Dreamstime_Welcomia_33977184 and Kassow Robots
gears_dreamstime_welcomia_33977184_promo
ID 375398333 © Emilyprofamily | Dreamstime.com
manufacturing_ai_dreamstime_l_375398333
Irina Toloknovskaia, Dreamstime.com
Circuit Diagram51965608 © Irina Toloknovskaia Dreamstime
Dreamstime_cunayah-jouna_362253229
dreamstime_cunayahjouna_362253229
Dreamstime_Khrystyna-Herasymchuk_364019668
dreamstime_khrystynaherasymchuk_364019668
Dreamstime_alexandr-yakovlev_267692611
dreamstime_alexandryakovlev_267692611
R Esonant Prom Otag 6064bd0409899

Overcoming a Spectrum Deficit in a 5G World (.PDF Download)

March 31, 2021

Read this article online.

Radio-frequency spectrum is the lifeblood of the wireless industry. However, a deficit in the amount of spectrum available for growing mobile data services appears imminent.

In mid-January 2021, a big step was taken for 5G networks in the U.S. as mobile network operators (MNOs) spent over $80 billion to acquire the spectrum upon which their network services will be built. But according to a model of spectral demand created by Resonant, an updated version of a model developed by the FCC,1 increasing demand for data services threatens to result in a situation where data demand will overwhelm the available spectrum starting in 2021 and continue to worsen through 2025.