New Product Introduction

Renesas DA16600MOD

DA16600MOD - Ultra-Low Power Wi-Fi + Bluetooth® Low Energy Combo Modules for Battery Powered IoT Devices

Renesas DA16600mod - front and back side of the module

The DA16600 modules provide a convenient way to add both low power Wi-Fi and low power Bluetooth® Low Energy (LE) functionality to your device. The low power Wi-Fi DA16200 system-on-chip (SoC) and the low power Bluetooth LE DA14531 SoC are integrated together on a single module. Together, they deliver long battery life and low power consumption in a convenient form factor. As a single integrated system, functions such as Wi-Fi/Bluetooth LE coexistence and provisioning Wi-Fi through the Bluetooth LE connection come standard.

The modules are complete with all required components and are regulatory certified by the FCC, IC, CE, and other regulatory bodies.

The fully integrated module consists of:

  • Wi-Fi SoC: DA16200
  • Bluetooth LE SoC: DA14531
  • 4MB Flash memory
  • 40MHz crystal for Wi-Fi
  • 32kHz RTC Crystal for Wi-Fi
  • 32MHz Crystal for Bluetooth LE
  • Chip antenna or u.FL connector
  • SPDT antenna switch
  • Single power supply voltage (3.3V)

 

Key features

  • DA16600 boards
  • Low power Wi-Fi
  • Low power Bluetooth LE
  • Ultra-low power
  • Wi-Fi/Bluetooth LE coexistence
  • Superior range
  • Full offload
  • Simple setup and provisioning
  • Complete software stack
  • Leading security
  • Over-the-Air (OTA) firmware update
  • Multiple I/Os

 

Applications

  • Thermostats
  • Door locks
  • Security cameras
  • Video doorbells
  • Temperature sensors
  • Smoke detectors
  • Other wireless sensors
  • Garage door openers
  • Pet trackers
  • Asset trackers
  • Home automation
  • Commercial
  • Industrial
  • Residential

 

Block diagram

Renesas DA16600mod Block diagram
Click to enlarge

 

Related Documents



Have a question? Contact us

Email:
For general questions:
yourmessage@avnet.eu

Local Avnet Silica offices:
Click here to find contact information for your local Avnet Silica team.