ماژول SIPEED M1 AI

درباره این محصول

• 1. Tutorial & Quick Start 
• MaixPy
• 2 Description 
• The MAIX Dock development board, part of SiPEED's MAIX product line, is an AIOT development board designed based on Canaan Technology's K210 edge intelligent computing chip (RISC-V architecture, 64-bit dual-core). Its streamlined design is compact and features an onboard Type-C port and USB-UART circuitry, allowing users to connect directly to a computer via a USB Type-C cable for development. It also features interfaces for 128Mbit Flash, LCD, DVP, and a Micro SD card, with all I/O pins exposed for easy expansion.
• It can be turned on by powering on, no power-on operation is required
• 3. Appearance 
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• 4. Features 
• MaixDock is developed with the powerful M1W AI module as its core unit. Featuring a built-in 64-bit dual-core processor chip and 8MB of on-chip SRAM, the module excels in AI machine vision and audio performance. Built-in multiple hardware acceleration units (KPU, FPU, FFT, etc.), it boasts a total computing power of up to 1TOPS. This allows for the easy implementation of machine vision and audio algorithms for a wide range of application scenarios, as well as pre-processing for speech direction scanning and speech data output.
• 5. Application 
• Smart home, robot cleaners, smart speakers, electronic door locks, home monitoring, etc.;medical industry applications, such as auxiliary diagnosis, medical image recognition;intelligent industrial applications, such as industrial machinery, intelligent sorting, electrical equipment monitoring, etc.;educational applications such as educational robots, intelligent interactive platforms, and educational efficiency inspections;agricultural applications, such as agricultural monitoring, pest and disease monitoring, and automatic control, etc.
• 6. Parameters 
• K210 chip basic parameters
• kernel
• RISC-V Dual Core 64bit, with FPU
• Main frequency
• 400MHz (overclockable to 600MHz)
• SRAM
• Built-in 8M Byte
• Image Recognition
• QVGA@60fps/VGA@30fps
• Speech Recognition
• Microphone array (8mics)
• Network Model
• Support for YOLOv3
• Mobilenetv2
• TinyYOLOv2
• Face recognition, etc.
• Deep Learning Framework
• Supports mainstream frameworks such as TensorFlow Keras Darknet Caffe
• Peripherals
• FPIOA, UART, GPIO, SPI, I2C, I2S, TIMER
• Video Processing
• Neural Network Processing Unit (KPU)
• FPU complies with IEEE754-2008 standard
• Audio Processing Unit (APU)
• Fast Fourier Transform Accelerator (FFT)
• Development board parameters
• Onboard resources
• Button*2
• RGB light*1
• MEMS Microphone*1
• USB to UART
• 128Mbit Flash*1
• Onboard interfaces
• USB Type-C port
• 24-pin DVP camera interface
• 24-pin LCD interface
• MicroSD card slot
• Audio interface (supports external 2x3W speakers)
• All IO pin headers are lead out
• size
• 52.3*37.3mm
• Supply voltage
• 5.0V @ 300mA (supply current must be greater than 300mA)
• Operating temperature
• -30℃ ~85C
• Software Development
• Chip operating system
• FreeRTOS, RT-Thread, etc.
• Development Environment
• MaixPy IDE, PlatformlO IDE, Arduino IDE, etc.
• programming language
• C, C++, MicroPython
• 7. Information 
• Sipeed-Maix-Dock Download: Sipeed-Maix-Dock
• Download Sipeed-Maix-Dock datasheet: Sipeed-Maix-Dock
• Sipeed-Maix-Dock schematic download: Sipeed-Maix-Dock
• 8. Software Development
• MaixPy : MicroPython language development
• C language SDK: kendryte-standalone-sdk
• IX. Product Technical Support 
• The Maix series of products can meet diverse customer needs in a variety of scenarios and are already widely used in the AIoT. Their quality and performance have earned an excellent reputation within the industry. Our dedicated technical team helps customers solve a wide range of hardware design and software issues. For professional technical  support and more detailed information, please contact support@sipeed.com