5G
The fifth-generation cellular standard, offering higher peak speeds (1–10 Gbps theoretical), lower latency, and greater capacity than 4G LTE. Operates in sub-6 GHz (range) and mmWave (capacity) bands.
5G is the cellular generation that succeeded 4G LTE. Three frequency tiers:
- Low-band (600–900 MHz) — long range, modest speeds (~100 Mbps).
- Mid-band (1–6 GHz) — the sweet spot, 200–900 Mbps in real-world tests.
- mmWave (24–40 GHz) — gigabit speeds but tiny coverage area; uncommon outside dense urban deployments.
Real-world experience
Mid-band 5G is where most users see the upgrade — 3–10× faster than 4G in good conditions, with ~30 ms latency vs 4G's ~50 ms.
What "5G" on a phone means
A phone marked "5G" supports sub-6 GHz at minimum. mmWave is a separate spec, often called "5G UW" or "5G+" depending on carrier. If you're not in a dense city, mmWave compatibility is a marketing checkbox you won't use.
How to use 5G in a real comparison
The fifth-generation cellular standard, offering higher peak speeds (1–10 Gbps theoretical), lower latency, and greater capacity than 4G LTE. Operates in sub-6 GHz (range) and mmWave (capacity) bands. In practice, this is most useful as one part of a decision rather than a standalone quality badge. Compare it alongside the workload, room, ecosystem, budget, and ownership constraints that apply to you; the strongest published figure is not automatically the best outcome for every buyer.
What to check next
On vsMars, read together so the value has product-specific context. It is especially relevant in .
Avoid the one-number trap
Manufacturers can describe the same capability under different conditions. Compare like-for-like variants, check the unit and test condition where available, and use a head-to-head page to see whether a measurable difference is material for your own use.
vsMars presents structured catalog values to make trade-offs legible. The linked product and spec pages are the right place to inspect the underlying values before buying.