Cellular standards organization 3GPP approves 5G standalone specifications, allowing for development of 5G products that don't depend on 4G
Jeremy Horwitz / VentureBeat :
Context & Ripple Effects
This closes the loop opened when 3GPP signed off on its first 5G NR specification in December 2017: the standards body has now approved the standalone specifications that let 5G products run without a 4G anchor underneath them. Until now, early deployments leaned on LTE for control functions, which is why carrier launches like AT&T's nationwide sub-6GHz push drew competitor criticism over branding on non-5G devices.
The move also operationalizes the performance targets set when the ITU announced its 5G specs — 20Gbps downloads, 1ms latency, and support for up to 1M devices per square kilometer — targets that only a fully independent 5G core can realistically pursue.
First-order effects
- Chipset, device, and network-equipment makers can immediately begin developing products around a complete 5G standard rather than hybrid 4G-dependent designs, giving AT&T and other carriers a clearer path from their 12-city launch plans to genuinely independent networks.
Second-order effects
- Carriers whose current '5G' offerings depend on 4G infrastructure face sharper differentiation pressure as standalone-capable rivals can market true end-to-end 5G, raising the stakes in the branding disputes already surfacing around AT&T's 5G E labeling.
Third-order effects
- A completed standalone spec becomes the foundation layer that later generations build on — visible in telcos' subsequent work toward 5G Advanced features like network slicing and faster uplinks as 6G standards work begins.
The trend: Cellular standards are moving through an accelerating cadence — from the ITU's 2017 targets to NR, standalone 5G, and now 5G Advanced — with each 3GPP approval unlocking a new wave of carrier and vendor product cycles.