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Ultra Low Power sub 1GHz Multichannel Radio Transceiver
The RC-CC1310-868 module is based on Texas Instruments CC1310F128 component. This device combines a flexible, very low power RF transceiver with a powerful 48MHz Cortex M3 nicrocontrller in a platform supporting multiple physical layers and RF standard.
Ultra Low Power sub 1GHz Multichannel Radio Transceiver
The RC-CC1310-915 module is based on Texas Instruments CC1310F128 component. This device combines a flexible, very low power RF transceiver with a powerful 48MHz Cortex M3 nicrocontrller in a platform supporting multiple physical layers and RF standard.
Ultra Low Power sub 1GHz Multichannel Radio Transceiver
The RC-CC1310-434 module is based on Texas Instruments CC1310F128 component. This device combines a flexible, very low power RF transceiver with a powerful 48MHz Cortex M3 nicrocontrller in a platform supporting multiple physical layers and RF standard.
Ultra Low Power sub 1GHz Multichannel Radio Transceiver
The RC-CC1310-868 module is based on Texas Instruments CC1310F128 component. This device combines a flexible, very low power RF transceiver with a powerful 48MHz Cortex M3 nicrocontrller in a platform supporting multiple physical layers and RF standard.
To make immediate usable the RC-CC1310-868 module with Texas Instruments Evaluation kit systems has been realized and adpter board, the product denominated RC-CC1310-868-EV include the adapter.
Ultra Low Power sub 1GHz Multichannel Radio Transceiver
The RC-CC1310-915 module is based on Texas Instruments CC1310F128 component. This device combines a flexible, very low power RF transceiver with a powerful 48MHz Cortex M3 nicrocontrller in a platform supporting multiple physical layers and RF standard.
To make immediate usable the RC-CC1310-915 module with Texas Instruments Evaluation kit systems has been realized and adpter board, the product denominated RC-CC1310-915-EV include the adapter.
Ultra Low Power sub 1GHz Multichannel Radio Transceiver
The RC-CC1310-434 module is based on Texas Instruments CC1310F128 component. This device combines a flexible, very low power RF transceiver with a powerful 48MHz Cortex M3 nicrocontrller in a platform supporting multiple physical layers and RF standard.
To make immediate usable the RC-CC1310-434 module with Texas Instruments Evaluation kit systems has been realized and adpter board, the product denominated RC-CC1310-434-EV include the adapter.
RC-SM1276-868 based on Semtech SX1276
It's a LoRa module with SPI interface. CE Certified. The RC-SM1276-868 module is designed based on SX1276.
RC-SM1276-915based on Semtech SX1276
It's a LoRa module with SPI interface. CE Certified. The RC-SM1276-915 module is designed based on SX1276.
RC-CC2640-A
IoT Bluetooth Module based on CC2640 Texas Instruments component.
RC-CC2640-B
IoT Bluetooth Module based on CC2640 Texas Instruments component.
RC-S2LP-868 module is based on STMicroelectronics S2-LP transceiver.
This device is a high performance ultra low power RF transceiver designed for RF wireless application in the sub 1GHz band.
The module is designed for maximum performance in a minimal space, with 4 programmable I/O pins.
Programmable from external microcontroller via SPI interface.
For more information and details, please refer to the S2-LP datasheet (www.st.com).
The RC-S2LP-XXX-EK board is based on RC-S2LP-XXX RadioControlli’s module. This module is based on STMicroelectronics chip (S2-LP) that is a sub-1 GHz ultra-low power low data-rate transceiver, suitable for ISM bands and Wireless M-Bus.
The Evaluation board can be used instead of those provided by the chip manufacter (www.st.com) denominated STEVAL-FKIXXXV2.
The RC-SPIRIT1-XXX module is based on STMicroelectronics Spirit1 transceiver. This device is a high performance very low power RF transceiver designed for RF wireless application in the sub 1GHz band.