While Amazon is focused on the unlicensed spectrum on which its devices, services and fulfilment centers rely, it also has interests in drone and autonomous vehicle delivery systems as well as private IoT networks and mobile satellite communications. Read more...

Facebook is interested in a broad range of spectrum resources across mid-band and mmWave frequency ranges. It considers that making spectrum accessible to a wide range of use cases will require it to be made available through a balance of unlicensed, lightly licensed, and licensed spectrum allocation regimes. Read more...

Google has broad interests in spectrum resources across a range of bands that are predominantly unlicensed. Read more...

Microsoft sees significant opportunities for the use of license-exempt, lightly licensed, and shared spectrum as part of the 5G ecosystem. Read more...

While led by the US, many nations in Europe, and to a lesser degree the Asia Pacific, have moved to ban equipment from Huawei and ZTE. Many of these actions fall short of outright bans, although measures such as strict security requirements and increased government intervention powers effectively constitute de… Read more...

Although the 2019 World Radio Conference did not decide to study 7 GHz and 8 GHz spectrum for identification for IMT (mobile broadband) services, the mobile industry continues to lobby for shared access to the 7125 - 7750 MHz and 7750 - 8500 MHz ranges, or parts thereof. Read more...

What approaches are different countries taking? How does CBRS in the US differ from LSA in Europe? What other methods are being adopted? Are some frameworks for licensed spectrum sharing particularly suited to 5G? Read more...

A number of recent technology, standards and regulatory developments have elevated discussions around the use of terahertz spectrum for commercial fixed and wireless communications. The current focus of research and regulatory activities is on the lower end of the terahertz range – 300-450 GHz – where technologies have evolved to… Read more...

WRC-19 was a boost for the satellite industry's 5G ambitions, enhancing its ability to offer broadband to cars, planes and trains. Delivering 5G rural broadband and LTE private networks is the subject of several new satellite ventures. Read more...

WRC-19 directs WRC-23 to consider an IMT identification for 6425-7025 MHz in Region 1 and 7025-7125 MHz globally. This decision once again pits cellular 3GPP proponents strongly against their IEEE focused Wi-Fi counterparts and it will be the subject of intensive debate and lobbying over the next 4 years. Read more...