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5G mmWave operates on high-frequency spectrum (24-100 GHz) that delivers incredibly fast speeds but has limited range and penetration. It's primarily deployed in dense urban areas and venues.
mmWave 5G can deliver speeds over 1 Gbps in ideal conditions.
mmWave signals travel shorter distances and don't penetrate buildings well.
Most commonly found in city centers, stadiums, and airports.
mmWave 5G is concentrated in dense urban cores, sports stadiums, airports, concert venues, and convention centers. Verizon has the most mmWave deployments across 1,700+ cities, followed by AT&T in select metro areas. Don't expect mmWave coverage on residential streets or in suburban areas.
Barely. mmWave signals lose 30-40% of power passing through standard glass and are almost completely blocked by brick, concrete, and metal walls. Even your hand partially covering the phone's antenna area can degrade mmWave reception. This is why it's primarily an outdoor, line-of-sight technology.
mmWave can deliver 1-4 Gbps in real-world use, while mid-band 5G typically achieves 200-700 Mbps and low-band 5G offers 50-200 Mbps. The tradeoff is range: mmWave covers a few hundred feet, mid-band covers 1-3 miles, and low-band extends 5+ miles from the tower.
mmWave uses small cell equipment about the size of a pizza box, mounted on streetlights, utility poles, and building facades. The small size is necessary because mmWave requires dense networks of closely-spaced nodes (every 500-1,500 feet) rather than tall towers covering miles.
Unlikely in the foreseeable future. The economics don't work for low-density areas since mmWave requires a cell site every few hundred feet. Mid-band 5G is the technology carriers are using to bring fast 5G to suburbs, while low-band and satellite will serve rural areas.
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