BELLEVUE, Wash.--(BUSINESS WIRE)--T-Mobile (NASDAQ: TMUS) announced today it achieved another 5G U.S. first in a test that leveraged 5G standalone millimeter wave (mmWave) on its production network.
Cellular technology is about to take a giant leap forward, but the packaging, assembly, and testing of the chips used in 5G millimeter wave and the forthcoming 6G ecosystem will be significantly more ...
Based on information from a prominent industry analyst, Apple kept mmWave (millimeter wave) 5G support out of its in-house designed C1 modem for a good reason: power efficiency. The C1, by the way, ...
BELLEVUE, Wash.—In a development that could have implications for fixed wireless speeds and 5G broadcasting, T-Mobile has announced a successful test that leveraged 5G standalone millimeter wave ...
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AI is designing wireless chips humans cannot understand, and they outperform everything
Researchers at Princeton and IIT Madras used AI to design millimeter-wave wireless chips with randomly shaped structures no ...
This article describes the development of a front-end module for 5G millimeter-wave device testing. 5G millimeter-wave is planned to be used up to the 53 GHz band. Our challenges are to optimize the ...
Researchers at Soitec and Nanyang Technological University have reported 60%+ power-added efficiency (PAE), for moderately scaled GaN-on-Si HEMTs at 30GHz operation. The devices also perform with ...
Apple's tablets still come with sub-6GHz and C-band 5G, but the Pro loses support for the faster mmWave service. And, like the iPhone 14 and 15, they swap physical SIM cards for eSIM. I’m PCMag’s ...
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