There’s a reason Mid-band is the world’s most popular form of 5G. When comparing this chunk of the 5G spectrum to its surrounding layers, frequencies below C-Band will have better propagation but lower throughput, while frequencies above C-Band will deliver better performance and lower propagation. ![]() While the entire Mid-band spectrum is made up of frequencies between 2 -7 GHz, C-Band frequencies deployed by AT&T and Verizon specifically fall between 3.7-3.98 GHz. There are three primary types of 5G spectrum bands: low-band (the coverage layer), Mid-band (the capacity layer), and high-band (the high-capacity layer or mmWave). To put it simply, the acquisition and rollout of C-Band 5G by the largest telcos means expanded 5G Mid-band coverage throughout the U.S., dishing out faster speeds than 4G LTE and low-band 5G, and improved penetration (or propagation) compared to high-band 5G spectrum. Since then, related headlines have left many readers scrambling to understand what a spectrum formerly allocated to satellite TV has to do with the way they run their business. ![]() In 2021, AT&T and Verizon purchased the lion’s share of available C-Band spectrum licenses to fill crucial gaps in their respective 5G offerings. C-Band spectrum falls in the 5G ‘sweet spot,’ providing ideal performance and propagation
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