5G standards leadership
Driving the 5G engine with research and standardization
Powered by world-renowned research from Nokia Bell Labs, Nokia has been the forerunner in defining the fundamental technologies for the 5G era.
Nokia uses its leadership position to ensure that 5G technology remains indispensably valuable to people and organizations that use it every day. We are driving standardization efforts to meet consumer, enterprise and industrial requirements not addressed in previous cellular standards, and we are constantly anticipating future needs by innovating new applications enabled by 5G.
We have one of the industry’s broadest and strongest portfolios, with about 4,300 patent families declared essential to cellular standards, including more than 4,000 families for 5G.
Roadmap to 5G standards
5G white papers
In this white paper, we highlight the motivation for supporting Uncrewed Aerial Systems (UAS), describe different deployment models and explain the features that were introduced by 3GPP Release 17. We also look at some of the aspects that will be addressed as part of 5G-Advanced in upcoming releases.
5G-Advanced is set to evolve the 5G system to its fullest capabilities. It will comprise a large set of innovations offering a plethora of benefits for network and system operators, end-users and verticals. As the initial program for 5G-Advanced takes shape in 3GPP, this paper provides an overview of the key technology enhancements to be expected.
3GPP has introduced a comprehensive toolbox of device energy saving features in the 5G New Radio (NR) Releases 15–17. The toolbox is the focus of this paper, with an emphasis on the recent enhancements defined in NR Release 17.
In this white paper, we explore some of the many possible use cases that can benefit from 5G time synchronization services either if the consumers of time require precise time or the devices are located outdoors or deep indoors.
In this white paper, we highlight the motivation for NPN, describe different deployment models and explain the features that were introduced by 3GPP Releases 16 and 17.
In this short paper we present how cellular networks can provide reliable connectivity to UASs and how high throughput applications from drones can be supported at the same time.
Discover how the evolution of 5G New Radio (NR) shows that positioning services are becoming important components of current and future cellular networks.
Explore the latency and jitter performance of isochronous audio transmission over 5G URLLC.
Gain a view of High-altitude platform stations (HAPS) that are used to supplement terrestrial networks and extend coverage to remote areas.
5G blog posts
25 Apr 2022
3GPP has approved the 5G-Advanced radio performance features that complete the overall RAN package for Release 18
19 Apr 2022
With improved capabilities in positioning and timing, 5G-Advanced will transform the network, enabling us to know more than just what is happening, but where and when too.
25 Jan 2022
5G-Advanced is taking shape before our eyes. Last month, 3GPP approved many of the items in Release 18, defining the features that will make up 5G-Advanced networks when they first appear in 2025. Now that our target is in sight, we felt it is high time to shine a spotlight on how these features will make 5G-Advanced a truly meaningful evolutionary step in our long cellular journey.
14 Dec 2021
Last month, our Chief Technology and Strategy Officer Nishant Batra laid out an ambitious vision for 5G-Advanced, focusing on what we are calling the four E’s: experience, expansion, extension and operational excellence. This week 3GPP made a critical decision that will help turn Nokia’s 5G-Advanced vision into reality. 3GPP approved the final RAN feature set for the 5G-Advanced in Release 18.
22 Nov 2021
Nishant Batra, our Chief Strategy and Technology Officer, kicks off an exciting new Nokia series exploring the ‘’Four E’s” of 5G-Advanced: Supporting new 5G experiences, expanding 5G into new use cases, extending 5G into new areas and boosting 5G operational excellence.
10 Sep 2021
Today we’re getting our first look at the 5G-Advanced system architecture, just as we got our first look at the radio features of 5G-Advanced in July. The Service and System Aspects Technical Specifications Group (TSG SA) this week received submissions from across the industry for new features and plans for Release 18.
14 July 2021
To understand the future of 5G, one only needs to look to South Korea. One of the earliest 5G adopters, South Korea has seen its mobile data usage soar since the introduction of the first 5G smartphone in 2019. According to tefficient, 5G traffic accounts for more than 50% of the total mobile data traffic in the country after only two years.
2 July 2021
Today 5G-Advanced began to take shape. Companies across the breadth of the telecom industry this week discussed the first submitted proposals to the 3GPP RAN Release 18 workshop, giving us our first preview of what to expect in 5G’s next important evolutionary step. The first 5G-Advanced networks won’t appear until 2025, but, based on the commonalities among the 500 proposals submitted, we can start painting a picture of the features and use cases that will be supported.
25 April 2021
Devaki Chandramouli is known for her ability to navigate the difficult terrain of technology standardization with ease. As the head of North American Standardization at Nokia, Chandramouli sets Nokia’s standards and industry-environment strategy in the region.
10 March 2021
5G New Radio (NR) Positioning is evolving as a key feature that enables the operator of a 5G network to position devices for both indoor and outdoor applications with much better accuracy and reliability than those of previous generations.
15 December 2020
Increasing global sustainability is one of the many areas in which an evolving 5G will help. Virtual collaboration, economic resiliency and the digital divide are complex challenges. By taking the right steps now, organizations can build the secure 5G infrastructure we will need to resolve those challenges now and in the years ahead — harnessing new service profiles, precise location and time data, and affordable global connectivity to make our world more sustainable in 2025 and beyond.
24 November 2020
Even though 5G networks are rolling out at a rapid pace around the world, the race to 6G has already begun. But this race is a marathon, not a sprint.
As an avid technologist, I believe that this is an exciting time as the industry is gearing up for 6G research while simultaneously enhancing 5G capabilities with 3GPP releases. Technology research is shifting focus towards 6G with a view of commercialization around 2030.
Hear from our experts
The network is constantly evolving and 5G-Advanced is the next step on the long journey to 6G. Nokia’s Matthew Baker explains the full range of value this will bring – from improved consumer XR to reducing carbon emissions.
This is the first webinar in a series with Nokia 3GPP experts, painting a picture of 5G-Advanced’s radio and system architectures and providing a view of the upcoming 3GPP release schedule. Deep-dive into how 5G-Advanced.
Watch Nokia’s Matthew Baker, Head of Radio Physical Layer and Co-existence Standardisation, discuss how 5G-Advanced will provide improved experience for humans and machines, extensions for new use cases, and expansions to offer new functionalities. All powered by innovations that provide operational excellence.
5G-Advanced discussions with research experts Harri Holma, Antti Toskala.
Balazs Bertenyi explains the major successes achieved in Rel-16.
Learn about the evolution of 5G and how Nokia is a leading force in its standardization.