Consumer
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Gaming Lighting and Cooling Fans Control
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New HMI Platform NuMaker-HMI-MA35D1
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GPS Tracker for Pet
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Soy-milk Maker Driver
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Bluetooth Toothbrush Reference Design
- CSP MOSFET
- TWS Charging Box
- M031BT dual mode gaming mouse solution
- Four-in-one Smart Electronic Lock
- Advance Headset
- Baby Gear
- DSC / DVC
- DVR
- ELA
- Game Console
- Home Appliance
- Media Box
- Micro Printer
- Security Panel
- Smart Phone payment
- Smoke / CO Detector
- Sound Bar
- Toy
- Video Baby Monitor
- Voice Recognition
- WiFi CAM
- Kitchen Heating Appliance
- Wireless Charging
- Half-bridge Induction Cooker
- Smart Projector
- Laser TV
- 6-claw Robot
- Smart Plug
- USB Car Driving Simulator System
Industrial
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DALI Ecosystem - Control Gears and Devices
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DALI Ecosystem - Application Controller
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High Voltage Fan Driver
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Low Voltage Fan Driver
- Motor Parameter Identify Tool
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Totem Pole PFC Reference Board
- Motor Driver
- Electric Scooter
- Air Purifier
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Out-of-band (OOB) Management Solution for Edge Devices
- Edge Computing for License Plate Recognition
- USB Type-C PD 3.0 TCPC and TCPM Solution
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Battery Management System
- Servo Driver Module
- Elevator Call Board
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Thermostat with Touch Key
- DALI Digital Lighting Control
- Low Power ML51 Series Electronic Shelf Label
- Interactive Human Machine Interface Solution
- Plug and Play Iindustrial Measurement Development Platform
- IoT Development Platform
- NB-IoT IoT Development Platform
- Industrial Remote Terminal Unit
- Smart Water Meter
- Label Printer
- Face Recognition Attendance Machines
- 2D Bar Code Scanner
- Card Reader
- eBalance
- eBike
- Electricity Meter
- Face Recognition
- Fan / Ceiling Fan
- Fingerprint Identification
- Gas Meter
- Heat Meter
- POS
- QR Code Scanner
- Water Meter
- Smart battery management system
- BLDC Motor Control
- 8x8x8 LED Cube
- Door Access control system
- Elevator Control System
- LED Display
Smart Home Appliances
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MA35D1 HDMI Video Playback
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M467 LVGL Display
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RF-GaN PA Module for 5G Base Station
- TFT Color Thermostat
- Virtual Reality (VR) Solution
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HDMI2.1 4x2 Matrix Solution
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TOF sensing solution
- Smart Office UC Speakerphone Solution
- Smart Office UC Headset Solution
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Cold Chain Data Logger
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Color Display Wi-Fi Thermostat
- Smart Home Central Control utilizing IoT and Color Screen
- Smart Home Appliances with Video Playing Function
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Multi-Cloud Connection Platform
- TFT Thermostat
- Wireless Power Supply and Data Transfer Solution
- Machine Learning
- Intelligent Power Station
- PM2.5 Module
- OLED Display - GIF Format Decode (LZW) Supported
- Smart Toilet
IoT Security
- Cold Wallet Security
- CCTV VPN Security Module
- IoT Cloud-Ready Wireless Module
- Smart Sound Box
- IoT Secure Connection Solutions-1
- IoT Secure Connection Solutions-2
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Smart Meter for AMI 2.0
- Arm® Pelion Secure IoT Device Management Supported by M2351
- Fingerprint Secure IoT Door Lock
- USB FIDO Key for Identity Security
Door Access control system
The solution provides hardware encryption and decryption engine to accelerate the encryption and decryption process to ensure sufficient security. The Ethernet supports TCP/IP networking and up to eight ADCs to detect backup battery status and support other sensor requirements.
The architecture of door access control system contains
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Reader at the front end ( button type, RFID card reading type, fingerprint identification type, face recognition type ): |
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2. | Backend access controller ( TCP / IP networking, RS485 networking ): |
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3. | The final host of the background: |
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Reader at the front end
The reader at the front end can be divided into different types according to the identity authentication method:
1. | Push-button type ( using 8-bit, Cortex-M0 grade MCU ) |
2. | RFID card reader type ( using 8-bit, Cortex-M0 / M4 grade MCU ) |
3. | Fingerprint identification type ( using ARM9, Cortex-M4 grade MCU ) |
4. | Face recognition type ( using ARM9 grade MCU ) |
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Backend access controller
The access controller of the back end can be divided into different communication interfaces according to the connection background:
1. | TCP / IP ( Ethernet ) networking ( using ARM9, Cortex-M4 grade MCU ) |
2. | RS-485 networking ( using Cortex-M4 grade MCU ) |
Single or separate access control system
Traditional access control systems use RS485 and background communication. In recent years, almost all newly developed access control systems have used Ethernet and background communication. In general, the entire building ( managing multiple doors ) has a separate architecture ( the reader is separated from the access controller, one access controller is for multiple readers ), and the small business or home apartment Most use a single-machine architecture ( the reader and the access controller are integrated into one complete machine ).
Door Access Controller – NuMicro MCU Development Platform and the Product Features
1. | Why is the NUC970 series ( ARM9 core ) suitable for use in access controllers? |
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2. | Why the M480 series ( Cortex-M4 core ) is suitable for use in access controllers |
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