ISO18000-6c Gen2 UHF RFID Animal Ear Tags

Managing livestock at scale is not just about feeding and breeding—it’s about tracking, traceability, and data accuracy. Traditional methods like visual tags or manual records break down quickly when herds grow or regulations tighten.

That’s where ISO18000-6C Gen2 UHF RFID Animal Ear Tags come in. These tags give every animal a unique, scannable digital identity, enabling faster operations and better decision-making.

This guide explains how they work, where they’re used, what problems they solve, and how they compare with other identification methods, in clear and practical terms.

What Are UHF RFID Animal Ear Tags?

A UHF RFID animal ear tag is a passive electronic tag attached to an animal’s ear, designed to store and transmit identification data using radio frequency technology.

Key Specifications (Model DO-308)

Basic Parameters:

• Type: UHF Passive RFID Tag
• Frequency: 860–960 MHz
• Protocol: EPC Class1 Gen2 / ISO 18000-6C
• Supports Dense Reader Mode

Physical Parameters:

• Size: 87 × 73 × 2.5 mm
• Inlay Material: PET + Aluminum
• Outer Material: TPU (durable, flexible plastic)

Performance Parameters:

• Chip: Monza 4E / 4D / 4QT
• Memory: Up to 512 bits
• Read Range: Up to 5 meters
• Mode: Read/Write

Environmental Parameters:

• Operating Temperature: -20°C to +50°C
• Storage Temperature: -40°C to +100°C

In simple terms:

It’s a smart ear tag that lets you identify and track animals wirelessly—without touching them.

High-quality UHF RFID Animal Ear Tags

>> Product Parameters

>> The Schematic Digram

This tags is environmental protection materials,use for animal management.

Why Traditional Livestock Tracking Falls Short

Conventional methods include:

• Visual ear tags
• Branding
• Paper records

These create problems:

• Human error
• Time-consuming inspections
• No real-time data
• Easy to lose or misread

Working Principle (How It Actually Works)

Let’s simplify the technology.

Step 1: Each Animal Gets a Tag

The RFID ear tag is attached to the animal’s ear:

• Safe and lightweight
• Designed for long-term use

Step 2: RFID Reader Emits Signal

A handheld or fixed reader sends out UHF radio waves (860–960 MHz).

Step 3: Tag Receives Energy

Since it’s passive:

• No battery required
• Powered by the reader’s signal

Step 4: Chip Activates

The chip (Monza 4 series):

• Retrieves stored ID data
• Prepares it for transmission

Step 5: Backscatter Communication

The tag sends data back to the reader:

• Unique EPC code
• Optional user data

Step 6: Data Is Recorded

The system logs:

• Animal ID
• Time
• Location

Key advantage:

No need to physically handle the animal during scanning.

What Is Dense Reader Mode (And Why It Matters)

Dense Reader Mode allows multiple RFID readers to operate in the same area without interference.

Why this matters:

• Large farms
• High animal density
• Multiple scanning points

Result:

• Accurate reads
• No signal conflicts

Core Components

1. RFID Chip (Monza 4 Series)

Stores:

• Unique ID
• User data

2. Antenna (PET + Aluminum)

• Receives and transmits signals
• Optimized for long-range reading

3. TPU Outer Shell

• Flexible and durable
• Resistant to weather and wear

4. Tag Structure

• Designed for secure ear attachment
• Minimizes discomfort

Main Applications

1. Cattle Management

Tracks:

• Individual animals
• Health records
• Movement

2. Pig Farming

Used for:

• Growth tracking
• Feeding optimization

3. Sheep and Goat Farming

Enables:

• Herd management
• Breeding records

4. Disease Control and Traceability

Tracks:

• Animal origin
• Movement history

Critical for:

• Food safety
• Regulatory compliance

5. Livestock Logistics

Used in:

• Transport tracking
• Slaughterhouse management

Pain Points Solved

Problem 1: Manual Identification Is Slow

Solution:
RFID enables instant scanning

Problem 2: Human Error in Records

Solution:
Automated data capture

Problem 3: Difficulty Tracking Large Herds

Solution:
Bulk reading capability

Problem 4: Animal Stress During Handling

Solution:
Contactless identification

Problem 5: Lack of Traceability

Solution:
Each animal has a unique ID

Problem 6: Regulatory Compliance

Solution:
Supports tracking and reporting requirements

Performance Advantages

1. Long Read Range (Up to 5m)

• Scan animals from a distance
• No need for close contact

2. Durable Material (TPU)

• Resistant to:
  • Weather
  • Dirt
  • Physical stress

3. Rewritable Memory

• Update data as needed

4. Long Lifespan

• Suitable for entire animal lifecycle

Competitive Analysis

RFID Ear Tag vs Visual Ear Tag

vs Barcode Tag

vs LF/HF RFID Tags

vs GPS Tracking

When to Use UHF RFID Animal Ear Tags

Best for:

• Large-scale farms
• Automated livestock systems
• Traceability-focused operations

When NOT to Use Them

Not ideal for:

• Very small farms
• Extremely low-budget setups
• Applications needing real-time GPS tracking

Installation and Usage

Step 1: Attach Tag

• Use ear tagging tool
• Ensure proper placement

Step 2: Encode Data

• Write unique ID

Step 3: Integrate with System

• Connect to farm management software

Step 4: Scan and Monitor

• Use handheld or fixed readers

Cost Overview

Typical pricing:

• $0.50 – $2 per tag (bulk)

Factors affecting cost:

• Chip type
• Quantity
• Customization

Future Trends

1. Smart Farming Integration

• IoT-based livestock management

2. Enhanced Data Analytics

• Predictive health monitoring

3. Improved Tag Durability

• Longer lifespan materials

4. Global Standardization

• Unified tracking systems

Final Thoughts

The ISO18000-6C Gen2 UHF RFID Animal Ear Tag is a powerful tool for modern livestock management.

Key strengths:

• Long-range reading
• High durability
• Accurate tracking

Trade-offs:

• Higher cost than visual tags
• Requires RFID infrastructure

Bottom Line

If you want efficient, scalable, and accurate livestock management, RFID ear tags are no longer optional—they’re essential.

They replace:

• Manual tracking
• Error-prone systems
• Limited visibility

With a solution that delivers:

Speed, accuracy, and full traceability—from farm to market.