Plum assisted CITC with the award of spectrum in the 2300 MHz, 2600 MHz, and 3400 MHz bands. Having cleared this spectrum for IMT use in Saudi Arabia, CITC wished to award this to operators so that they would be able to commence rollout of 5G services and increase capacity of LTE networks. Plum worked[…]
For the Australian Department of Communications and the Arts, Plum analysed technical conditions influencing spectrum sharing in the 26 GHz band between satellite services and mobile broadband including review of inputs into the WRC-19 process. Plum undertook a review of key sharing constraints proposed by the satellite operator and associated parameters, and assessed proposed technical[…]
mmWave is one of the new frequency ranges identified for use by 5G. This report by iDate and Plum considers the state of play and the prospects for the use of mmWave spectrum in the EU and identifies issues for demand, coexistence and authorisation of mmWave spectrum identified for 5G. While the report considers a[…]
The 3.5 GHz band is a core spectrum band for 5G deployment globally and many countries have either assigned this spectrum or are making preparations to do so. In the ASEAN (Association of Southeast Asian Nations) region, the 3.5 GHz band is used by different satellite and fixed services and its availability is less clear.[…]
Plum conducted a research study for the Australian regulator ACMA to examine the international practices on the award of high-value spectrum, particularly for mobile use. The research covered a variety of award mechanisms adopted by regulators in other jurisdictions, including auctions, comparative tenders, administrative awards and hybrid formats. The outcomes of the awards were then[…]
Understanding the regulations adopted by national regulators for the authorisation of space services can be a challenging task. Over the years, various authorisation schemes have evolved and been adopted in different countries. However, by its very nature, the space sector requires international cooperation, and the lack of standardisation has resulted in different requirements for the[…]
Millions of devices – ranging from a large satellite to a tiny earphone – use the radio spectrum on a daily basis. Future mobile networks will require the radio spectrum for high-speed broadband services, low latency applications and massive machine type communications. There is also a mass use of Wi-Fi devices and sensors planned for[…]
Plum Consulting provided support to ComReg on their proposed release of the 410-415.5 / 420-425.5 MHz sub band. In particular Plum considered the potential uses of the spectrum including further spectrum for PMR, PPDR, smart metering, IoT networks and smart grids. The study considered spectrum requirements for the different services and availability of other frequencies.[…]
This Plum study for the Kosovo regulator ARKEP involved the valuation of the frequency bands for IMT services. Benchmarking and econometric analysis were carried out to derive the market value of six bands (800, 900, 1800, 2100, 2600 and 3500 MHz) and recommendations were provided on the appropriate auction reserve prices and spectrum fees, taking[…]
Plum undertook a study for Falkland Islands Communications Regulator to develop a framework for the management of radio spectrum to meet the provisions set out in Part 6 of the Communications Ordinance 2017. The study considers the requirement for a spectrum plan, requirements for licensing the use of radio frequencies and handling of pre-existing usage[…]