Dissecting 5G in the Wild: Performance, Coverage, and Support for Next-Gen Applications

5G, officially rolled out in 2019, has been rapidly deployed by major mobile network operators across the globe. Key advancements in 5G such as higher-order modulation, massive MIMO, wider channels, and higher operating frequencies, have set high expectations over the predecessor technology LTE, especially for enabling high-bandwidth and latency-sensitive applications such as Mixed Reality (XR), Connected Autonomous Vehicles (CAVs), and 360° video streaming — often referred to as 5G "killer" apps. While 5G's technical promises have fueled widespread excitement, understanding its true impact requires a closer look at the real-world performance delivered to end users.

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Published
2025-06-23
DOI
https://doi.org/10.1145/3711875.3736672
Primary Topic
Image and Video Quality Assessment
Type
article
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article

Dissecting 5G in the Wild: Performance, Coverage, and Support for Next-Gen Applications

Moinak Ghoshal
Image and Video Quality Assessment
article

Dissecting 5G in the Wild: Performance, Coverage, and Support for Next-Gen Applications

Moinak Ghoshal
article en

Abstract

5G, officially rolled out in 2019, has been rapidly deployed by major mobile network operators across the globe. Key advancements in 5G such as higher-order modulation, massive MIMO, wider channels, and higher operating frequencies, have set high expectations over the predecessor technology LTE, especially for enabling high-bandwidth and latency-sensitive applications such as Mixed Reality (XR), Connected Autonomous Vehicles (CAVs), and 360° video streaming — often referred to as 5G "killer" apps. While 5G's technical promises have fueled widespread excitement, understanding its true impact requires a closer look at the real-world performance delivered to end users.

Northeastern University (US)
Openalex Percentile: Top 73%
Image and Video Quality Assessment
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