RFID Automatic Identification Solution Overview
This solution addresses the challenge of tracking mobile instruments that move between different warehouse locations. Fixed reading devices in each warehouse automatically identify instruments present in their area and upload instrument parameters to a central backend system without manual intervention.
Mobile RFID Tags: Attached to each instrument (battery-powered with 3-5 year lifespan)
Fixed Warehouse Readers: LoRa-enabled gateways installed at warehouse entry/exit points
Cloud Platform: Centralized data management and instrument tracking system
Mobile Application: Real-time instrument location and parameter monitoring
Frequency: 902-928MHz (US) / 868MHz (EU) / 433MHz (ASIA)
Transmission Distance: Up to 3km in urban environments
Battery Life: 3-5 years with configurable reporting intervals
Size: 45×20×8mm (compact enough for instrument attachment)
Features: RSSI positioning, low power consumption, AES encryption
Dual-mode: Bluetooth 5.2 + LoRa backup
NFC interface for close-range configuration
IP67 waterproof rating for industrial environments
Interface: RS232/RS485 for industrial connectivity
Power: PoE or 12-36V DC industrial power input
Operating Temperature: -40°C to +85°C
Protocol Support: MQTT, TCP/IP, HTTP/HTTPS
Memory: 2MB data buffer for offline operation
Built-in mesh networking capability
Self-healing network architecture
Up to 2000 nodes per gateway
Automatic instrument registration and recognition
4G LTE Cat4 connectivity for remote warehouses
Dual SIM card support for network redundancy
Industrial-grade enclosure (IP65 rated)
Cloud platform integration: AWS IoT, Azure IoT, AliCloud
Zero-configuration pairing: Instruments automatically register when entering warehouse coverage
Multi-warehouse tracking: System tracks instrument movement history between locations
Real-time presence detection: Instant notification when instruments enter/exit warehouses
Parameter collection: Uploads instrument specifications, calibration data, usage history
Condition monitoring: Temperature, humidity, vibration sensors optional
Battery status reporting: Proactive tag maintenance alerts
No wiring required: Fully wireless installation
Rapid deployment: Setup complete in 1-2 days per warehouse
Scalable architecture: Add warehouses without system modification
Industrial reliability: Operates in harsh environmental conditions
Attach waterproof RFID tags to each instrument
Register instruments in cloud database with specifications
Configure reporting intervals (1-240 minutes adjustable)
Install fixed readers at strategic warehouse locations
Configure geofencing parameters for each warehouse
Connect to power and network infrastructure
Integrate with existing inventory management systems
Configure user permissions and access levels
Set up automated alerts and reporting
Parameter | Specification |
Reading Distance | Up to 50m (open space) / 15-25m (warehouse environment) |
Multiple Reading | Simultaneous reading of 200+ tags per second |
Data Accuracy | >99.9% read accuracy |
Network Capacity | 10,000+ instruments per management domain |
Data Security | AES-128 encryption, SSL/TLS cloud transmission |
Power Backup | 72-hour battery backup for fixed readers |
Chengdu Ebyte Electronic Technology Co., Ltd. was established in 2012,
with an office area of over 4,000 square meters. It is a high-tech
enterprise integrating R&D, production and sales, with a complete
industrial chain, focusing on Internet of Things communication
applications.
Products cover LoRa, WiFi, Bluetooth, ZigBee, CAN bus modules , data transmission radio stations, industrial routers/gateways ,
LORAWAN, remote I/O modules,Industrial signal transmission, etc. Since
its establishment, the company has obtained over 120 patents and
certifications including SRRC, FCC, CE, MIC, KC, and NCC. Our products
are sold in over 50 countries and regions worldwide, receiving
widespread acclaim.Our company is committed to providing professional
communication solutions for customers in industries such as artificial
intelligence, industrial control, energy conservation and environmental
protection, and rail transit.