LoRa GPS Tracker for Cattle: Long-Range No-SIM Tracking for Smart Ranches

A LoRa GPS tracker for cattle is designed for ranches that need to monitor cattle across large grazing areas without installing a cellular SIM card in every animal collar.

Unlike a conventional 4G cattle GPS tracker, a LoRa-based cattle collar obtains the animal's location through GPS, BeiDou or multi-constellation GNSS and sends the location data to a nearby LoRa or LoRaWAN gateway.

The typical architecture is:

Cattle → LoRa GPS Collar → LoRa/LoRaWAN Gateway → Internet Backhaul → lora8 Platform → Web / Android / iOS

This architecture is particularly useful for large cattle farms, remote ranches, mountain grazing areas and livestock projects where cellular coverage is weak or recurring SIM-card costs become difficult to control.

Shenzhen Jinshengchang Technology Co., Ltd. develops LoRa GPS cattle collars, gateways, firmware and livestock-management platforms for complete smart-ranch tracking projects.

What Is a LoRa GPS Tracker for Cattle?

A LoRa GPS tracker for cattle is a livestock tracking device normally installed on a cattle collar.

The device combines two different technologies:

GPS/GNSS positioning determines where the animal is located.

LoRa/LoRaWAN communication transmits the location, battery, movement and alarm data from the collar to a gateway.

This distinction is important.

LoRa itself does not calculate the animal's position. The GPS or GNSS module obtains the coordinates, while LoRa provides long-range, low-power wireless communication.

For a large ranch, multiple cattle collars can communicate with one or more gateways distributed around the grazing area.

Why Use a LoRa GPS Tracker Instead of a 4G Cattle Tracker?

One of the most important advantages of a LoRa cattle tracking system is that an individual SIM card is not necessarily required in every collar.

In a private LoRa network:

Hundreds of cattle collars → LoRa Gateway → One Internet Connection

The gateway can connect to the server using:

• Ethernet
• Wi-Fi
• 4G
• Other available backhaul networks

If 4G backhaul is used, the SIM card can be installed at the gateway rather than in every cattle collar.

For a ranch operating hundreds or thousands of tracking devices, this can simplify communication management and reduce recurring cellular-subscription requirements.

Learn more about our LoRa GPS Tracker No SIM Card solutions.

Jinshengchang 805 LoRa GPS Cattle Collar

Jinshengchang's 805 series is designed as a configurable LoRa GPS cattle collar for livestock tracking, pasture management and virtual-fence applications.

A typical system includes:

805 LoRa GPS Cattle Collar + LoRaWAN Gateway + lora8 Platform + Mobile APP

The cattle collar periodically wakes up, obtains a GNSS position and transmits location and device information to the gateway.

The gateway forwards the data to the lora8 server or a customer's private server.

Farm managers can then view cattle locations, movement history, geofence status and device alarms from a computer or mobile application.

You can also read about the 805 LoRa Cattle Tracking Collar.

805 LoRa GPS Cattle Collar System Parameters

LoRaWAN Frequency Options

Regional frequency configurations can include:

CN470 / EU868 / IN865 / RU864 / US915 / AU915 / KR920 / AS923

The final frequency should be selected according to the regulations of the destination country and the customer's LoRaWAN network.

Battery capacity, communication range, enclosure configuration and reporting intervals should be confirmed according to the actual project requirements rather than relying only on theoretical specifications.

GPS and BeiDou Positioning

The cattle collar can use GPS, BeiDou or another supported GNSS configuration to determine the animal's outdoor location.

The tracker can be configured to obtain a position at different intervals.

For example, a farm may require more frequent updates for cattle located close to roads or ranch boundaries, while cattle in normal grazing areas may report less frequently to conserve battery power.

This creates an important relationship between:

Positioning Frequency ↔ Tracking Visibility ↔ Battery Consumption

A professional cattle tracking system should therefore allow the reporting strategy to be adjusted according to the real ranch environment.

Long-Range LoRa Communication for Large Ranches

LoRa is suitable for transmitting small amounts of livestock data over relatively long distances with low device-side power consumption.

However, a professional installation should never promise a fixed communication distance without understanding the ranch.

Actual LoRa coverage depends on:

• Terrain
• Mountains and valleys
• Trees and vegetation
• Gateway antenna height
• Collar antenna design
• Transmission power
• Frequency band
• Gateway installation location
• Local radio regulations

For this reason, Jinshengchang recommends testing the system on the actual ranch before full deployment.

A small pilot project can identify signal blind spots and determine whether additional gateways are required.

For more information, see our LoRa Cattle Collar solution.

Cattle Location Tracking

The lora8 platform displays the latest reported position of each cattle collar on a digital map.

Farm managers can quickly identify:

• The current distribution of a herd
• Cattle separated from the main group
• Animals near ranch boundaries
• Animals approaching roads or restricted areas
• Collars that have stopped reporting
• Devices with low battery levels

Instead of driving across a large ranch simply to determine where cattle are located, managers can first check the platform and prioritize animals requiring attention.

Historical Cattle Movement Routes

Historical location records allow ranch managers to review how individual animals or groups have moved over time.

This information can help analyze:

• Frequently used grazing areas
• Routes between pasture and water points
• Herd separation
• Unusual movement
• Time spent within different paddocks
• Areas with poor LoRa coverage

Movement data can therefore provide more than a simple GPS location.

It becomes part of the farm's livestock-management data.

Virtual Fence and Cattle Escape Alerts

A LoRa GPS tracker for cattle can be integrated with digital geofences.

Farm managers create permitted or restricted areas directly on the map.

The lora8 platform supports both circular and polygonal virtual fences.

For example, a polygon can follow the actual shape of:

• A pasture
• A paddock
• A crop field
• A road boundary
• A river
• A restricted livestock area

When a cattle tracker enters or leaves a configured area, the system can generate an alert.

This is especially useful for cattle escape detection.

Learn more about the Smart Livestock Virtual Fencing System.

Virtual Fencing for Rotational Grazing

Virtual geofences can also support rotational grazing management.

Instead of treating an entire ranch as one grazing area, managers can divide the property into multiple digital paddocks.

The system can help managers understand:

• Which pasture is currently active
• Where each herd is located
• When animals leave an assigned paddock
• Which grazing areas are used most frequently
• When a pasture should be rested
• Whether cattle remain near particular water sources

Digital boundaries can be changed through software without rebuilding the monitoring system.

However, virtual geofencing should not automatically be considered a replacement for all physical fencing.

Roads, cliffs, rivers and other high-risk boundaries may still require appropriate physical protection.

Cattle Activity and Inactivity Monitoring

Motion sensors can provide additional information about livestock activity.

The platform may identify cattle that remain unusually inactive for a configured period.

An inactivity event may indicate several possibilities:

• The animal is resting
• The collar has fallen off
• The animal is trapped
• The device has been removed
• The animal may require inspection

Activity data should be used as a livestock-management reference and should not be represented as a veterinary diagnosis.

Low-Power Design

Power consumption is one of the most important considerations when designing a cattle GPS collar.

A tracker normally consumes more energy when:

• Searching for satellite signals
• Obtaining GPS coordinates
• Transmitting frequently
• Operating at higher transmission power
• Working in poor GNSS conditions

Therefore, battery life cannot be evaluated only by looking at battery capacity.

A professional system should optimize:

GNSS acquisition + sleep mode + reporting interval + movement detection + LoRa transmission

Different reporting strategies can be configured for different projects.

LoRa GPS Collar vs GPS Ear Tag for Cattle

Cattle tracking devices are generally available in different physical formats.

A LoRa GPS cattle collar provides more enclosure space for the antenna, battery and additional sensors.

A GPS Ear Tag for Cattle can provide a more compact solution combining animal identification and tracking.

The best choice depends on:

• Animal size
• Required battery life
• Installation method
• Antenna requirements
• Tracking interval
• Environmental conditions
• Maintenance strategy

For large cattle, a collar is often selected when larger battery capacity and stronger antenna design are priorities.

lora8 Smart Ranch Management Platform

Hardware alone is not a complete livestock tracking solution.

The lora8 APP Platform can provide centralized management for cattle trackers and other LoRa devices.

Functions can include:

• Current cattle locations
• Historical routes
• Multiple ranches
• Herd groups
• Device groups
• Circular geofences
• Polygonal geofences
• Entry alerts
• Exit alerts
• Offline warnings
• Low-battery alerts
• Device status
• Android APP
• iOS APP
• Web platform
• Multilingual interface
• API integration
• Private server deployment

Customers managing multiple farms can organize devices according to country, ranch, herd or user permissions.

LoRaWAN Gateway Planning

Gateway location can determine whether a cattle tracking project works reliably.

Before large-scale deployment, the following process is recommended:

1. Obtain the ranch map.
2. Confirm ranch size and terrain.
3. Confirm cattle quantity.
4. Identify high and unobstructed gateway locations.
5. Select the correct LoRaWAN frequency.
6. Deploy several sample collars.
7. Test signal quality around the ranch.
8. Measure actual packet reception.
9. Identify coverage blind spots.
10. Optimize antenna and gateway positions.
11. Expand the system after pilot verification.

For mountainous ranches, one theoretical communication-distance figure cannot replace actual RF testing.

No-SIM Cattle Tracking Architecture

A major advantage of LoRa is the ability to build a private ranch communication network.

Traditional cellular architecture:

Cattle Collar → SIM Card → Cellular Network → Cloud

LoRa architecture:

Cattle Collar → LoRa → Ranch Gateway → Internet → Cloud

This means the cattle-side tracker can operate without an individual cellular SIM subscription in a LoRa-only configuration.

This architecture is especially attractive for projects involving hundreds or thousands of cattle.

OEM LoRa GPS Tracker for Cattle

Shenzhen Jinshengchang Technology Co., Ltd. provides OEM and ODM development for livestock tracking projects.

Customization can include:

• PCB development
• GNSS selection
• LoRa RF design
• Antenna development
• Battery capacity
• Solar-assisted charging
• Low-power firmware
• Enclosure structure
• Waterproof design
• Collar structure
• Reporting interval
• Sensors
• LoRaWAN frequency
• Communication protocol
• API
• SDK
• Private server
• APP
• Web platform
• Logo
• Label
• Packaging

The development process can cover:

Requirement Analysis → Hardware Design → PCB → Firmware → Prototype → RF Testing → Platform Integration → Ranch Pilot → Optimization → Mass Production

Companies looking for custom hardware can also visit our LoRa GPS Tracker Manufacturer page.

Why Work with Jinshengchang Technology?

Shenzhen Jinshengchang Technology focuses on GPS, LoRa and IoT tracking product development.

Our livestock project capability covers the complete system rather than only the cattle collar:

Tracker + Gateway + Firmware + Platform + APP + API + OEM/ODM

Jinshengchang has more than 13 years of GPS and IoT development experience and can provide technical support for LoRa network planning, device development, platform integration, prototype testing and mass production.

For large ranch projects, we recommend starting with a sample and pilot deployment before expanding to the full herd.

Frequently Asked Questions

Does a LoRa GPS tracker for cattle require a SIM card?

Not necessarily. In a LoRa or LoRaWAN deployment, the cattle collar communicates directly with a LoRa gateway and does not require an individual SIM card. The gateway can use Ethernet, Wi-Fi or 4G to communicate with the server.

Can LoRa GPS trackers work where there is no 4G coverage?

The cattle collar can communicate with a LoRa gateway without relying on local cellular coverage. However, the gateway ultimately requires some form of backhaul connection if data must be uploaded to a remote cloud server.

Can one LoRa gateway connect to many cattle trackers?

Yes. A LoRaWAN network is designed to receive data from many end devices. The practical number of trackers depends on reporting frequency, network configuration, radio conditions and gateway deployment.

How far can a LoRa cattle tracker communicate?

There is no single guaranteed range for every ranch. Terrain, trees, hills, antenna height, radio settings and gateway location all influence coverage. A field test is recommended before large-scale installation.

Can cattle be tracked on a mobile phone?

Yes. The lora8 system can provide mobile and web access, allowing authorized users to view cattle locations, routes, geofences, alarms and device status.

Does the system support virtual fences?

Yes. Circular and polygonal geofences can be configured according to project requirements.

Can the cattle collar work with our own platform?

Yes. API, SDK, communication protocols and private-server integration can be provided for OEM and IoT projects.

Which LoRaWAN frequency should I use?

The frequency depends on the destination country or region. Available configurations can include CN470, EU868, IN865, RU864, US915, AU915, KR920 and AS923.

Can Jinshengchang customize a cattle GPS tracker?

Yes. Hardware, firmware, antenna, battery, enclosure, sensors, LoRa frequency, communication protocol, APP, platform, logo and packaging can be customized according to project requirements.

Contact Jinshengchang

Shenzhen Jinshengchang Technology Co., Ltd.

Wang Tao: +86 13480881974
Ms. Hu: +86 17722420256
WhatsApp: +86 13480881974 / +86 17722420256
Email: jietainana@gmail.com

For a cattle tracking project, please provide the ranch size, cattle quantity, country, terrain, required positioning interval and whether Internet or cellular coverage is available at the ranch.

This information helps us recommend the appropriate LoRa GPS cattle collar, gateway quantity, LoRaWAN frequency and system architecture.