Page 60 - SAMENA Trends - May 2025
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TECHNOLOGY UPDATES  SAMENA TRENDS

        dian Ambassador Sandeep Chakravorty in   enables it to form inclusive, strategic global   cost  efficiency  and  opportunities  for  lo-
        Jakarta  to follow up on a memorandum   collaborations.  Meanwhile,  Indonesia  and   cal innovation and vendor diversity. These
        of understanding signed between the two   Russia reached an agreement to enhance   international  engagements  underscore
        countries in January 2025 covering AI, IoT   their  strategic  collaboration  in  communi-  Indonesia’s  proactive  stance  in  building  a
        and digital infrastructure. The discussions   cation and digital technologies. The agree-  globally competitive digital ecosystem. By
        focused on  expanding  cooperation  in  the   ment includes joint efforts to develop and   leveraging both domestic and global part-
        fields of 5G and artificial intelligence, pav-  expand  5G  cellular  networks,  reflecting  a   nerships,  the  government  aims  to ensure
        ing the way for technical exchanges, joint   shared  commitment  to  leveraging  emerg-  that 5G serves as a transformative force –
        research and  capacity  building. Minister   ing technologies for national development.   improving public services, boosting produc-
        Hafid emphasised the need for swift action,   Japan also reaffirmed its interest in contrib-  tivity and enhancing quality of life. Through
        proposing  a  technical  working  group or   uting to Indonesia’s 5G journey by propos-  these coordinated efforts, Indonesia is po-
        joint statement to initiate the partnership,   ing the use of Open Radio Access Network   sitioning itself to become a regional leader
        which supports Indonesia’s goal of acceler-  (Open RAN) technology. Open RAN is seen   in digital connectivity, with 5G as a founda-
        ating digital transformation. She also noted   as  a  promising  alternative  to traditional   tional pillar for future innovation, economic
        that Indonesia’s non-aligned foreign policy   network  infrastructure,  offering  flexibility,   growth and inclusive development.

        NEC Achieves Japan’s Longest Terrestrial Wireless Optical Communication
        Over 10 Kms


        NEC Corporation has successfully achieved
        Japan’s longest terrestrial wireless optical
        communication or free-space optical (FSO)
        communication,  over  a  distance  of more
        than 10 km. In addition, NEC has successfully
        conducted FSO  communications  between
        an observation  deck at  TOKYO  SKYTREE,
        the  tallest  structure in  Japan, and  a
        location on the ground approximately 3 km
        away, representing a significant change in
        elevation. the lower-end H20 chip designed
        for China. FSO is a wireless communication
        method that enables high-speed and high-
        capacity communication  compared to
        radio  waves.  It  transmits  and  receives
        light  beams without using  physical  paths
        such  as  optical  fibers.  Additionally,  it  has
        high  directionality  and  does  not  spread
        beams, resulting in low risk of interception
        by  third  parties,  reduced  interference  and
        congestion in communication, and no need
        for radio wave usage permits. These newly
        developed technologies are expected to be
        utilized  for communications in  locations
        and  regions  where  it  is  difficult  to  install
        optical  fiber,  and  for  communications   range communications related to national   successfully  achieved  communication
        between  ships  at  sea  and  the  land.  In   security. Conventionally, one of the   over a  distance  of more  than  10  km and
        addition, it is expected that the technologies   challenges  for  FSO  communications  has   communications  at different  elevations
        will be used as an alternative or emergency   been  overcoming  the  negative  impact on   with  FSO  communication  by applying
        communication  method in  the  event  of   stable communications from atmospheric   its  capture  and  tracking  technology
        a  disaster  when  wired  communication   turbulence, such as heat haze, that increase   developed for its communication systems
        networks  become damaged, making     with  distance,  and  it  has  been  difficult  to   and  long-distance  optical  communication
        communications  difficult,  as  well  as  for   grasp  atmospheric turbulence that  differs   technology used in satellites.
        highly  confidential  short-  and  medium-  between different elevations. NEC has now






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