QCC711数据手册Qualcomm中文资料规格书

描述 Description

QCC711 is an industry-leading, tri-core, ultralow power Bluetooth LE SoC, optimized for IoT applications like beacons for asset positioning and tracking, smart health/fitness devices, remote controls, and computer peripherals, or for Bluetooth onboarding for Wi-Fi devices in smart switches and sensors, and building automation and control. QCC711 supports Bluetooth 5.4 and single-mode Bluetooth LE.

Unlike other Bluetooth LE devices on the market, QCC711 is the first publicly announced Bluetooth LE device integrating three microcontroller cores with on-chip 128 KB SRAM and 512 KB RRAM. 

QCC711 is driven by an open-source software SDK which is available on GitHub. QCC711 is also equipped with the Qualcomm® Connectivity Integrated Development Environment based upon Microsoft Visual Studio Code (VSCode). The QCC711 specific VSCode extension plugin will be made available as open-source software to allow customized VSCode specifically for QCC711.

Size- and cost-optimized modules and associated development kits are available from Qualcomm® Authorized Design Centers to allow quick time-to-market productization.

特性 Features

• QCC711 tri-core, high-security, Bluetooth LE SoC supports Bluetooth 5.4 and Coded PHY (Long Range)
• Advanced hardware-based security featuring dedicated RoT CPU and associated memory for trusted execution environment, secure boot, secure debug, encrypted storage, key provisioning, and secure OTA updates
• Comprehensive set of peripherals and interfaces: QSPI, SPI, UART, I2C, FTC (PWM), ADC, MFP, PTA
• Dual operating modes, Hostless mode (on-board Bluetooth LE stack) or Hosted mode (connects to external host over UART)
• Integrated power management unit with direct battery connection
• On-chip RRAM (NVM) to host application without need for an external NOR flash