Usage Of Different Spectrums And Frequencies To Be Studied To Address Internet Coverage Inside Buildings - Fahmi

From Hasnah Jusid

SEOUL, Sept 30 (Bernama) -- Malaysia will study the use of different spectrums and frequencies as used in South Korea to overcome the problem of internet coverage in buildings (In-Building-Coverage), said Communications Minister Fahmi Fadzil.

He said, the effectiveness of the method has been proven in South Korea which also faced the same problem before.

"They (LG U+) informed me of a solution that involves one frequency, one spectrum, so I ask MCMC to look into the findings and views from LG U+ if it is suitable and can be used in Malaysia, we will work on a proof-of-concept," he told Bernama.

Earlier, Fahmi held a meeting with LG U+ executive vice president Johan Sue-hyun Chung and senior officials of the telecommunications company and attended a briefing on the status of 5G network coverage in South Korea.

Also present was Maxis chief executive officer Goh Seow Eng.

Fahmi was also briefed on artificial intelligence (AI) application developed by LG U+ to help users answer phone calls as well as detect elements of fraud.

Apart from that he was also taken to visit the LG Sciencepark to see for himself the largest research and study complex in South Korea which showcased the company's products in the automotive and logistics fields using AI technology.

In the meantime, Fahmi asked Telekom Malaysia (TM) and LG U+ to look at the potential of cooperation for the implementation of 5G, especially for local companies in the industrial and enterprise sectors.

Founded in 1996, LG U+ is a leading South Korean telecommunications company recognised for cutting-edge 5G, broadband and IoT.

Fahmi is currently on a three-day working visit to South Korea.

Among others, he will deliver a keynote address at the GSMA Mobile 360 ​​APAC conference and explore new collaboration opportunities in the film industry, as well as meet representatives of telecommunications company management to get input related to connectivity.

-- BERNAMA