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1710-1885 MHz

694-960 MHz

700 MHz

HAPS

HIBS

IMT

WRC-23

WRC-23: Three extra spectrum allocations for HIBS

The conference voted to identify the 694—960 MHz, 1710—1885 MHz and 2500—2690 MHz bands for High Altitude IMT Base Stations (HIBS).

APT

ASMG

ATU

CEPT

CITEL

HAPS

HIBS

RCC

SoftBank

WRC-23

HIBS to get more spectrum at WRC-23

While most regional groups support more spectrum for High Altitude IMT Base Stations (HIBS), the type of allocation it will receive is still uncertain.

2.1 GHz

HAPS

HIBS

IoT

Mobile Satellite Service

MSS

Saudi Arabia to auction 2.1 GHz spectrum for non-terrestrial services

Saudi Arabian regulator the Communications & Information Technology Commission (CITC) is planning to start the auction on 23 August.

HAPS

New propagation model provides a small step towards HAPS deployment

Japan's SoftBank and its subsidiary HAPS Mobile have developed a propagation model that will enable HAPS (high altitude platform systems) to be studied further at WRC-23.

HAPS

Radio Astronomy

WRC-23

WRC-23 must safeguard science spectrum, say radio astronomers

WRC agenda items on IMT, the use of high-altitude platform stations as IMT base stations and possible changes to uses in the 470—960 MHz band raise significant interference concerns, according...

6G

HAPS

LEO

Loon

Satellite

UAV

6G will be a new type of network mixing satellite, airborne and terrestrial technology

Satellites, particularly low earth orbit constellations, as well as aircraft, balloons and unmanned aerial vehicles, will be central to the next generation of mobile technology in a way they have...

HAPS

Inmarsat

WRC-19

WRC-23

WRC-23: what you need to know today

WRC-23 is expected to be dominated by calls for IMT identifications in the C-band, 6 GHz and 10 GHz; a review of the UHF band in Region 1; potential new allocations...

31-31.3 GHz

38 GHz

HAPS

HIBS

WRC-23

HAPS get an additional 1.8 GHz of spectrum at WRC-19

Of all the bands under discussion at WRC-19, only 31-31.3 GHz and 38 GHz received a global identification for high altitude platform stations (HAPS).

HAPS

Lynk

Satellite

SoftBank

Stratospheric and space services look to flip mobile spectrum

Japanese mobile giant SoftBank and fledgling US satellite company Lynk are looking to use terrestrial mobile spectrum for stratospheric and satellite services respectively.

28 GHz

Airbus

FSS

HAPS

WRC-19

Viewpoint: HAPS needs more spectrum from WRC-19

High altitude platforms (HAPS) are crucial for affordable broadband connectivity backhaul, particularly in the developing world, says consultant H. Sama Nwana.

21.4-22 GHz

24.25 GHz – 27.5 GHz

38-39.5 GHz

ATU

HAPS

WRC-19

African administrations hope for global action on spectrum for HAPs and “unlawful earth stations”

Abdoulkarim Soumaila, secretary general of the African Telecommunications Union (ATU), told PolicyTracker that he hopes the international community will come round to the ATU's way of thinking on two WRC-19...

5G

HAPS

mmWave

Satellite

unlicensed

Wi-Fi

WRC-19

WRC-19 update: two mmWave bands emerge as 5G front runners

The ITU study groups are getting close to completing the final reports which will form the bedrock of the WRC-19 agreement. Some consensus is emerging, notably on 5G bands and...

Hybrid training 23 - 27 September 2024 Understanding Modern Spectrum Management

The key engineering, legal and policy issues