概览

简介

家居和楼宇自动化行业对智能锁的需求正在快速增长。 这些锁需要能够通过指纹识别和/或使用常见的无线通信协议(如蓝牙®、Wi-Fi 或近场通信 (NFC))与智能家居或建筑物进行通信。 GreenPAK™ 系列经济高效的 NVM 可编程器件提供电机驱动器和 LED 控制等功能。 高性能、低引脚数的 32 位微控制器 (MCU) 可用于在指纹模块中进行设计,以实现算法支持。

系统优势:

  • 支持多种无线通信:
    • 最小和最低功耗蓝牙 5.1 SoC
    • 适用于电池供电物联网设备的超低功耗 Wi-Fi SoC
    • 高度集成的NFC读卡器IC
  • 用于指纹模块的高性能120MHz低引脚MCU
  • 可编程混合信号矩阵使创新者能够将许多系统功能集成到单个定制电路中

产品对比

应用

应用

  • 智能家居/楼宇自动化

成功产品组合交互框图

选择相应模块,寻找适合您设计的产品

4:3 ratio Sheet.1 Sheet.2 Sheet.3 Sheet.4 CN058 CN058 CN058 Fingerprint Sensor Fingerprint Sensor Fingerprint Sensor Fingerprint Module Fingerprint Module Fingerprint Module DC/DC DC/DC DC/DC HVPAK HVPAK HVPAK NFC NFC NFC GreenPAK GreenPAK GreenPAK Speaker speaker_8_ Sheet.76 Sheet.77 Sheet.78 Sheet.79 OLED Sheet.81 Label Text 10pt.160 (128*64) (128*64) Sheet.83 Sheet.84 Sheet.85 Sheet.86 Sheet.87 Sheet.88 Sheet.89 Sheet.90 Sheet.91 Sheet.92 Sheet.93 Sheet.94 Sheet.95 Sheet.96 Sheet.97 Sheet.98 Sheet.99 Sheet.100 Sheet.101 Sheet.102 Sheet.103 Sheet.104 Sheet.105 Sheet.106 Sheet.107 Touch Key Sheet.159 Sheet.160 Sheet.161 Sheet.162 Sheet.163 Sheet.164 Sheet.165 Sheet.166 Sheet.167 Motor.168 Sheet.169 Sheet.170 M M ToF Sensor ToF Sensor ToF Sensor Haptic Driver Haptic Driver Haptic Driver LTE-M Module GM01Q LTE-M Module GM01Q LTE-M Module GM01Q Battery 3-Cell Sheet.175 Sheet.176 Sheet.177 Sheet.178 Line 1pt.1552 Line 1pt.1608 Sheet.181 Sheet.182 Ground (earth) Sheet.184 Sheet.185 Sheet.186 Sheet.187 Sheet.192 Sheet.193 Sheet.194 Sheet.195 Sheet.196 Sheet.197 Sheet.198 Sheet.199 Sheet.200 Sheet.201 Sheet.202 Sheet.203 Sheet.204 Sheet.205 Sheet.206 Sheet.207 Sheet.208 Sheet.209 Sheet.210 Sheet.211 Sheet.212 Sheet.213 Sheet.214 Sheet.215 Sheet.216 Sheet.217 Sheet.218 Sheet.219 Sheet.220 Sheet.221 Sheet.222 Sheet.223 LRA/ERM LRA/ERM Sheet.224 Sheet.156 Sheet.157 LRA/ERM LRA/ERM Sheet.226 Sheet.227 Sheet.229 Sheet.230 Sheet.231 Sheet.232 Sheet.233 Sheet.234 Sheet.235 Sheet.236 Sheet.237 Sheet.238 Sheet.239 Sheet.240 Sheet.241 Sheet.242 Sheet.243 Sheet.244 Sheet.247 Non-Renesas Component Sheet.61 Sheet.62 Sheet.63 Sheet.64 Sheet.65 FET n-channel.420 Sheet.67 Sheet.68 Sheet.69 Sheet.70 Sheet.71 Sheet.72 Sheet.248 Sheet.249 Sheet.250 40mAtyp 40mAtyp 40mAtyp Connector 1.171 Connector 1.171.253 Connector 1.171.254 Connector 1.171.255 Connector 1.171.256 6V 6V 6V 3.3V/150mApk 3.3V/ 150mApk 3.3V/150mApk Connector 1.171.259 6V/0.5Apk 6V/0.5Apk 6V/0.5Apk 20mApk 20mApk 20mApk Connector 1.171.262 3.3V/5mApk 3.3V/5mApk 3.3V/5mApk Connector 1.171.264 Connector 1.171.265 Key Key Key Connector 1.171.267 3.3V/250mApk 3.3V/250mApk 3.3V/250mApk 3.3V/55mAtyp 3.3V/55mAtyp 3.3V/55mAtyp 3.3V/300mAtyp 3.3V/300mAtyp 3.3V/300mAtyp Connector 1.171.271 Connector 1.171.272 Buzzer Buzzer Buzzer LED LED LED Sheet.277 Connector 1.171.278 Connector 1.171.279 Connector 1.171.280 3.3V/320mApk 3.3V/320mApk 3.3V/320mApk 3.3V/325mApk 3.3V/325mApk 3.3V/325mApk Sheet.283 MCU 1 MCU MCU SPI SPI SPI UART UART UART Sheet.284 MCU 2 MCU MCU UART UART UART UART UART UART SPI SPI SPI I2C I2C I2C I2C I2C I2C UART UART UART Sheet.285 Bluetooth Low Energy Bluetooth Low Energy Bluetooth Low Energy UART UART UART Sheet.286 Wi-Fi Wi-Fi Wi-Fi UART UART UART Sheet.287 Bluetooth Low Energy + Wi-Fi Bluetooth Low Energy + Wi-Fi Bluetooth Low Energy + Wi-Fi UART UART UART
Exiting Interactive Block Diagram

视频和培训

A Modular Approach to Building a Smart Lock in Minutes

Using Renesas’ Quick Connect Platform, developers can build a rapid prototype that scales from a simple fingerprint-accessible lock to a Wi-Fi, and NFC-enabled door lock. By leveraging industry-standard interfaces, it’s seamless to mix and match processing, sensing, and connectivity products based on application needs. This video showcases how you can build a modular smart lock, with multiple ways to grant door access, in just minutes!

新闻和博客