Ericsson and Nokia face multibeam antenna challenge in 5G

TL;DR: Light Reading reported that Ericsson and Nokia’s 5G radio strategy based on massive MIMO is facing competition from multibeam antenna systems promoted by Amphenol and MatSing.

Light Reading reported that Ericsson and Nokia’s 5G network strategy is being challenged by lens-based multibeam antenna technology from Amphenol and MatSing. The report describes these products as an alternative to massive MIMO, or massive multiple-input multiple-output, which uses large numbers of antenna elements to improve 5G capacity and coverage.

The article says Amphenol and MatSing are promoting passive lens-based antenna designs rather than the active antenna systems commonly used in massive MIMO equipment from Ericsson and Nokia. The report frames this as a competitive threat to the vendors’ 5G infrastructure position.

The source excerpt does not provide launch dates, deployment figures, operator names, country names, or technical performance data for the multibeam products. Based on the available source text, the article’s central fact is that lens-based multibeam antennas are being positioned against massive MIMO systems in the 5G market.

Relevant questions

What is the competitive issue between Ericsson, Nokia, Amphenol, and MatSing in 5G?

Light Reading reported that Amphenol and MatSing are positioning lens-based multibeam antennas as alternatives to the massive MIMO systems used by Ericsson and Nokia in 5G networks.

What is massive MIMO in 5G?

Massive MIMO, or massive multiple-input multiple-output, is a 5G radio technology that uses many antenna elements to increase network capacity and coverage.

Did the source provide deployment numbers or operator names for the multibeam antennas?

No. The provided source text does not include deployment numbers, operator names, country names, or launch dates.

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