Technology Comparison
LoRaWAN vs Zigbee
Long-range star topology versus indoor mesh — with cited sources for range, rate, and latency.
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Feature Comparison
| Feature | LoRaWAN | Zigbee |
|---|---|---|
| Range | Multi-km / deep indoor LPWAN (conditions-dependent) | Typically 10–100 m per hop; mesh extends indoor reach |
| Topology | Star-of-stars via gateways | Mesh (IEEE 802.15.4 based) |
| Battery life | Multi-year Class A designs common | Years with aggressive duty-cycling; routers often mains-powered |
| Data rate | ~0.3–50 kbps | Up to ~250 kbps (2.4 GHz profiles typical) |
| Latency | Seconds-class Class A | Tens of milliseconds typical in healthy meshes |
| Best environment | Outdoor / multi-building / campus sensing | Indoor home and building automation |
Sources
- LoRa Alliance — What is LoRaWAN — accessed 2026-09-25Protocol overview; regional parameters and typical LPWAN use cases.
- Connectivity Standards Alliance — Zigbee — accessed 2026-09-25Mesh topology and typical indoor short-range rates.
- IEEE 802.15.4 — accessed 2026-09-25
Range, battery, and rate figures are typical published or field values under stated conditions — confirm for your site survey and SKU. Do not cite hub-card blurbs without these sources.
Best Use Cases
Choose LoRaWAN When...
- Agriculture & outdoor monitoring
- Utility metering
- Asset tracking
- Environmental sensing
- Smart city infrastructure
Choose Zigbee When...
- Smart home automation
- Building automation
- Indoor lighting control
- HVAC systems
- Security systems
Frequently Asked Questions
LoRaWAN hardware, standard products, and custom programs
Zigbee (or similar 802.15.4 meshes) fits dense indoor automation with short hops. LoRaWAN fits sparse sensors across floors or campuses without running mesh routers everywhere. Many sites use both.
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