LoRaWAN EU863-870 MHz Band: Complete Guide for Europe and Beyond

The EU863–870 MHz band is the primary LoRaWAN® frequency plan for Europe and many countries worldwide that follow ETSI EN300.220 regulations. To ensure optimal performance and compliance, it’s essential to understand the frequency allocation, channel configuration, power limits, and data rates.

This article will guides you through all the technical and regulatory parameters of the EU863-870 band, and how ThingPark simplifies deployment.

Before going into deep about LoRaWAN EU863-870 MHz Band, get to know more about LoRaWAN Regional Parameters in our dedicated article. 

Ramez Soss
Ramez Soss

Deploying LoRaWAN in Europe isn’t just about frequency compliance – it’s about ensuring seamless, future-proof connectivity at scale. That’s why we’ve embedded EU863–870 optimization into the very core of ThingPark.

EU863–870 MHz Overview

  • Applies to: All ETSI-regulated countries in Europe and some outside Europe (e.g., Kenya).
  • Frequency range: Typically 863–870 MHz, with exceptions like Albania (863–873 MHz).
  • Purpose: Enables long-range, low-power wireless communication using unlicensed ISM bands.

Default Channels for Join Procedure

All end-devices must support these three mandatory default channels to broadcast join requests:

Frequency (MHz)
868.10
Bandwidth (kHz)
125
Data Rates Supported (DR)
DR0 – DR5
Bit Rate
0.3–5 kbps
Frequency (MHz)
868.30
Bandwidth (kHz)
125
Data Rates Supported (DR)
DR0 – DR5
Bit Rate
0.3–5 kbps
Frequency (MHz)
868.50
Bandwidth (kHz)
125
Data Rates Supported (DR)
DR0 – DR5
Bit Rate
0.3–5 kbps
  • LoRaWAN 1.0.x: Channels are fixed
  • LoRaWAN 1.1+: Channels may be modified using NewChannelReq

Data Rates & Bit Rates (DR0 to DR11)

DR Configuration Bit Rate (bps)
0SF12 / 125 kHz250
1SF11 / 125 kHz440
2SF10 / 125 kHz980
3SF9 / 125 kHz1760
4SF8 / 125 kHz3125
5SF7 / 125 kHz5470
6SF7 / 250 kHz11000
7FSK 50 kbps50000
8–11LR-FHSS (optional)162–325
  •  LoRaWAN certification requires support for at least DR0–DR5
  • Optional support: up to DR11 depending on use case

EIRP: Power Limits & Antenna Gain

  • Max EIRP: +16 dBm (≈ 40 mW)
  • Max ERP: +14 dBm (≈ 25 mW)
  • Typical antenna gain limit: 2.15 dBi
TX Power Index EIRP (dBm)
0+16
1+14
2+12
3+10
4+8
5+6
6+4
7+2

Maximum Payload Size (MAC & App Layer)

DR Max MAC Payload (M) Max App Payload (N)
0–25951
3123115
4–7230222
8/105850
9/11123115

N = M – 8 (if FOpts field is absent)

Duty Cycle Limits (ETSI Sub-bands)

Sub-band Range (MHz) Max Duty Cycle Max ERP
K863.0 – 865.00.1%25 mW
L865.0 – 868.01%25 mW
M868.0 – 868.61%25 mW
N868.7 – 869.20.1%25 mW
P869.4 – 869.6510%500 mW
Q869.7 – 870.01%25 mW
  •  1% duty cycle ≈ 864 sec/day of transmission
  • 0.1% duty cycle ≈ 86 sec/day

Summary: EU863-870 at a Glance

Parameter Value
Frequency band863–870 MHz
Default join channels868.10 / 868.30 / 868.50 MHz
Min channels supported24
Max channels supported80
Mandatory data ratesDR0 – DR5
Max EIRP+16 dBm
Duty cycle≤ 1% (varies by sub-band)
Default RX2 data rateDR0 (SF12 / 125 kHz)
Default RX2 frequency869.525 MHz

How Actility Supports EU868 Deployments

With ThingPark Enterprise or ThingPark Wireless, Actility automates regional configuration:

  • Pre-configured band plans
  • Dynamic channel allocation
  • Secure join procedure across regions
  • Remote OTA updates for channel and power settings

Deploying LoRaWAN in the EU863–870 MHz band involves balancing regional compliance, spectrum efficiency, and device interoperability. With Actility’s proven platform, these complexities are managed transparently—so you can focus on building scalable, reliable IoT networks.

About Actility

Media contact : marketing@actility.com – https://www.actility.com/contact/ 

Why choose Actility?

At Actility, we are passionate about unlocking the full potential of IoT for businesses and communities around the world. Join us as we continue to innovate, collaborate, and lead the way in connecting the digital and physical realms through cutting-edge IoT solutions.

© 2024 Actility’s All Rights Reserved