WORLDWIDE HOMOLOGATION, REGULATORY COMPLIANCE, TYPE APPROVAL SPECIALIST

Japan’s MIC Seeks Public Input on 5G Technical Standards in the 4.9 GHz Band – Japan

Japan Regulatory Authority Approval

Japan

29-01-2024

Japan's MIC Seeks Public Input on 5G Technical Standards in the 4.9 GHz Band

The Ministry of Internal Affairs and Communications (MIC) in Japan has initiated a public consultation period to gather opinions on the draft report of the New Generation Mobile Communication System Committee. The report outlines technical conditions for the 5th generation mobile communication system in the 4.9 GHz band.

This move is part of a voluntary opinion solicitation procedure, aiming to incorporate diverse perspectives and insights from stakeholders and the public. The MIC is encouraging active participation to ensure a comprehensive understanding of the proposed technical standards.

Key Points:

  1. Subject of Consultation:

    • The draft report focuses on technical conditions for the 5th generation mobile communication system in the 4.9 GHz band.
    •  
  2. Voluntary Opinion Solicitation:

    • The consultation process is based on voluntary opinion solicitation, inviting input from various stakeholders, industry experts, and the public.
    •  
  3. Submission Deadline:

    • The deadline for submitting opinions is set for February 16, 2024. Stakeholders and individuals interested in contributing to the discussion are encouraged to submit their feedback before this date.
    •  
  4. Online Access to Consultation:

    • The public consultation is accessible online via the official government platform: Link to Consultation
    •  
  5. Official Information:

For more information and to actively participate in the consultation, please visit the provided links.

MIC Open public Consultation on 2.3 GHz Band – Japan

Japan Regulatory Authority Approval

Japan

10-05-2022

MIC Open public Consultation on 2.3 GHz Band

The Ministry of Internal Affairs and Communications (MIC) in Japan opened a public consultation on the draft ministerial ordinance to revise a part of the rules regarding radio equipment rules and the technical standard conformity certification of specific radio equipment.

Official announcement you may accessed here

Japan Publishes Revised Frequency Assignment Plan – Japan

Japan Regulatory Authority Approval

Japan

11-06-2021

Japan Publishes Revised Frequency Assignment Plan

The Telecommunications Bureau of the Ministry of Internal Affairs and Communications (MIC) of Japan published the revision of The “Frequency Assignment Plan” as of March 2019.

The “Frequency Assignment Plan” is a table showing assignable frequencies in Japan. The Plan is established and disclosed by the MIC under the Radio Law.

The frequencies for each radio station are assigned considering the following matters:

 

Class of emission, necessary frequency bandwidth, antenna power, location of the transmitting and receiving stations, characteristics of radio equipment, electric field strength and protection ratio of interference to be ensured, necessary intervals for separating adjacent frequencies, radio wave propagation characteristics, and other technical matters  

Constitution and Convention of the International Telecommunication Union and the prescriptions of the RR based on them as well as the results of international coordination conducted under the RR  

In addition to the agreements mentioned in the term (2), other bilateral or multilateral arrangement on the usage of frequencies and the results of coordination conducted under them (e.g. the agreement relating to the International Telecommunication Satellite Organization (INTELSAT))  

Frequencies listed in Chapter 4 of this Plan  

Other necessary matters for securing the equitable and efficient utilization of radio spectrum

As an exception, frequencies may be assigned without conforming to the Frequency Allocation Table to radio stations for experimental or temporary operations or for other purposes in case when it is necessary from the viewpoint of securing the equitable and efficient use of radio spectrum.

Official Link