Facts about 5G mmWave Technology
- 05
Rain, humidity, and atmospheric oxygen can absorb 5G mmWave signals, causing measurable path loss that engineers must account for in network design.
- 04
Extremely high bandwidth potential of 5G mmWave technology allows theoretical peak download speeds reaching multiple gigabits per second, far exceeding sub-6 GHz 5G.
- 03
Solid objects like walls and human bodies can significantly block or absorb 5G mmWave signals, making line-of-sight conditions critical for reliable performance.
- 02
The short range of 5G mmWave signals, typically limited to a few hundred meters, requires dense deployment of many small cells to provide coverage.
- 01
Millimeter wave frequencies used in 5G mmWave technology operate in the range of roughly 24 GHz to 100 GHz, enabling extremely high data throughput.