Quick Answer
The regulatory framework for LTE450 spectrum operates at three levels: global (ITU Radio Regulations, WRC decisions), regional (CEPT/ECC harmonisation in Europe), and national (individual regulator licensing decisions). The ITU identified the 450-470 MHz band for IMT use at WRC-07. CEPT ECC Decision (09)03 harmonised the band for LTE in Europe. National regulators then make individual licensing decisions based on this framework.
ITU Framework
The International Telecommunication Union (ITU) allocates spectrum globally through the Radio Regulations, updated at World Radiocommunication Conferences (WRCs) held every 3-4 years. The 2007 WRC (WRC-07) added the footnote identification IMT for the 450-470 MHz band in ITU Radio Regulation footnote 5.286AA. This identification does not create an obligation for countries to deploy IMT (LTE) in this band, but it provides the regulatory authority for countries to do so without conflicting with other international allocations.
Subsequent WRCs have maintained and refined the IMT identification for the 450 MHz range. WRC-23 (held in late 2023) considered further spectrum harmonisation and 5G NR aspects. The ITU framework provides the international legal basis that underpins all national 450 MHz LTE licensing decisions.
CEPT/ECC Decision (09)03
ECC Decision (09)03, “The harmonised use of the frequency band 450-470 MHz for IMT systems,” is the key European regulatory instrument for LTE450. It was adopted in 2009 and has been revised subsequently to reflect technical developments. The Decision specifies: the frequency range (450-470 MHz) designated for IMT harmonisation; the technical conditions (maximum EIRP, out-of-band emission limits, coordination requirements with adjacent band services); and the operational conditions applying to IMT systems in CEPT member states.
The Decision is implemented differently by each CEPT member state depending on their domestic spectrum situation. Some countries have already awarded spectrum under the Decision framework (Germany, Finland, Netherlands); others are in planning stages; a few have concluded that existing services in the band make near-term LTE use impractical without a costly band-clearing process.
National Spectrum Licensing
National spectrum licensing for LTE450 may take the form of: a spectrum award (competitive auction or beauty contest) for a defined block of spectrum; individual block assignments to specific operators or utility consortia; or a shared spectrum approach where multiple users share a single block. Licence conditions typically specify: minimum coverage obligations, technical operating parameters (power levels, antenna heights), use restrictions (utility/critical infrastructure only vs general use), licence duration, and spectrum fees.
Frequently Asked Questions
Spectrum fees vary enormously by country and licensing approach. Germany’s 450connect licence fee was reportedly in the range of tens of millions of euros for a national 10-year licence. In countries using a shared spectrum model or innovation licensing approach, fees may be much lower. In the UK, Ofcom’s approach to spectrum pricing is based on administered incentive pricing (AIP) principles, aiming to reflect the opportunity cost of the spectrum.
Yes, in most countries. Spectrum licences are technology-neutral in most modern regulatory frameworks – any entity that meets the technical and financial qualifications can apply. In Germany, 450connect (a private company) holds the licence. However, some countries attach use restrictions to 450 MHz licences, limiting authorised users to critical infrastructure operators or similar categories.