CORE TECHNOLOGY
From Innovative Access Control Products And Robust Locking To Door Automation And Next-Generation Biometrics, Our Solutions Are Ideal For a Huge Range Of Projects. Explore Them All Here!
RFID Reader Multi - Frequency Technology
This Advanced Access Control Reader integrates Three Distinct Card Technologies (EM 4100/4102, HID Prox, And Mifare Classic/S50/S70) Through A Hybrid RF Front-End Design. Operating Across Multiple Frequency Bands - 125kHz For EM Cards , 132kHz For HID Proximity Cards, And 13.56MHz ISO/IEC 14443-A Standard For Mifare - lt Employs Adaptive Frequency-Hopping Algorithms To Prevent Signal interference. The System Features A Multi-Coil Antenna Array With Independent Demodulation Circuits For Simultaneous Detection Of LF (Low Frequency) And HF (High Frequency) Signals.
For EM Card Compatibility , It Decodes Manchester-Encoded Data Using Amplitude-Shift Keying (ASK) Modulation At 100% Depth. HiD Card support Implements Frequency-shift Keying (FSK) Modulation With 26-Bit Wiegand Output, Compliant With HiD's Corporate 1000 Format Specifications. The Mifare Interface Incorporates NXP's Cryptographic Authentication Protocol (CRYPTO1) With Mutual Three-Pass Verification , Supporting Sector-Based Access Control And 48-Bit Unique ldentifiers(UlDS)
Screenless Facial Recognition Access Control Technology
The Access Control Device Integrates Facial Recognition As Its Primary Authentication Method While Supporting Four Auxiliary Modalities (Rfid Cards, Pin Codes, Fingerprints, And Mobile App Control) Through A Unified Embedded Architecture. Despite Lacking A Display, The System Employs Advanced 3d Structured Light Or Tof (Time-Of-Flight) Sensors With Ir (850nm) And Rgb Cameras To Capture 30,000+ Facial Data Points, Achieving <0.1% Far (False Acceptance Rate) At 98.5% Tar (True Acceptance Rate). The Face Recognition Engine Utilizes Lightweight Neural Networks (Mobilenet-v3) Optimized For Edge Computing On Arm Cortex-A55 Processors, Processing Biometric Data Locally Without Cloud Dependency.
A Modular Authentication Framework Allows Simultaneous Operation Of:
Facial Recognition: 3d Liveness Detection With Micro-Expression Analysis;
Card Authentication: 125khz Rfid/13.56mhz RFID/NFC Reader;
Keypad Input: 4-Bit, 8-Bit, Vitual Cardd Number;
Fingerprint Module: Fap20-Certified Capacitive Sensor (500 Dpi Resolution);
Mobile App: Ble/ Wi-Fi/ Ble+ Wi-Fi Connectivity For App-Based Unlocking.
Dual Mode (BLE+ WiFi) Technology
This IoT-Enabled Access Control Implements Concurrent Bluetooth 5.2 (Ble) And Wi-Fi 6 (802.11ax) Connectivity Through A Hybrid Wireless Soc Architecture, Enabling Both Proximity-Based And Remote Access Management. The System Features:
BLE Connectivity :
2M PHY Mode For Low-Energy Device Discovery (<1ma @3.3v)
GATT-Based Service Profile (Uuid Ffd0-Ffd4) For App Communication
Secure Pairing With Elliptic Curve Diffie-Hellman (ECDH) Key Exchange
10-Meter Operational Range With Rssi-Based Proximity Verification
433MHz Wireless Technology
The Cable-Free Access Control System Uses 433mhz Wireless Technology To Enable Quick Installation (Under 3 Minutes) Without Wiring, Drastically Reducing Setup Time And Labor Costs. The Battery-Powered Device Features Ultra-Low Power Consumption, Allowing One Year Of Operation On a Single Set Of Batteries Under Normal Use (10–15 Daily Activations).
1. Key Features :
- 433MHz Wireless Communication
- Long-range connectivity
- Stable signal penetration through walls/doors
- Encrypted data transmission to prevent interference
- Multi-Method Access
RFiD Cards: supports 125kHz EM4100 Cards
Keypad: 4-6 Digit PIN Codes With Anti-Peep Protection Remote Control: Compact 2-Button Wireless Key Fob
- Flexible Configuration
Choose Single Or Combined Authentication Methods Program Up To 1000 User Profiles (Cards/Pins/Remotes) Adjust Entry Permissions Via Simple Mobile App
Low Temperature Resistant Technology
The Access Control Device Reliably Operates In Harsh Outdoor Environments, From Freezing -40°c Winters To Scorching 60°c Summers, While Maintaining Full Waterproof Protection.
Cold/Heat Resistance Technology:
Wide-Temperature Components: Industrial-Grade Electronic Parts (-55°c To
Temperature Adaptation:
Auto-adjusting power output to stabilize performanceInternal heating strips for battery/circuit protection
Temperature Adaptation:
Auto-Adjusting Power Output To Stabilize Performanceinternal Heating Strips For Battery/Circuit Protection