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DOI: 10.22184/1992-4178.2025.246.5.124.134
The deployment of 6G communication networks is expected in the early 2030s; in 2017 the IEEE 802.15.3d standard (300 GHz range) was approved and work on improving it continues. The article discusses the architectures and main technologies required for the deployment of 6G networks and the problems of their implementation.
Tags: 6g technologies cmos and sige bicmos technologies data transfer rate ieee 802.15.3d standard thz range аiiiвv technologies кмоп- и sige бикмоп-технологии скорость передачи данных стандарт ieee 802.15.3d тгц-диапазон технологии 6g технологии аiiiвv
Subscribe to the journal Electronics: STB to read the full article.
The deployment of 6G communication networks is expected in the early 2030s; in 2017 the IEEE 802.15.3d standard (300 GHz range) was approved and work on improving it continues. The article discusses the architectures and main technologies required for the deployment of 6G networks and the problems of their implementation.
Tags: 6g technologies cmos and sige bicmos technologies data transfer rate ieee 802.15.3d standard thz range аiiiвv technologies кмоп- и sige бикмоп-технологии скорость передачи данных стандарт ieee 802.15.3d тгц-диапазон технологии 6g технологии аiiiвv
Subscribe to the journal Electronics: STB to read the full article.
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