UHF RFID Tags at 860MHz -960MHz Frequency-GIGA-TMS

UHF RFID Chips 860–960MHz – Smart Identification Solution for Modern Businesses

In the era of digital technology and automation, the need for intelligent, secure, and efficient management has become a top priority for businesses and organizations. RFID (Radio Frequency Identification) systems have emerged as an advanced solution, optimizing operational processes, enhancing security, and reducing costs. Among the current RFID solutions, UHF (Ultra High Frequency) chips operating at 860–960MHz are the ideal choice for applications requiring long reading distances and flexible data management.

What is a UHF RFID Chip 860–960MHz?

The UHF RFID 860–960MHz chip is a type of card and tag that uses ultra-high frequency signals to transmit and receive data from readers. Operating within the 860–960MHz frequency range, UHF chips can be read from several meters up to tens of meters, depending on reader power, antenna, and deployment environment. Each chip is assigned a unique identifier (UID – Unique Identifier), enabling businesses to manage assets, equipment, inventory, or personnel accurately and securely.

 

Key Features of UHF Chips

The UHF RFID 860–960MHz chip offers significant advantages over low-frequency (LF) or high-frequency (HF) RFID technologies. Its long-range reading capability reduces manual operations and increases efficiency in high-volume processes. UHF chips also support multi-tag reading (anti-collision), enabling effective management of warehouse systems, parking facilities, and logistics operations.

UHF chips are available in various shapes and sizes to suit diverse applications. Popular forms include standard ISO plastic cards, adhesive tags, key fob tags, and industrial-specific designs. Each type is optimized in terms of antenna, material, and coating to ensure stable reading performance, even in the presence of metals or water.

 

Standards and Compatibility

The RFID UHF 860–960MHz chips comply with international standards such as EPC global UHF Class 1 Gen 2 and ISO 18000-6C, ensuring compatibility with most UHF readers on the market. Compliance simplifies deployment, system integration, and data management—from issuing cards and access control to real-time asset tracking.

 

Benefits of Using UHF RFID Chips

RFID UHF chips offer practical benefits for businesses. Their long reading range reduces operation time and improves processing speed, especially in high-traffic environments such as warehouses, parking lots, or checkpoints. Multi-tag reading capabilities optimize logistics and inventory control.

High physical durability, combined with wear, heat, and water resistance, makes UHF chips suitable for various environments—from offices, factories, and warehouses to ports and outdoor locations. Their ample data storage allows for product information, access rights, or transaction history, enabling smart applications and data analysis.

 

Practical Applications

UHF RFID 860–960MHz chips are suitable for a wide range of applications. In warehouse and logistics management, chips track goods from inbound to outbound, minimizing losses and errors. In smart parking, UHF cards enable automatic vehicle recognition, reducing entry and exit times and optimizing revenue management.

In retail, UHF chips are used for inventory control, automated stocktaking, and customer loyalty programs. In asset and industrial equipment management, they track location, status, and maintenance history. Applications in access control systems, smart libraries, contactless payment, and public services are also increasingly common.

 

Data Storage and Format

UHF chips feature separated data storage areas for different purposes: unique identifier (UID), application data, and security areas. Depending on the chip type, data can be written and read multiple times, supporting applications that require continuous information updates. EPC and ISO standard data formats simplify integration with management software and middleware, while supporting synchronized data across multiple reading points.

Security and Privacy

UHF 860–960MHz chips provide various security features, including data area locking, authentication between card and reader, and encryption in advanced chip variants. Businesses can set detailed access rights, change passwords periodically, and manage lost or revoked cards to ensure data security. When deployed in sensitive systems, combining UHF chips with centralized management software and strict security policies helps prevent counterfeiting and unauthorized use.

 

System Compatibility and Integration

GIGA-TMS UHF chips are designed to operate reliably with most existing UHF readers, allowing quick deployment and reducing infrastructure modification costs. When integrating into management systems, attention should be given to antenna configuration, output power, operating frequency, and placement to optimize reading performance. UHF systems can handle simultaneous transactions at busy entry points while maintaining high speed and accuracy.

 

Technical Considerations for Deployment

To achieve optimal performance, factors such as antenna-to-card distance, card orientation, surrounding environment (metal, water), and reading point density must be assessed and field-tested. Reader power and operating frequency must comply with local regulations to prevent interference with other devices. Field testing helps identify issues with reading range, interference, and multi-tag recognition capabilities.

 

Production Quality and Durability

UHF chips are manufactured under strict processes to ensure uniform performance. Tests on lifespan, read/write cycles, and operation under harsh conditions give businesses confidence in long-term deployment. Protective coatings, base materials, and antenna structure are optimized to minimize damage from mechanical stress or environmental exposure.

 

Card and Accessory Options

Businesses can choose from various UHF chip forms to match their applications: ISO plastic cards for employees, adhesive tags for products, key fob tags for customers, or industrial cards for harsh environments. Options include printing, data personalization, scratch-resistant coatings, protective cases, and lanyards, enhancing user experience and durability.

 

Deployment Process and Lifecycle Management

Deploying a UHF system involves determining application requirements, selecting chip types, configuring readers, field testing, and user training. Card lifecycle management includes issuing, enabling/disabling access, replacing lost or damaged cards, and recovering cards when personnel leave. A clear process reduces security risks, optimizes operational costs, and improves system efficiency.

 

Deployment in Special Environments

In environments with significant metal or water, UHF chip performance may be affected. To ensure reliability, antenna positions should be surveyed, material padding used, or deployment methods adjusted. Calculating reader density and spacing between scanning points is crucial to achieve optimal system performance.

 

Technical Support and After-Sales Service

Reputable suppliers provide guidance in selecting appropriate chips, technical documentation, reader configuration instructions, and field troubleshooting support. Card personalization, printing, and packaging services are also key components of the supply package. Quick support minimizes downtime and ensures smooth business operations.

 

Regulatory Compliance and Environmental Considerations

Deploying UHF RFID devices requires compliance with frequency, output power, and radiation safety regulations. End-of-life material handling should also be considered to ensure environmental protection. Choosing transparent and standards-compliant suppliers reduces legal and environmental risks for businesses.

 

Conclusion

UHF RFID chips 860–960MHz are a smart, flexible, and efficient solution for a wide range of contactless applications in businesses and organizations. With long-range reading, high durability, strong security features, and diverse form factors, UHF chips meet the needs of asset, personnel, inventory, and customer service management.

When deployed with Beetech – a pioneer in Auto-ID and RFID solutions in Vietnam – businesses receive expert consultation, comprehensive hardware and software solutions, and professional after-sales services.

If you are looking for a smart, flexible, and cost-effective UHF RFID solution, let Beetech accompany your business on the journey of digital transformation.

Contact Beetech today for detailed consultation
Website: https://beetech.com.vn
Email: info@beetech.com.vn

See more products: Tại đây