EXT.
Setebos-I & EV-Kits
Setebos-I & EV-Kits EXTENDED
Radio Module 2.4 GHz with Proprietary and Bluetooth® LE 5.1 Radio Protocol
EXT.
Stephano-I & EV-Kits
Stephano-I & EV-Kits EXTENDED
WiFi & Bluetooth® LE 2.4 GHz Radio Module
EXT.
Setebos-I Wireless FeatherWing
Setebos-I Wireless FeatherWing EXTENDED
FeatherWing with a combination of Bluetooth® LE 5.1 and proprietary 2.4 GHz radio with an integrated secure element
NEW
Skoll-I & EV-Kits
Skoll-I & EV-Kits NEW
Bluetooth® and Bluetooth® LE Radio Module
Daphnis-I & EV-Kits
Daphnis-I & EV-Kits
LoRaWAN® & Proprietary (P2P, star, mesh) 868 MHz Radio Module
Order Code
Data­sheet
Simu­lation
Man­ual
Downloads
Status
Description
Frequency Range (MHz)
dLoS (km)
PTx, e.r.p. (dBm)
Rxsens, e.r.p. (dBm)
PTx, 50 Ω (dBm)
VDD min. (V)
VDD max. (V)
Rb max. (kbps)
ANTConn
L (mm)
W (mm)
H (mm)
Product series
Evaluation Kit
Radio Module
Samples
Daphnis-I & EV-Kits Daphnis-I LoRaWAN® and Proprietary (P2P, star, mesh) Module, 863 - 870, 25 km
Simu­lation
Man­ual
Status Active i | Production is active. Expected lifetime: >10 years.
Description Daphnis-I LoRaWAN® and Proprietary (P2P, star, mesh) Module 
Frequency Range 863 - 870
Line of Sight Range 25 km
Output Power 50 Ohm 13.4 dBm
Operating Supply Voltage Min. 2 V
Operating Supply Voltage Max. 3.6 V
RF Bitrate max. 50 kbps
Antenna Connector Type RF pad, UMRF 
Product series Daphnis-I & EV-Kits
Evaluation Kit
Radio Module
Daphnis-I & EV-Kits
Simu­lation
Man­ual
Downloads
Status Active i | Production is active. Expected lifetime: >10 years.
Description EV-Kit Daphnis-I 
Product series Daphnis-I & EV-Kits
Evaluation Kit
Radio Module
Daphnis-I & EV-Kits
Simu­lation
Man­ual
Downloads
Status Active i | Production is active. Expected lifetime: >10 years.
Description EV-Kit Stephano-I WiFi 2.4 GHz - Bluetooth® LE 5.0 
Product series Stephano-I & EV-Kits
Evaluation Kit
Radio Module
Daphnis-I & EV-Kits
Simu­lation
Man­ual
Downloads
Status New i | Product is new in our portfolio and production is active. Expected lifetime: >10 years.
Description EV-Kit Skoll-I Bluetooth® and Bluetooth® LE 5.4 
Product series Skoll-I & EV-Kits
Evaluation Kit
Radio Module
Daphnis-I & EV-Kits
Simu­lation
Man­ual
Downloads
Status New i | Product is new in our portfolio and production is active. Expected lifetime: >10 years.
Description EV-Kit Setebos-I 
Product series Setebos-I & EV-Kits
Evaluation Kit
Radio Module
Daphnis-I & EV-Kits
Simu­lation
Man­ual
Downloads
Status Active i | Production is active. Expected lifetime: >10 years.
Description Family EV-Board Setebos-I 2.4 GHz 
Product series Setebos-I & EV-Kits
Evaluation Kit
Radio Module
Daphnis-I & EV-Kits
Simu­lation
Man­ual
Downloads
Status New i | Product is new in our portfolio and production is active. Expected lifetime: >10 years.
Description Mini-EV Board Stephano-I & Orthosie-I 
Product series Stephano-I & EV-Kits
Evaluation Kit
Daphnis-I & EV-Kits Setebos-I, 2402 - 2480, 0.6 km
Simu­lation
Man­ual
Status Active i | Production is active. Expected lifetime: >10 years.
Description Setebos-I 
Frequency Range 2402 - 2480
Line of Sight Range 0.6 km
Output Power e.r.p. 4 dBm
RX sensitivity e.r.p. -98 dBm
Output Power 50 Ohm 6 dBm
Operating Supply Voltage Min. 1.8 V
Operating Supply Voltage Max. 3.6 V
RF Bitrate max. 2000 kbps
Antenna Connector Type RF pad and internal antenna 
Product series Setebos-I & EV-Kits
Evaluation Kit
Radio Module
Daphnis-I & EV-Kits
Simu­lation
Man­ual
Downloads
Status New i | Product is new in our portfolio and production is active. Expected lifetime: >10 years.
Description Setebos-I FeatherWing 
Evaluation Kit
Radio Module
Daphnis-I & EV-Kits Skoll-I, 2402 - 2480, 0.35 km
Simu­lation
Man­ual
Status New i | Product is new in our portfolio and production is active. Expected lifetime: >10 years.
Description Skoll-I 
Frequency Range 2402 - 2480
Line of Sight Range 0.35 km
Output Power e.r.p. 2.4 dBm
RX sensitivity e.r.p. -91 dBm
RF Bitrate max. 1 kbps
Antenna Connector Type Integrated PCB (integrated PCB antenna) 
Length 12 mm
Width 8 mm
Height 2 mm
Product series Skoll-I & EV-Kits
Evaluation Kit
Radio Module
Daphnis-I & EV-Kits Stephano-I, –, –
Simu­lation
Man­ual
Status Active i | Production is active. Expected lifetime: >10 years.
Description Stephano-I 
Antenna Connector Type Internal antenna 
Product series Stephano-I & EV-Kits
Evaluation Kit
Radio Module

You don‘t know if Bluetooth® or Proprietary? Use both…

Thyone-I

Setebos-I

Proteus-III

Exchangeability 2.4 GHz

Choose between Bluetooth®, Wirepas or proprietary radio

Take future trends into account and keep the flexibility!
Committing today on a wireless technology for tomorrow seems impossible. How nice would it be to expand your application with different radio protocols at any time without any layout changes. Würth Elektronik offers you a high degree of freedom with the radio module footprint. It is one quality proven hardware base, that prevents you from enormous costs of re-design in future already today. Choose between a Bluetooth®, WirepasTM or proprietary radio module or the combined variant of proprietary and Bluetooth®.

  • Footprint compatible RF-modules
  • Flexible use of both technologies possible
  • Alternative usage by only changing the RF-module
  • Future-proof circuit with adaptable interface
  • No change in the HW on Host-side required

Proprietary Application with Thyone-I

  • For applications with enclosed communication
  • Communication invisible for smart devices
  • Connection to a standard device only with a certain USB-radio stick possible
  • Connected sensors building up a secure network

Usecase

  • Secure network set up
  • Easy connection between the nodes
  • Extending interfaces by connecting a USB-radio stick
  • A gateway connecting securely to the network provides the combined result to the user via Bluetooth, Wi-Fi, Cellular, MQTT or on any platform

Bluetooth® Application with Proteus-III

  • Connecting directly to smart devices
  • Parameterization of a sensor
  • Reading out results from a measuring device

Usecase

  • Connecting manually to each sensor via smart device
  • Easy and smart consumer-oriented