IoT Software, Developer Tools & Kits
Navigan Wireless Commissioner NWC 500U
Navigan Wireless Commissioner NWC 500U
info
Short description:
Navigan Wireless Commissioner NWC 500U for easy configuration of EnOcean controllers
wifi
Frequencies:
902 MHz EnOcean (North America)
EISKA
EISKA
info
Short description:
Starter Kit for a quick and easy start into IoT applications via PC, USB hosts (e.g. Raspberry, LTE gateway), or Wi-Fi access points (e.g. Aruba)
wifi
Frequencies:
868 MHz EnOcean (Europe)
EISKU
EISKU
info
Short description:
Starter Kit for a quick and easy start into IoT applications via PC, USB hosts (e.g. Raspberry, LTE gateway), or Wi-Fi access points (e.g. Aruba)
wifi
Frequencies:
902 MHz EnOcean (North America)
EnOcean 2 click
EnOcean 2 click
info
Short description:
Clickboard from MikroElektronika for TCM 515Z
wifi
Frequencies:
2,4 GHz Zigbee (worldwide)
TCM 515 Clickboard
TCM 515 Clickboard
info
Short description:
Clickboard from MikroElektronika for TCM 515
wifi
Frequencies:
868 MHz EnOcean (Europe)
902 MHz EnOcean (North America)
TCM 310 Clickboard
TCM 310 Clickboard
info
Short description:
Clickboard from MikroElektronika for TCM 310
wifi
Frequencies:
868 MHz EnOcean (Europe)
EnOcean NFC Configurator
EnOcean NFC Configurator
info
Short description:
NFC Configurator is a PC application enabling to write / read all accessible parameters specified for the product.
wifi
Frequencies:
Frequency-independent
EnOcean Tool
EnOcean Tool
info
Short description:
NFC Configurator App for iOS and Android for Installers
wifi
Frequencies:
Frequency-independent
DolphinView
DolphinView
info
Short description:
EnOcean DolphinView visualizes properties of EnOcean radio nodes. It receives, sends and analyzes radio telegrams according to the EnOcean standard.
wifi
Frequencies:
Frequency-independent
DolphinStudio
DolphinStudio
info
Short description:
The EnOcean DolphinStudio software is a graphical user interface allowing easy configuration and programming of the Dolphin chip on TCM 3xx/STM 3xx modules.
wifi
Frequencies:
Frequency-independent