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More about "3.5 GHz"
Huawei
Jun 01, 2026
by Dianne Northfield

Huawei prioritises nationwide exclusively licensed spectrum policies in support of the deployment of wide area macro-cellular IMT networks and their evolution. It asserts that the Upper 6 GHz band is the only feasible spectrum opportunity for the launch of 6G mobile networks. For 6G, Huawei also identifies sub-1 GHz and… Read more...

Apple
Jun 01, 2026
by Dianne Northfield

Apple recognises the importance of unlicensed and shared spectrum access and hybrid connectivity solutions. It argues that licence-exempt wireless access systems play a key role in global connectivity, complementing licensed mobile networks and driving innovation in devices and services. To meet future indoor connectivity needs, Apple argues that regulators will… Read more...

Samsung
Jun 01, 2026
by Dianne Northfield

Samsung supports a wide range of spectrum, including low-, mid- and high-band, enabling tailored 5G deployments for different environments and operator requirements. It prioritises the availability of full-power, licensed spectrum suitable for wide-area mobile broadband networks. Samsung argues that additional spectrum assignment to support both licence-exempt and licensed mobile spectrum… Read more...

Qualcomm
Jun 01, 2026
by Dianne Northfield

Qualcomm argues that additional spectrum for both exclusively licensed 5G and 6G operations and unlicensed use cases is needed to support growing demands and generational mobile technology advances. It considers that the emergence of 6G opens the door to transformative opportunities across all spectrum bands — low, mid and high… Read more...

Nokia
Jun 01, 2026
by Dianne Northfield

Nokia prioritises the release of individually licensed spectrum for high-power terrestrial mobile operations with nationwide usage rights. It also supports innovative spectrum management through policies supporting managed shared spectrum, unlicensed spectrum and spectrum for use by vertical industries. Nokia urges regulators to defer decisions on Upper 6 GHz sharing until… Read more...

3.3-4.2 GHz benchmarking: Global and regional overview
Sep 19, 2025
by Dianne Northfield

PolicyTracker’s updated 3.3-4.2 GHz benchmark tracks the status of spectrum policies related to this mid-band range across 122 countries and territories that continue to progress assignments for IMT/5G use, along with a growing number of nations that are earmarking spectrum for use on a localised basis. While the assignment of… Read more...

3.3-4.2 GHz benchmarking: Developments in Africa
Sep 19, 2025
by Dianne Northfield

Nations in Africa represent fourteen percent of the nations and territories included in PolicyTracker’s updated 3.3-4.2 GHz benchmark, including seven new nations in the region. In Africa, the amount of spectrum assigned in the 3.5 GHz range is in the order of 200 to 300 MHz, with spectrum assigned per… Read more...

3.3-4.2 GHz benchmarking: Developments in the Americas
Sep 19, 2025
by Dianne Northfield

Nations in the Americas represent nineteen percent of the nations and territories included in PolicyTracker’s updated 3.3-4.2 GHz benchmark. Twenty-three nations in the region are now included the benchmark, with nine new nations included. Regulators in the region are typically assigning between 200 to 500 MHz of 3.5 GHz of… Read more...

3.3-4.2 GHz benchmarking: Developments in Asia
Sep 19, 2025
by Dianne Northfield

Nations in Asia represent twenty-three per cent of the nations and territories included in PolicyTracker’s updated 3.3-4.2 GHz benchmark. There are 3.5 GHz assignment activities in 28 nations in the region, with 19 of these focused exclusively on the 3.3-3.6 GHz range. Ten new countries in the region are now… Read more...

3.3-4.2 GHz benchmarking: Developments in Europe
Sep 19, 2025
by Dianne Northfield

Forty-six nations in Europe are included in PolicyTracker’s updated 3.3-4.2 GHz benchmark, including nine new nations. All nations in the region have assigned or plan to assign spectrum within the 3.1/3.4-3.8 GHz range, while 10 nations are targeting the release of spectrum above 3.8 GHz. There is also traction in… Read more...