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Global 4G and 5G Frequency Bands: Country-Specific Allocations and 5G SA vs. NSA Differences
Country/Region | Common 4G Bands |
---|---|
USA | B2 (1900MHz), B4 (1700/2100MHz), B12 (700MHz), B66 (1700/2100MHz) |
Europe | B3 (1800MHz), B7 (2600MHz), B20 (800MHz) |
China | B1 (2100MHz), B3 (1800MHz), B38 (2600MHz), B41 (2500-2690MHz) |
India | B3 (1800MHz), B5 (850MHz), B40 (2300MHz) |
Japan | B1 (2100MHz), B19 (850MHz), B21 (1500MHz) |
Australia | B3 (1800MHz), B7 (2600MHz), B28 (700MHz) |
Country/Region | Common 5G Bands (Sub-6GHz) | mmWave Bands (High-Speed) |
---|---|---|
USA | n2 (1900MHz), n5 (850MHz), n41 (2500MHz), n66 (1700MHz) | n260 (39GHz), n261 (28GHz) |
Europe | n1 (2100MHz), n3 (1800MHz), n28 (700MHz), n78 (3500MHz) | n257 (28GHz) |
China | n41 (2500MHz), n78 (3500MHz), n79 (4700MHz) | – |
Japan | n77 (3700MHz), n78 (3500MHz), n79 (4500MHz) | n257 (28GHz) |
India | n78 (3500MHz), n258 (26GHz) | – |
(Note: mmWave is rare outside the US/Japan and requires specialized routers.)
Feature | **5G Standalone (SA)** | **5G Non-Standalone (NSA)** |
---|---|---|
Core Network | Dedicated 5G network (no 4G dependency) | Uses existing 4G infrastructure |
Latency | Ultra-low (1-10ms) | Higher (~20-30ms) |
Speed | Faster and more stable | Limited by 4G backbone |
Coverage | Requires new infrastructure | Wider (reuses 4G towers) |
Use Cases | Autonomous vehicles, IoT, AR/VR | Basic 5G smartphones |
**Why It Matters for Routers:**
This content is simplified for non-technical users while providing actionable advice. Let me know if you need technical sources (e.g., 3GPP standards) for citation!