RF transceiver module RC-S2LP-868-HA
multi-channelprogrammabledata

RF transceiver module - RC-S2LP-868-HA - Radiocontrolli S.R.L. - multi-channel / programmable / data
RF transceiver module - RC-S2LP-868-HA - Radiocontrolli S.R.L. - multi-channel / programmable / data
RF transceiver module - RC-S2LP-868-HA - Radiocontrolli S.R.L. - multi-channel / programmable / data - image - 2
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Characteristics

Network
RF
Number of channels
multi-channel
Other characteristics
data, programmable

Description

RC-S2LP-868-HA 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). - Ultra low power consumption: 7mA when receiving and 20mA when transmitting at +14dBm (11mA at +10dBm). In sleep mode, the consumption is 0.7µA. - Long range operations: Sensitivity parameter is -109dBm at data rates of 38.4 kbps and down to -128dBm when the data rate is 0.3kbps. Interference from other wireless communications can be overcome with 90dB of blocking. The RF output power levels can reach up to +16dBm. All this ensures robust signaling for long range communications. - Ready for use SMD mounting (15x22mm) - Metal shield Typical Applications: IoT Technical Specifications: - Transceiver: STMicroelectronics S2-LP - Frequency: 868 MHz - RF Output Power: up to +16dBm - Current Consumption: 7mA (RX), 20mA (TX at +14dBm), 11mA (TX at +10dBm), 0.7µA (sleep) - Data Rate: 0.3 kbps to 38.4 kbps - Sensitivity: -109dBm (38.4 kbps), -128dBm (0.3 kbps) - Blocking: 90dB - Programmable I/O: 4 pins - SPI interface for programming - Mounting: SMD (15x22mm) - Metal shielded

Exhibitions

Meet this supplier at the following exhibition(s):

electronica 2026
electronica 2026

10-13 Nov 2026 Munich (Germany)

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