Wireless: 製品

ST87M01 evaluation kit

4-Layer Reference design based on IPD "BALFHB-WL-01D3" with STM32WL UFBGA MCU - High Band - High Power

Wireless motion detector based on Bluetooth Low Energy and PIR sensor

Evaluation platform based on the BlueNRG-2

Bluetooth low energy board based on the BlueNRG-MS network processor

Electronic shelf label (ESL) based on Bluetooth LE

ST87M01-14xx evaluation kit

4-Layer Reference design based on IPD "BALFHB-WL-02D3" with STM32WL UFQFPN MCU - High Band - High Power

SPIRIT1 - Low Data Rate Transceiver - 169 MHz - DAUGHTER BOARD

4-Layer Reference design based on IPD "BALFLB-WL-07D3" with STM32WL UFBGA MCU - Low Band - High Power

4-Layer Reference design based on IPD "BALFHB-WL-04D3" with STM32WL UFBGA MCU - High Band - Low Power

Energy harvesting expansion board for NUCLEO-WL55 LoRaWAN Nucleo board

2-Layer Reference design based on IPD "BALFLB-WL-09D3" with STM32WL UFQFPN MCU - Low Band - High Power

2-Layer Reference design based on IPD "BALFHB-WL-03D3" with STM32WL UFQFPN MCU - High Band - High Power

4-Layer Reference design based on IPD "BALFHB-WL-05D3" with STM32WL UFQFPN MCU - High Band - Low Power

Sub-1GHz transceiver development kit based on S2-LP

Evaluation Kit of STuW81300 Wideband RF Microwave VCO & PLL

RF daughterboard platform based on BlueNRG-MS

4-Layer Reference design based on SMDs with STM32WL UFBGA MCU

8-Layer Reference design based on STM32WBA64PII6 MCU

4-Layer Reference design based on SMDs with STM32WL UFQFPN MCU - Direct Tie between RX and TX - Low Power Mode

SPIRIT1- low data rate transceiver - 868 MHz - DAUGHTER BOARD - range extender

2-Layer Reference design based on SMDs with STM32WL UFQFPN MCU

4-Layer Reference design based on SMDs with STM32WL UFQFPN MCU for WMBUS

4-Layer Reference design based on SMDs with STM32WL UFQFPN MCU

Wi-Fi 6 reference design of ST67W611M1A6B/U with STM32U575AIIQ6

4-Layer Reference design based on SMDs with STM32WL3 QFN48 SoC - 868 MHz - 10 dBm

4-Layer Reference design based on SMDs with STM32WL UFQFPN MCU - Direct Tie connection between RX and TX - High power mode

Evaluation platform based on the BLUENRG-355MC system-on-chip

4-Layer Reference design based on SMDs with STM32WL3 QFN48 SoC - 868 MHz - 16 dBm

Bluetooth ® SMART board based on the BlueNRG low energy network processor

4-Layer Reference design based on STM32WBA64CIU6 MCU

8-Layer Reference design based on STM32WBA62PII6 MCU

2-Layer Reference design based on SMDs with STM32WL3 QFN48 SoC - 868 MHz - 16 dBm

Sub-1GHz (452-527 MHz) transceiver development kit based on S2-LP

BlueNRG-LPS SoCをベースとした評価プラットフォーム

Sub-1GHz transceiver development kit based on S2-LP

Sub-1GHz transceiver development kit based on S2-LP

4-Layer Reference design based on SMDs with STM32WL3 QFN48 SoC - 915 MHz - 20 dBm

2-Layer Reference design based on SMDs with STM32WL3 QFN48 SoC - 433MHz - 10 dBm

4-Layers Reference design based on STM32WBA54KG MCU

2-Layer Reference design based on SMDs with STM32WL3 QFN48 SoC - 868 MHz - 10 dBm and 915 MHz - 10 dBm

Dual radio BLE and Sub-1GHz development kit for Sigfox™ and LPWAN protocols with BlueNRG-1 and S2-LP

868 MHz RF USB dongle based on the SPIRIT1 SPSGRF-868 module

Evaluation platform based on the BlueNRG-M2SA module

STEVAL-IDB007V2 evaluation platform based on the BlueNRG-1

A BlueNRG IC based Bluetooth® Smart USB dongle

Discovery kit for the ST25R300 high performance NFC universal device and EMVCo reader

4-Layers Reference design based on STM32WBA55CG MCU

4-Layers Reference design based on STM32WBA52CG MCU

2-Layer Reference design based on STM32WB5M Module

Sub-1GHz (430-470 MHz) transceiver development kit based on S2-LP

S2-LPベースのSub-GHz（860MHz～940MHz）トランシーバ開発ボード

2-Layer Reference design based on IPD "MLPF-WL-08D3" with STM32WL3 QFN48 SoC - 433 MHz - 16 dBm

SPIRIT1 - Low Data Rate Transceiver - 169 MHz - DAUGHTER BOARD - range extender

SPIRIT1 - Low Data Rate Transceiver - 315 MHz - DAUGHTER BOARD

2-Layer Reference design based on IPD "MLPF-WL-03D3" with STM32WL3 QFN48 SoC - 433 MHz - 10 dBm

4-Layer Reference design based on SMDs with STM32WL3 QFN48 SoC - 169 MHz - 27 dBm

Evaluation platform based on BlueNRG-LPS system-on-chip

2-Layer Reference design based on IPD "BALFHB-WL-06D3" with STM32WL UFQFPN MCU - High Band - Low Power

6-Layers Reference design based on STM32WBA55HG MCU

SPIRIT1 - Low Data Rate Transceiver - 868 MHz - DAUGHTER BOARD

4-Layers Reference design based on STM32WBA55UG MCU

SPIRIT1 - low data rate transceiver - 868 MHz - DAUGHTER BOARD - integrated balun

4-Layer Reference design based on IPD BALFLB-WL-08D3 with STM32WL UFQFPN MCU - Low Band - High Power

SPIRIT1 - Low Data Rate Transceiver - 433 MHz - DAUGHTER BOARD

2-Layer Reference design based on IPD "MLPF-WL-05D3" with STM32WL3 QFN48 SoC - 868 MHz - 16 dBm

Evaluation platform based on the BlueNRG-248

4-Layer Reference design based on SMDs with STM32WL3 QFN48 SoC - 433 MHz - 10 dBm

Evaluation Kit of STW81200

2-Layer Reference design based on SMDs with STM32WB05 VFQFPN32 MCU

2-Layer Reference design based on IPD "MLPF-NRG-01D3" with STM32WB05 VFQFPN32 MCU

SPIRIT1 - Low Data Rate Transceiver - 433 MHz - FULL KIT

4-Layer Reference design based on SMDs with STM32WL3 QFN48 SoC - 433 MHz - 16 dBm

SPIRIT1 - Low Data Rate Transceiver - 868 MHz - FULL KIT

SPIRIT1 - Low Data Rate Transceiver - 169 MHz - FULL KIT

BlueNRG-355MC SoCをベースとした評価プラットフォーム

Evaluation platform based on the BlueNRG-LP system-on-chip

2-Layer Reference design based on IPD "MLPF-NRG-01D3" with STM32WB07 VFQFPN48 MCU

2-Layer Reference design based on SMDs with STM32WB07 VFQFPN48 MCU

2-Layer Reference design based on IPD "MLPF-NRG-01D3" with STM32WB09 VFQFPN32 MCU

2-Layer Reference design based on SMDs with STM32WL3 QFN48 SoC - 433MHz - 16 dBm

2-Layer Reference design based on SMDs with STM32WB09 VFQFPN32 MCU