Nigeria and Niger Republic have signed a bilateral agreement in Abuja for coordination of frequency utilisation along their borders to ensure seamless deployment of services around and within the two countries.
According to a statement from the Nigerian Communications Commission (NCC), the agreement signing ceremony was one of the highlights of the two-day Digital Economy Regional Conference, hosted by the Nigerian government and facilitated by the Federal Ministry of Communications and Digital Economy.
Nigeria’s Minister of Communications and Digital Economy, Prof. Isa Ali Ibrahim Pantami, signed on behalf of Nigeria, while his Nigerien counterpart, the Minister of Post and New Information Technologies, Mr Moussa Baraze, signed on behalf of his country.
Effective coordination: The agreement indicated it will help in the effective coordination and sharing of frequencies and channels in the ‘buffer zone or area’ on borderlines between the two countries and also help to address one of the major issues of signal interference regulation that may arise in telecoms signal transmissions by terrestrial telecoms service providers, as it spells out the procedures for regulating such cases.
The agreement, according to the two parties, provides, in part, that:
“In case of harmful interference affecting one of the parties, the affected party shall inform the other party in writing for necessary action to be carried out.
“Also, the party from whence the interference is originating shall ensure that all necessary means are used to resolve the harmful interference within 30 days of receipt of the notice.”
The Executive Vice Chairman and Chief Executive Officer (EVC/CEO) of the Nigerian Communications Commission (NCC), Prof. Umar Danbatta and Niger Republic’s Chairperson of the National Council for Regulation of Electronic Communications and Post, Mrs Aichatou Oumani, were witnesses to the agreement, which applies to the co-ordination of frequencies existing in the Nigeria-Niger transboundary areas between 87.5 megahertz (MHz) to 30 gigahertz (GHz).
