QCC730M
QCC730M

Micro-power Wi-Fi module designed to unleash new battery-powered Wi-Fi or replace traditional Bluetooth® Low Energy-enabled IoT applications.

QCC730M is an industry-leading 1x1 dual-band Wi-Fi 4 module, consisting of a QCC730-1 built to deliver micro-power Wi-Fi, flexibility to scale, and versatility for ease of design. The selectable power modes and innovative power management allows for exponential battery life of battery-powered or energy-harvested IoT devices. QCC730M includes an open-source SDK and VS Code-based IDE for ease of development with a software stack that supports cloud connectivity offloading for a comprehensive solution. It offers direct cloud connect...

Benefits

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Unbelievable micro-power Wi-Fi for extremely long battery life
Our selectable power modes and innovative power management maximize savings for extremely long battery life. QCC730M is our lowest-power Wi-Fi module for IoT connectivity.
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Flexibility to scale
QCC730M offers extreme flexibility for developers by operating in either hostless or hosted mode, supporting an internal or external power amplifier, and having integrated, non-volatile memory.
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Versatile system for ease of design
QCC730M has full integration of the on-chip microcontroller, NVM, and SRAM for versatility and ease of design. QCC730M empowers developers with the ability to replace or integrate with traditionally Bluetooth-only applications.
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Full cloud connectivity stack
QCC730M is a complete solution with all cloud connectivity stack offloading, an open-source SDK available on CodeLinaro, and a VS Code-based IDE along with an associated development kit.

2:36

Qualcomm® QCC730 Dev Kit: Introduction and set up

4:39

QCC730 Dev Kit IDE Setup

Features

  • Dedicated 60 MHz applications processor to cover full cloud connectivity stack and applications
  • Dual-band 1x1 802.11a/b/g/n, HT20, up to MCS3
  • On-chip 1.5 MB RRAM (NVM) and 640 KB SRAM provide sufficient memory resource without the need for an external NOR flash
  • Integrated hardware crypto accelerator
  • Advanced power management scheme to minimize power dissipation for each use case
Specifications
Wi-Fi
Standards
802.11b, 802.11g, 802.11n, 802.11a
Spectral Bands
2.4 GHz, 5 GHz
Channels
20 MHz
Antenna Configuration
1x1
Features
up to MCS3
Security
Features
Secure Boot, Cryptographic Accelerator, Qualcomm® Trusted Execution Environment & Services, Secure debug
RAM
Density
1.5 MB1
SRAM
Density
640 kB
Interfaces
Supported Interfaces
Master I²C, 15x muxed GPIO, Slave SPI, 2-wire UART, Master QSPI
  1. XiP over QSPI Flash


 

EVK Variants

The QCC730M EVK comes in 4 variants with a PCB antenna or RF Connector, and with an internal or external power amplifier:

 

Module Order Number FEM Antenna Config Ext Memory
QCC730M EVK 65-79685-1

EVK-QCC730M-1-00-0-AA
iPA PCB Antenna 4MB Flash
65-79685-2

EVK-QCC730M-1-00-0-AB
iPA RF Connector
65-79685-3

EVK-QCC730M-1-00-0-AD
xPA PCB Antenna
65-79685-4

EVK-QCC730M-1-00-0-AE
xPA RF Connector

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4 of 4 total products

Product

CPU

Clock Speed

Wi-Fi

Standards

Spectral Bands

Bluetooth

Specification Version

RAM

Density

SRAM

Density

Interfaces

Supported Interfaces

Premium Tier

QCC711
Active

32 MHz1

Bluetooth® 5.4

PWM
I²C
GPIO
Temperature sensor
SPI
UART
ADC
QSPI
Multi-function pin
Voltage comparators
LED driver

QCC730
Active

60 MHz2

802.11b
802.11g
802.11n
802.11a

2.4 GHz
5 GHz

1.5 MB3

640 kB

Master I²C
15x muxed GPIO
Slave SPI
2-wire UART
Master QSPI

Mid Tier

QCC74x
Active

325 MHz

802.11b
802.11g
802.11n
802.11ax

2.4 GHz

Bluetooth® 5.3

484 kB

PWM
I²C
up to 35x GPIO
RMII
DAC
SPI
SDIO
UART
I²S
ADC
QSPI
CAN

QCC74xM
Sampling

325 MHz

802.11b
802.11g
802.11n
802.11ax

2.4 GHz

Bluetooth® 5.4

484 kB

PWM
I²C
up to 35x GPIO
RMII
DAC
SPI
SDIO
UART
I²S
ADC
QSPI
CAN

  1. each for Bluetooth Low Energy, Application & Security subsystem
  2. with FPU
  3. XiP over QSPI Flash
Qualcomm relentlessly innovates to deliver intelligent computing everywhere, helping the world tackle some of its most important challenges. Our leading-edge AI, high performance, low-power computing, and unrivaled connectivity deliver proven solutions that transform major industries. At Qualcomm, we are engineering human progress.

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