Nokia says operators are trialing AI-RAN on NVIDIA Aerial RAN Computer
Nokia reported more than 20% spectral efficiency gains from its AI-RAN platform.
25 events
Nokia reported more than 20% spectral efficiency gains from its AI-RAN platform.
The trial ran at a large soccer fan event in Dallas.
3GPP creates specifications at the cutting edge of modern communications technology – but how “cutting-edge” are the technology and processes that 3GPP itself uses to create those specifications? In June 2025, a cross-3GPP Study Item was launched to review 3GPP’s specification formats and working me
The report on 6G scenarios and requirements goes to ITU-R as input to IMT-2030.
Stage 3 functional freeze is set for December 2028, with ASN.1 freeze in March 2029.
Samsung Research will lead development of core sensing and communication technology.
TR 22.870, over 590 pages, was approved at the Fukuoka plenaries.
Nokia anyRAN software passed functional tests on NVIDIA GPU-accelerated AI-RAN platforms.
Outdoor tests verified dense antenna X-MIMO in a candidate 6G band.
The companies called it the first such demonstration on a commercial network.
Work covers AI channel estimation, distributed MIMO and AI-RAN schedulers.
With NTT, Nokia Bell Labs and SK Telecom, AI raised throughput by up to 100%.
Machine learning compensates for signal distortion to improve 6G uplink coverage.
NVIDIA introduced the Arc Aerial RAN Computer; T-Mobile will test AI-RAN for 6G development.
The award covers a carrier-grade RAN software stack for 5G, 6G and AI-RAN.
TSGs#109 froze Release 19 features and moved focus to 5G-Advanced and 6G studies.
The two-day workshop set vision and priorities for 6G radio, architecture and core.
The over-the-air demo at MWC 2025 ran as part of the AI-RAN Alliance showcase.
RAN#106 in Madrid approved the study to feed minimum requirements to ITU-R for IMT-2030.
AI improved throughput by up to 18% in the first such test in Japan.
AITRAS runs AI workloads and the radio access network on the same hardware.
About 200 delegates met in Rotterdam to set 6G use case priorities ahead of formal work.
The device reached 100 Gbps in the 100 GHz and 300 GHz bands at up to 100 meters.
It bundles the Aerial Omniverse Digital Twin, Aerial CUDA-accelerated RAN and the Sionna neural radio framework.
Founding members include NVIDIA, Nokia, Ericsson, Samsung, SoftBank, T-Mobile, DeepSig and Northeastern University.