世界一流的超低功耗高性能无线通信系统级芯片
High-performance, UItra-low-power, Full-stack/Multi-protocol, IoT Wireless System on Chip
  • Key Features
  • Overview
  • Specification
  • Documentation
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  • PHY6222超低功耗高性能无线通信系统级芯片,集成高性能32-bit MCU,射频灵敏度-99dBm@BLE 1Mbps,峰值收发功4.6/4mA,能效比超高,解决复杂场景无线连接稳定性和低功耗续航问题。拥有自主知识产权全通信协议栈,支持Bluetooth LE/Bluetooth Mesh/Phyplus Spider Mesh/Phyplus Pico Mesh/Apple MFi/Zigbee/Matter/私标2.4G等多协议栈共存。

    PHY62系列芯片广泛应用于智能家居、智能穿戴、智慧照明、工业控制、医疗健康、AI语音、新能源汽车等工业级/消费级领域,芯片具备高性价比和高可靠性,已向百余家海内外物联网领域客户实现交付。

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    核心优势

     

     灵活安全高性能低功耗系统级芯片架构

     拥有国内极少数的自主知识产权全通信方案

     高性能多模射频收发机,多场景平均应用功耗<10uA

     强大RF linkbuget满足复杂使用场景无线应用需求

     解决复杂场景无线连接稳定性和低功耗续航问题

     芯片自适应校准、常规器件偏差满足宽温范围,如晶振频偏、温漂、老化等

     存储资源满足工业级高温可靠性存储资源满足工业级高温可靠性

     抗电源干扰、满足复杂电源工况

     最小BOM仅需【一个1uF电容+一个16MHz晶振】

    支持协议

     

    应用场景

     

    智能家居 可穿戴设备 工业物联网 物流取件
    其他已量产应用: 蓝牙信标丨Apple Findmy丨新能源充电桩丨电表丨消防烟感丨智能路灯丨自拍器...
    1. High-performance Low-power 32-bit processor with SWD
    2. Memory
      1. 128KB-8MB in-system flash memory
      2. 64KB SRAM, all programmable retention in sleep mode
      3. 4-way instruction cache with 8KB Cache RAM
      4. 96KB ROM
      5. 256bit eFuse
    3. 22 General Purpose I/O pins
      1. GPIO status retention in off/sleep mode
      2. configurable as serial interface and programmable IO MUX function mapping
      3. All pins can be configured for wake-up
      4. All pins for triggering interrupt
      5. 3 Quadrature Decoder(QDEC)
      6. 6-channel PWM
      7. 2-channel PDM/I2C/SPI/UART
      8. 4-channel DMA
    4. DMIC/AMIC with microphone bias
    5. 8-channel 12bit ADC with low noise voice PGA
    6. 6-channel 32bit timer, one watchdog timer
    7. Real Timer Counter (RTC)
    8. Power, Clock, Reset Controller
    1. Flexible Power Management
      1. Operating Voltage range 1.8V to 3.6V
      2. Embedded buck DC-DC and LDOs
      3. Battery monitor
    2. Power consumption
      1. 0.3uA @ OFF Mode (IO wake up only)
      2. 1uA @ Sleep Mode with 32KHz RTC
      3. 2.7/3.6/4.6uA @ Sleep Mode with 32KHz RTC and 32/48/64KB SRAM retention
      4. Receive mode: 4mA @3.3V power supply
      5. Transmit mode: 4.6mA (0dBm output power) @3.3V power supply
      6. MCU: <60uA/MHz
    3. RC Oscillator hardware calibrations
      1. Internal High/Low frequency RC osc
      2. 32KHz RC osc for RTC with +/-500ppm accuracy
      3. 32MHz RC osc for HCLK with 3% accuracy
    4. High Speed Throughput
      1. Support BLE 2Mbps Protocol
      2. Support Data Length Extension
      3. Throughput up to 1.6Mbps (DLE+2Mbps)
    5. AoA/AoD Direction Finding
    6. Support SIG-Mesh Multi-Feature
      1. Friend Node
      2. Low Power Node
      3. Proxy Node
      4. Relay Node
    1. 2.4 GHz transceiver
      1. Compliant to Bluetooth 5.4
      2. Sensitivity
        1. -99dBm@BLE 1Mbps data rate
        2. -105dBm@BLE 125Kbps data rate
        3. TX Power -20 to +10dBm in 3dB steps
        4. Single-pin antenna: no RF matching or RX/TX switching required
        5. RSSI (1dB resolution)
        6. Antenna array and optional off-chip RF PA/LNA control interface
    2. AES-128 encryption hardware
    3. Link layer hardware
      1. Automatic packet assembly
      2. Automatic packet detection and calidation
      3. Auto Re-transmit
      4. Auto ACK
      5. Hardware Address Matching
      6. Random number generator
    4. Operating temperature:
      1. -40℃~+85℃ (Consumer)
      2. -40℃~+105℃ (Industrial)
    5. RoHS Package: QFN32(4mm x 4mm)/ QFN24(3mm x 3mm)
    6. Applications: wearables, beacons, home and building, health and medical, industrial and manufacturing, retail and payment, data transmission, PC/mobile/TV peripherals, internet of things(loT)
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    PHY622X芯片框图

     

  • 数据手册
    最新版本: 
    v1.5
    2024/09/26
    [下载] PHY6222 BLE SoC Datasheet [PDF]
  • 开发套件
    EVB开发板
    PHY6222 QFN32 EVB
    版本: PHY6222_32_v1.7

     

    • 板载天线、开盒即可调试

    • USB转串口、支持烧录及通信功能

    • 3x按键、3xLCD灯等交互调试接口

    • 2.54mm IO扩展接口

    联系销售 [下载] PHY6222_32 EVB PcbDoc v1.7 [PcbDoc] [下载] PHY6222_32 EVB PDF v1.7 [PDF]

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