Managing cattle across a large ranch is difficult when animals move through remote grazing areas without stable cellular coverage. Conventional 4G trackers may lose communication or require a separate SIM card and monthly data plan for every animal.
A LoRaWAN GPS cattle collar provides a practical alternative for ranches, breeding farms and extensive grazing projects. It combines satellite positioning with long-range, low-power LoRa communication, allowing farmers to monitor cattle locations through strategically installed gateways.
Shenzhen Jinshengchang Technology Co., Ltd. develops and manufactures configurable LoRa and LoRaWAN livestock tracking equipment for cattle, sheep, horses and other free-ranging animals.
What Is a LoRaWAN GPS Cattle Collar?
A LoRaWAN GPS cattle collar is a wearable livestock tracking device that obtains the animal’s position through GPS or other GNSS satellite systems. Instead of transmitting every location through a cellular network, the collar sends data to a nearby LoRaWAN gateway.
The gateway then forwards the information to a cloud platform through 4G, Ethernet or another available backhaul connection.
A complete cattle tracking system normally includes:
- LoRaWAN GPS cattle collars
- Adjustable livestock neck straps
- Outdoor LoRaWAN gateways
- High-gain LoRa antennas
- Solar power systems for remote gateways
- Web-based livestock management platform
- Android and iOS applications
- API for integration with third-party software
Only the gateway generally requires cellular or internet connectivity. The individual LoRa collars can communicate without installing a SIM card in every device.
Why Use LoRaWAN for Cattle Tracking?
Large ranches frequently have weak cellular signals, high data costs and limited access to electrical infrastructure. LoRaWAN is particularly suitable for these environments because it is designed for long-distance transmission and low-power IoT devices.
Long-Range Communication
In a suitable open environment, a LoRa gateway may communicate with livestock collars over several kilometres. Under favorable line-of-sight conditions, coverage can reach approximately 15 kilometres, although the actual range depends on terrain, antenna height, vegetation, buildings and radio interference.
Additional gateways can be installed across a large property to extend coverage and reduce blind areas.
No SIM Card in Every Collar
A conventional cellular GPS collar normally needs a SIM card and an active data plan. With a private LoRa or LoRaWAN network, collars send their information to a shared gateway.
This architecture can reduce recurring communication costs when hundreds or thousands of cattle must be monitored.
Low-Power Operation
LoRa communication requires less energy than frequent cellular transmission. The collar can remain in sleep mode between scheduled reports and wake up only to collect and transmit data.
Battery life depends on:
- GPS positioning interval
- LoRa reporting interval
- Network conditions
- Temperature
- Animal activity monitoring
- Alarm frequency
- Battery capacity
- Solar charging conditions
The reporting schedule can be configured according to the ranch’s operational requirements.
Main Functions of the Cattle GPS Collar
GPS and GNSS Positioning
The collar regularly calculates the animal’s geographical position. Farmers can view the most recent location, historical route and movement status through the management platform.
Electronic Geofencing
Users can draw virtual boundaries around pastures, water sources, restricted areas or neighboring properties. When an animal enters or leaves a configured zone, the platform can generate an alert.
Geofencing helps ranch managers discover escaped livestock earlier and reduces the time required for manual searches.
Historical Route Playback
The platform stores reported positioning data and displays the animal’s movement history. This helps users understand grazing patterns, locate frequently visited areas and investigate unusual behavior.
Activity Monitoring
An optional motion sensor can collect activity data. Long periods of inactivity or abnormal movement may indicate that an animal is injured, trapped, sick or that the collar has been removed.
Activity information is a supporting management tool and should not be considered a replacement for veterinary diagnosis.
Low-Battery Alerts
The platform can generate an alert before the battery reaches a critical level. Maintenance teams can identify collars requiring charging, inspection or replacement.
Remote Configuration
Depending on the selected firmware and network architecture, administrators can remotely adjust positioning and reporting intervals through the platform.
More frequent reports provide better tracking detail but consume more energy. Longer intervals extend operating time.
Solar-Powered Cattle Collar Options
For long-term outdoor applications, a solar GPS collar for cattle can reduce manual charging requirements. The integrated solar panel helps replenish the battery when sufficient sunlight is available.
Solar charging performance depends on:
- Daily sunlight duration
- Solar panel orientation
- Dust or mud on the panel
- Animal behavior
- GPS activation frequency
- LoRa transmission interval
- Ambient temperature
Solar charging improves operating autonomy but does not mean that the collar will never require inspection. Battery condition and solar panel cleanliness should still be checked during routine livestock handling.
Waterproof Protection for Outdoor Ranches
Livestock trackers are exposed to rain, dust, mud, manure, sunlight and mechanical impact. A cattle collar intended for continuous outdoor use should therefore use a sealed enclosure and durable strap materials.
Jinshengchang can provide IP-rated enclosure options, including IP67 or IP68 designs according to the selected product structure and project requirements.
Customers should confirm the final waterproof rating, charging interface and installation method before placing an order.
How a LoRaWAN Cattle Tracking System Works
The tracking process includes four main steps:
- The cattle collar obtains the animal’s GPS or GNSS position.
- The collar sends the location and status data through LoRa or LoRaWAN.
- A gateway receives the data and uploads it through 4G or Ethernet.
- The cloud platform displays the animal’s location, route, battery level and alarms.
One gateway can receive information from multiple collars. The supported number of devices depends on the reporting interval, LoRa parameters, gateway capacity and network design.
For extensive ranches, multiple gateways can be deployed and connected to the same management platform.
Web Platform, Mobile Apps and API
Hardware is only one part of a livestock tracking project. A practical system also needs software for device management, mapping, alert processing and historical data storage.
The Jinshengchang livestock tracking solution can include:
- Web-based management platform
- Android application
- iOS application
- Google Maps or regional map integration
- Real-time device status
- Historical route playback
- Electronic fence management
- Low-battery notifications
- Offline-device alerts
- Multi-user account management
- Device grouping
- Remote command delivery
- API integration
The API enables distributors, agricultural technology companies and project integrators to connect collar data with their own livestock management systems.
LoRaWAN Frequency Options
LoRaWAN frequency requirements vary between countries and regions. Available configurations may include:
- EU868
- US915
- AU915
- AS923-1
- AS923-2
- AS923-3
- AS923-4
- IN865
- RU864
- KR920
- CN470
The frequency version must be confirmed before manufacturing. A device configured for one region may not comply with the regulations or gateway channel plan of another region.
LoRaWAN Versus 4G Cattle Collars
| Feature | LoRaWAN cattle collar | 4G cattle collar |
|---|---|---|
| SIM card in each collar | Usually not required | Required |
| Recurring data cost | Lower for large deployments | Charged per device |
| Private network | Supported | Not normally required |
| Remote-area suitability | Good with gateway coverage | Depends on cellular coverage |
| Power consumption | Relatively low | Usually higher |
| Initial infrastructure | Gateway required | No LoRa gateway required |
| Large-farm scalability | Cost-effective | Data fees increase with quantity |
A hybrid LoRa and 4G collar can also be developed for projects that require both private LoRa coverage and cellular backup communication.
Typical Applications
LoRaWAN cattle collars can be used for:
- Beef cattle ranches
- Dairy cattle management
- Free-range livestock
- Rotational grazing
- Breeding farms
- Mountain grazing areas
- Cattle theft prevention
- Animal recovery
- Agricultural research
- Government livestock projects
- Smart ranch platforms
- Cross-border livestock management
Gateway Deployment Considerations
Gateway placement directly affects the reliability of the tracking system. Before deployment, the project team should evaluate:
- Ranch size
- Terrain elevation
- Hills and valleys
- Vegetation density
- Building obstruction
- Expected number of collars
- Desired reporting interval
- Gateway antenna height
- Available 4G coverage
- Solar power conditions
Installing a gateway at a higher location can significantly improve line-of-sight communication. Large or mountainous ranches may require several gateways.
A field test is recommended before confirming the final quantity and installation points.
OEM and Custom Development Services
Different ranches and distributors may require different enclosure structures, straps, batteries, sensors or communication protocols. Jinshengchang provides OEM and ODM development services for livestock tracking projects.
Available customization may include:
- Product logo
- Enclosure color
- Collar strap length
- Battery capacity
- Solar charging
- LoRaWAN frequency
- GPS reporting interval
- Accelerometer
- Buzzer or indicator light
- Electronic fence functions
- Private communication protocol
- Platform branding
- Mobile application branding
- API integration
- Packaging
- Product labels
Sample testing is recommended before mass production, especially when the device will be used in extreme temperatures, mountainous areas or very large pastures.
How to Select the Right Cattle GPS Collar
Before purchasing, provide the manufacturer with the following information:
- Country of deployment
- Total ranch area
- Number of cattle
- Local terrain conditions
- Required positioning interval
- Expected battery life
- Solar charging requirement
- LoRaWAN frequency
- Availability of 4G coverage
- Platform or API requirements
- Waterproof rating
- Required order quantity
These details allow the supplier to recommend an appropriate collar, gateway quantity, antenna configuration and communication plan.
Why Work With Jinshengchang?
Shenzhen Jinshengchang Technology Co., Ltd. has experience in GPS hardware, IoT communication, embedded firmware, cloud platforms and customized tracking projects.
Our capabilities include:
- In-house GPS and IoT product development
- LoRa and LoRaWAN hardware customization
- Livestock collar manufacturing
- Gateway and antenna configuration
- Web platform and mobile applications
- API integration
- Protocol development
- Sample production
- Batch manufacturing
- Technical support
- After-sales service
We can support distributors, ranch operators, agricultural technology companies and system integrators from prototype evaluation through volume deployment.
Request a LoRaWAN Cattle Collar Solution
A reliable livestock tracking project requires more than selecting a collar. Gateway coverage, antenna placement, reporting intervals, battery capacity and platform integration must be planned together.
Contact Shenzhen Jinshengchang Technology Co., Ltd. with your country, ranch size, terrain, number of cattle and required tracking frequency. Our team can recommend a suitable LoRaWAN GPS cattle collar, gateway deployment plan and software solution.
Contact information
- Company: Shenzhen Jinshengchang Technology Co., Ltd.
- Website: www.hogps.com
- WhatsApp: +86 134 8088 1974
- Email: jietainana@gmail.com
Please view the product page here: https://www.lora8.net/en/product/i3jsif1f48
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