tpl_more-articles.php
More about "5G"
Overview of current mobile bands (2021)
Apr 29, 2021
by Toby Youell

This overview provides a high level view of the frequencies generally used for mobile broadband globally for both 4G and 5G. It also summarises some relevant recent trends. Read more...

700 MHz (2021)
Apr 29, 2021
by Toby Youell

Widely seen as the global low-band for 5G. Most of the world’s major economies have awarded these frequencies to mobile operators. Read more...

3.3 – 3.8 GHz (2021)
Apr 29, 2021
by Toby Youell

The premier mid-range global 5G band. Many countries plan to assign at least 300 MHz of spectrum in 3.3 - 3.8 GHz for 5G networks. Read more...

2.6 GHz (2021)
Apr 16, 2021
by Toby Youell

A promising future 5G band, currently used around the world for 4G. Read more...

2.1 GHz (2021)
Apr 13, 2021
by Toby Youell

The core 3G mobile band in most countries, the 2.1 GHz band may be refarmed to 4G in due course. Adjacent spectrum has become a battleground between the mobile and satellite industries but there is hope that this was resolved at WRC-19 Read more...

1900 MHz (2021)
Apr 13, 2021
by Toby Youell

This Americas-only band is being refarmed from 2G/3G to 4G and 5G; it is better known as the Personal Communication Services (PCS) band Read more...

1800 MHz (2021)
Apr 13, 2021
by Toby Youell

1800 MHz is the world’s most popular 4G band, especially in Regions 1 and 3 Read more...

L-Band (2021)
Apr 13, 2021
by Toby Youell

A number of European Union Member States have now made available the L-Band for mobile. The US has also allowed portions of it to be used for terrestrial mobile. The band is also known as the 1400 MHz or 1500 MHz. Read more...

850 MHz (2021)
Apr 07, 2021
by Toby Youell

A mostly 3G band, mostly used in the Americas, with potential in North America for 5G services. Read more...

900 MHz (2021)
Apr 07, 2021
by Toby Youell

GSM-based 2G services use 900 MHz across Europe, Africa, and Asia. The band is set to be refarmed for 4G and 5G services over the medium- to long-term. Read more...