Amazon has successfully launched into orbit and tested its initial two satellites and is now focusing on the deployment of Ka-band Project Kuiper to increase global broadband access through a constellation of satellites in low Earth orbit. The first set of 27 Kuiper satellites was launched into space in April… Read more...

SpaceX-owned Starlink continues to amass satellite internet customers, with operational licensing agreements now in place in 125 countries and territories around the world. Typically using fixed satellite service spectrum, SpaceX is showing increasing interest in access to mobile satellite spectrum. Starlink is also ramping up its delivery of satellite direct-to-device… Read more...

Canadian-based Telesat is a longstanding geostationary fixed satellite service operator. In late 2024, Telesat secured funding required to launch its Lightspeed Ka-band Low Earth Orbit satellite constellation, with its first Lightspeed satellite launches planned for the second half of 2026 and commercial service launch planned for the end of 2027.… Read more...

Traditionally a GEO operator, EchoStar continues to advance its plans in the LEO space. With EchoStar’s remerge with DISH Networks in the US, it is also active in the terrestrial wireless market. In mid-2025, EchoStar faces ongoing operational uncertainty in the midst of regulatory scrutiny on the part of the… Read more...

Globalstar is emerging as a key player in satellite direct-to-device connectivity through its partnership with Apple. Read more...

While vendors typically agree that both existing and new spectrum bands are needed to support 6G, their positions vary on unlicensed spectrum policies – particularly as they relate to 6 GHz spectrum, including hybrid sharing of the upper 6 GHz band. Vendors are also at odds over whether dedicated spectrum… Read more...

Intel argues that spectrum suitable for wide-area, high-power cellular technologies such as 5G should be cleared and flexibly licensed to allow carriers to change services, technologies and business plans freely. Intel also argues that current and future generations of Wi-Fi and other unlicensed technologies should be supported by making additional… Read more...

Huawei typically supports exclusive spectrum licensing policies including licensed use of the upper 6 GHz band, arguing that the 6425-7125 MHz range should be a key pillar of 6G roadmaps developed by national regulators. For 6G, Huawei also identifies sub-1 GHz and mid-band spectrum as central resources, along with spectrum… Read more...

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. The company also recognises that spectrum access will involve increasingly dynamic and intensive spectrum sharing due to the shrinking supply of greenfield… Read more...

While Samsung supports unlicensed lower 6 GHz spectrum, its focus is on the harmonisation and release of additional mid-band spectrum for 5G and ultimately 6G. Samsung prioritises exclusive licensing of newly targeted upper mid-band spectrum for 6G and in existing bands it argues that flexible licensing, such as local licensing,… Read more...