Taiwan's 5G ambitions confront limits of homegrown technology

Advancing Inorganic Electro-Optical Materials for 5G

In the dynamic landscape of modern telecommunications, the march towards ultra-fast and expansive data transmission is inseparably intertwined with breakthroughs in optical communication technologies. The advent of 5G networks has dramatically intensified the demand for modulation techniques that can handle increasingly complex optical signals with speed and precision. Central to this evolution is electro-optic (EO) modulation, a process that ma…

Ericsson, telcos trial 5G Radio Dot in Taiwan

Ericsson noted that the test demonstrated that its Radio Dot System can deliver strong indoor 5G performance using the CSPs’ 3.5GHz spectrum and 4×4 MIMO In sum – what you need to know: Ericsson demos indoor 5G – Trial at Taipei City Mall showed over 1 Gbps speeds using its multi-operator Radio Dot System. Lower […]

Taiwan's 5G ambitions confront limits of homegrown technology

At a high-security inspection of the Evergreen Group's Seventh Container Terminal on May 7, Chunghwa Telecom's CTO & SEVP, Chih-Hsiung Huang, acknowledged that limitations in domestic 5G Open Radio Access Network (O-RAN) technology have made it unsuitable for the expansive port environment. As a result, the 5G private network deployed at the terminal continues to rely on base stations provided by Nokia and Ericsson.