ACMA opens 5G spectrum auction consultations
ACMA has released draft spectrum licensing instruments in the 3575–3700 MHz band (3.6 GHz band), which brings 5G mobile broadband services a step closer.
“The ACMA is consulting on the details of the spectrum licences to be offered in the 3.6 GHz band, the draft rules of the auction and the technical framework that will underpin the new licences,” said ACMA Chair Nerida O’Loughlin.
“Consultation will ensure that these are fit for purpose for the auction process.”
The details are contained in a discussion paper and in a number of draft legislative instruments, including a marketing plan and draft auction rules released by the ACMA.
“We are making spectrum available as early as possible so that all Australians can benefit from these new technologies. But we recognise the 3.6 GHz auction will require incumbent operators in the band to make some changes,” O’Loughlin said.
“In this context, the ACMA is seeking comment on the introduction of planning arrangements to support frequency coordination and licensing of point-to-multipoint systems in the 5.6 GHz band. This is one of several previously announced strategies to support the transition of existing services in the 3.6 GHz band. The ACMA is also seeking comment on proposed measures to protect existing BoM radar services and make provision for additional radar services in future.
“We will be working closely with wireless internet service providers, satellite operators and the Bureau of Meteorology up to and well beyond the auction process to address their concerns.”
The ACMA has also released a draft Five-year spectrum outlook 2018–22 (FYSO) for feedback. The FYSO presents the ACMA’s spectrum management priorities for the coming year and over the medium term. This year’s FYSO announces key elements of a revised allocation work program, signals planning priorities and updates progress on implementation of the Spectrum Review and new radiocommunications legislation.
“The ACMA’s spectrum planning continues to keep pace with a rapidly changing communications environment,” O’Loughlin said.
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