quote5G Non Standalone Solution OverviewThis chapter contains general overview information about the 5G NR Non Standalone (NSA) solution, including sections for: Overview …
Free QuoteUnderstand the differences between NSA and standalone 5G deployments to meet strategic targets and ensure maximum ROI while delivering quality connectivity.
Free QuoteStandalone 5G deployment architecture or 5G SA mode is a complete or full and native 5G network deployment that uses actual fifth-generation cellular network infrastructures …
Free QuoteOption 3 is most likely to be the first practical and feasible (realistic) 5G deployment step for many operators around the world nowadays. Option 3 represents a Non-Standalone …
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