Heaptalk, Jakarta — The Ministry of Communication and Digital Affairs (Komdigi) is set to auction off frequency bands in the 700 MHz, 1.4 GHz, and 2.6 GHz spectrums soon. Minister Meutya Hafid also hinted at the potential entry of new telecommunications players into the industry. The release of these spectrums is expected to enhance nationwide connectivity, facilitate the adoption of new technologies, and encourage more competition in the telecommunications sector.
“We believe that releasing these frequencies will ease the adoption of various emerging connectivity technologies and open opportunities for more players, fostering a more dynamic competitive landscape,” stated Minister Meutya.
The auction for the 700 MHz, 1.4 GHz, and 2.6 GHz frequencies is slated for this year, specifically in the second semester, following the Ministry’s issuance of a ministerial regulation.
“Our primary goal is connectivity. To achieve this, Komdigi continues to innovate, particularly in leveraging new technologies such as fixed wireless access (FWA) to reach households that currently lack adequate internet access,” she explained.
“One approach is optimizing existing frequency allocations. These frequencies can pave the way for emerging connectivity technologies while enabling new market entrants to provide better services to the public,” she added.
Komdigi has allocated an 80 MHz bandwidth in the 1.4 GHz spectrum specifically for broadband wireless access (BWA), which delivers high-speed internet to homes. The Ministry believes this spectrum can support connections of up to 100 Mbps.
Through this initiative, Komdigi aims to revive the BWA service, which providers like Bolt and IM2 previously offered before declining due to market competition. Unlike past attempts, the Ministry has devised a new strategy to ensure sustainable implementation, including adherence to global standards. The upcoming frequency auction reflects the government’s commitment to accelerating digital transformation and bridging the digital divide across Indonesia.