Choose the Right IoT Technology
Quick answer
Compare LoRaWAN with WiFi, cellular IoT, Zigbee, and wired sensors at a qualitative level, then open each sourced comparison for numbered tables and citations.
Compare connectivity options, then evaluate ParticLIO standard products and custom hardware into a total solution you own.
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LoRaWAN vs WiFi
Compare range, battery life, data rates, and costs between LoRaWAN and WiFi for IoT deployments.
LoRaWAN Advantages
- ✓ Long-range outdoor coverage
- ✓ Multi-year battery-first nodes
- ✓ High device density per gateway
Alternative Advantages
- ✓ High bandwidth
- ✓ Low latency
- ✓ Strong indoor office coverage
Best choice: WiFi for high-bandwidth indoor; LoRaWAN for wide-area, low-power
LoRaWAN vs Cellular
Compare infrastructure costs, power consumption, and coverage between LoRaWAN and cellular IoT (LTE-M, NB-IoT).
LoRaWAN Advantages
- ✓ No per-device airtime fees
- ✓ Private network control
- ✓ Lower device cost at volume
Alternative Advantages
- ✓ Existing cellular footprint
- ✓ Higher data rates
- ✓ Wider initial coverage
Best choice: Cellular for mobility; LoRaWAN for fixed installations
LoRaWAN vs Zigbee
Compare mesh networking, range, and application suitability between LoRaWAN and Zigbee protocols.
LoRaWAN Advantages
- ✓ Wide-area star topology
- ✓ Simpler multi-km planning
- ✓ Better deep-building reach at LPWAN rates
Alternative Advantages
- ✓ Mesh networking
- ✓ Lower latency
- ✓ Mature home/building ecosystem
Best choice: Zigbee for home automation; LoRaWAN for large-scale deployments
Wired vs Wireless
Compare installation costs, maintenance, and flexibility between wired sensors and wireless LoRaWAN solutions.
LoRaWAN Advantages
- ✓ No trenching or riser rewiring
- ✓ Easy relocation
- ✓ Lower install disruption
Alternative Advantages
- ✓ Unlimited power
- ✓ No battery replacement
- ✓ Continuous streaming
Best choice: Wired for fixed, power-hungry; Wireless for flexibility
Quick Technology Summary
Qualitative fit only. Open each comparison article for numbered tables with citations.
| Feature | LoRaWAN | WiFi | Cellular | Zigbee |
|---|---|---|---|---|
| Range | Wide-area LPWAN | Local LAN | Operator footprint | Local mesh |
| Battery Life | Multi-year class A | Days to months | Years (LPWA) | Years (duty-cycled) |
| Monthly Fees | None (private) | None (LAN) | Airtime / SIM | None (private) |
| Data Rate | Low (sensor) | High | Medium | Low–medium |
| Best For | Sensors, meters | Video, office | Mobile assets | Home automation |
Sources
- LoRa Alliance — What is LoRaWAN — accessed 2026-09-25Protocol overview; regional parameters and typical LPWAN use cases.
- IEEE 802.11 working group — accessed 2026-09-25WLAN PHY/MAC family; peak rates depend on amendment and channel width.
- 3GPP — LTE-M / NB-IoT (Release summaries) — accessed 2026-09-25Cellular LPWA features and coverage depend on operator deployment.
- Connectivity Standards Alliance — Zigbee — accessed 2026-09-25Mesh topology and typical indoor short-range rates.
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.