April 28, 2026
In today’s fast-paced industries such as logistics, warehousing, transportation, and smart manufacturing, real-time visibility and long-range identification are essential for operational efficiency. Traditional tracking technologies like barcodes or short-range RFID systems often fail to meet the demands of large-scale environments.
The 0–30M Fixed Long Range UHF RFID Reader is designed to solve these challenges. With its extended reading distance, high-speed data capture, and multi-tag recognition capability, it enables businesses to achieve fully automated, contactless tracking systems.
What Is a 0–30M Fixed Long Range UHF RFID Reader?
A 0–30M fixed long range UHF RFID reader is a stationary RFID device operating in the Ultra High Frequency (UHF) band (860–960 MHz), capable of reading RFID tags at distances of up to 30 meters.
Key Characteristics
- Read Range: 0–30 meters
- Frequency: 860–960 MHz (global standard)
- Protocol: EPC Class 1 Gen2 (ISO18000-6C)
- Installation: Fixed (wall, gate, or pole-mounted)
- Application: Long-range identification and tracking
👉 It is ideal for wide-area monitoring and automated data collection.
How Long Range UHF RFID Readers Work
The system operates using radio frequency communication:
- The reader emits UHF signals through an antenna
- RFID tags within range receive the signal
- Tags respond with stored data
- The reader processes the data and sends it to the system
👉 This enables simultaneous reading of multiple tags without line-of-sight.
Key Features of 0–30M Fixed UHF RFID Reader
1. Extended Reading Distance
- Up to 30 meters (depending on antenna and environment)
- Ideal for large-scale operations
2. High-Speed Multi-Tag Reading
- Reads hundreds of tags simultaneously
- Supports bulk processing
3. Strong Anti-Interference Capability
- Performs well in complex environments
- Minimizes signal collision
4. Flexible Communication Interfaces
Supports:
- TCP/IP
- RS232
- RS485
- Wiegand
👉 Easy integration with existing systems.
5. Adjustable Output Power
- Typically 0–30 dBm adjustable
- Allows optimization for different scenarios
6. Industrial-Grade Design
- Durable housing (IP65 optional)
- Suitable for indoor and outdoor environments
Feature:
◆Built in the RFID module of R2000
◆The stable reading distance could be reach 30M
◆Multiple tagss reading ability
◆High sensitivity to tag
◆Support RSSI indication
◆Waterproof and sunscreen
Application:
DO-9292 could be used in variation area, such as vehicle management, customs management, logistics management and production automatic management, etc.
| Item No | |
| DO-9292A | RS232 |
| DO-9292B | RS232,TCP/IP |
| DO-9292W | RS232,WIFI, |
| JT-9292G | RS232,GPRS |
| Performance parameters | |
| Working Frequency | 902~928 MHz or 865~868MHz |
| Protocol | ISO18000-6C(EPC C1 GEN2) |
| Chip | Impinj R2000 |
| RF power | 0～30dBm(Adjustable) |
| Software & SDK | DEMO and C#, VC, Java |
| Industrial lightning protection | 6000V |
| Low temperature protection | Northeast, Northwest extremely cold region, low temperature protection |
| Reading range | stable reading range 25 M(Depends on tag & environment) |
| Tag handling volume | 0-200 tags |
| Storage space | 1M or 8M Flash save without power supply(customized) |
| Real-time clock | without power supply, real-time clock save and working(customized) |
| Frequency modulation | hopping or fixed frequency |
| Input/output port | Two-way relay output(customized), two-way I/O input(customized) |
| RSSI | RSSI numerical test |
| Antenna gain | 12dBi polarization |
| Working way | Buzzer |
| Power | 12V/3A Adaptor |
| Ethernet power supply | POE(customized) |
| Physical parameters: | |
| Item size | 450x450x50mm |
| Package size | 600x480x110mm |
| Net weight | 5KG |
| Shell material | ABS |
| Working temperature | -20℃~+65℃ |
| Storage temperature | -45℃~+95℃ |
Competitive Analysis: Long Range RFID Reader vs Alternatives
1. Long Range RFID vs Short Range RFID
| Feature | Long Range (0–30M) | Short Range (0–30CM) |
|---|---|---|
| Distance | Long | Very short |
| Accuracy | Moderate | Very high |
| Use Case | Logistics, tracking | Production line |
👉 Choose based on range vs precision.
2. RFID vs Barcode Systems
| Feature | RFID | Barcode |
|---|---|---|
| Line of Sight | Not required | Required |
| Speed | High | Moderate |
| Automation | Full | Limited |
| Multi-Read | Yes | No |
👉 RFID significantly improves automation and efficiency.
3. UHF vs HF RFID
| Feature | UHF RFID | HF RFID |
|---|---|---|
| Range | Long | Short |
| Speed | Fast | Slower |
| Applications | Logistics | Access control |
Application Scenarios
1. Warehouse Management
- Real-time inventory tracking
- Automated stock counting
- Goods movement monitoring
👉 Reduces manual work and improves accuracy.
2. Logistics and Supply Chain
- Shipment tracking
- Sorting automation
- Delivery verification
3. Vehicle Management
- Parking systems
- Toll collection
- Fleet tracking
👉 Enables contactless vehicle identification.
4. Smart Manufacturing
- Asset tracking
- Production monitoring
- Equipment management
5. Access Control Systems
- Personnel identification
- Security checkpoints
Pain Points Solved by Long Range RFID Readers
Problem 1: Manual Tracking Inefficiency
Traditional systems require manual scanning.
✔ Solution:
- Automated long-range reading eliminates manual processes
Problem 2: Limited Coverage Area
Short-range systems cannot cover large spaces.
✔ Solution:
- 0–30M range enables wide-area coverage
Problem 3: High Labor Costs
Manual operations increase costs.
✔ Solution:
- RFID automation reduces workforce requirements
Problem 4: Data Inaccuracy
Human errors lead to incorrect data.
✔ Solution:
- RFID ensures real-time accurate data collection
Problem 5: Slow Processing Speed
Barcode systems are time-consuming.
✔ Solution:
- RFID supports high-speed bulk reading
ROI Benefits for Businesses
Implementing a 0–30M UHF RFID reader can:
- Increase operational efficiency by 30–60%
- Improve inventory accuracy to 99%+
- Reduce labor costs
- Enable real-time visibility
How to Choose the Right Long Range RFID Reader
1. Read Range Requirements
- Small area → Short range
- Large area → Long range
2. Environment
- Indoor vs outdoor
- Presence of metal or interference
3. Integration Needs
Ensure compatibility with:
- ERP systems
- WMS systems
- Access control systems
4. Antenna Selection
- High-gain antennas for longer range
- Circular polarization for flexibility
Installation Best Practices
- Mount at optimal height
- Avoid signal obstruction
- Adjust power settings
- Conduct field testing
Common Mistakes to Avoid
- Overestimating read range
- Ignoring environmental factors
- Improper antenna placement
- Lack of testing
Future Trends in Long Range RFID Technology
- AI-driven tracking systems
- IoT integration
- Smart warehouses
- Real-time analytics
FAQ
1. What is the maximum range?
Up to 30 meters depending on setup.
2. Can it read multiple tags?
Yes, hundreds of tags simultaneously.
3. Is it suitable for outdoor use?
Yes, with IP65 protection.
4. What industries use it?
Logistics, manufacturing, retail, transportation.
5. Can it integrate with existing systems?
Yes, via TCP/IP, RS232, RS485.
Conclusion
The 0–30M Fixed Long Range UHF RFID Reader is a powerful solution for businesses seeking automation, efficiency, and real-time tracking. With its long read distance, high-speed performance, and flexible integration, it is ideal for large-scale applications across multiple industries.
By choosing the right configuration and deploying it correctly, companies can significantly improve operational performance and reduce costs—making RFID a key technology in the era of smart logistics and Industry 4.0.
