FUTURE PROOFED TELEMATICS
Linxio offers a wide range of 4G GPS hardware for complete end to end fleet management, real-time GPS tracking, asset management, job management and field service solutions, driver safety and fatigue management solutions and refrigerated transport temperature monitoring.
Latest technology
Future Proofed
4G CAT-M1 / NB-IoT
Bluetooth 5.0
BHP
NSW Health
Comlink
Hertz
Category5
South32
John Holland
In the rapidly evolving landscape of technology, businesses in Australia are faced with a critical decision — whether to stick with their existing 3G GPS trackers or transition to the more advanced 4G GPS trackers. This decision carries profound implications for operational efficiency, data speed, and future-proofing against technological changes. In this comprehensive article, we will delve into the reasons why upgrading from 3G to 4G hardware is not just a choice but a strategic necessity for businesses seeking to navigate the future successfully.
Telecommunication providers globally are phasing out 3G networks to make way for newer and more efficient technologies like 4G and 5G. This means that businesses relying on 3G GPS trackers may face connectivity issues in the near future as 3G infrastructure is gradually decommissioned. By upgrading to 4G, businesses future-proof their operations. 4G is currently the standard for mobile communication, ensuring compatibility with the evolving technological landscape and offering a more extended period of usability compared to 3G.
One of the significant advantages of 4G over 3G is its superior data transfer speed. With faster data rates, 4G trackers provide real-time updates more quickly, enabling businesses to make more informed decisions promptly. In time-sensitive industries like logistics and transportation, the improved response times of devices are invaluable. This translates to quicker reactions to changes in routes, traffic conditions, or emergency situations, contributing to overall operational efficiency. The speed and efficiency of 4G not only benefit businesses but also enhance the user experience for customers. In services such as ride-sharing or delivery, where real-time tracking is crucial, the faster updates provided contribute to a more satisfying customer experience.
4G networks generally offer broader coverage compared to 3G. This is particularly beneficial for businesses operating in remote or regional areas of Australia, where a reliable and expansive network is essential for maintaining connectivity. The signal strength of 4G networks is typically superior to that of 3G. This means that businesses using 4G hardware experience fewer instances of signal dropouts or weak connections, ensuring a more reliable and continuous tracking system. In densely populated urban areas, 4G outperforms 3G in handling high data traffic. This is crucial for businesses operating in cities where network congestion can be a challenge, ensuring consistent GPS tracking performance even during peak usage times.
4G devices support a broader range of advanced features compared to their 3G counterparts. This includes high-definition video streaming, more extensive data analytics, and integration with other advanced applications, providing businesses with richer and more sophisticated functionality. As industries embrace the Internet of Things (IoT) and Industry 4.0, the demand for higher data speeds and seamless connectivity increases. 4G trackers are better equipped to integrate with these emerging technologies, positioning businesses at the forefront of industry advancements. 4G networks offer more robust security features compared to 3G. With the increasing prevalence of cyber threats, businesses upgrading to such hardware benefit from enhanced encryption and security protocols, safeguarding sensitive location and operational data.
While the initial investment in upgrading to 4G may seem significant, the long-term cost savings outweigh this initial expenditure. The extended lifespan of 4G technology and the avoidance of potential disruptions due to 3G network decommissioning contribute to a more cost-effective solution in the long run. The improved reliability and efficiency of 4G devices result in reduced downtime and lower maintenance costs. Businesses can operate with greater continuity, responding to challenges more effectively and minimizing the need for reactive maintenance. The faster data speeds and improved performance translate into increased operational productivity. Businesses can achieve more in less time, whether it’s optimizing routes, responding to changing conditions, or making strategic decisions based on real-time data.
Upgrading to 4G positions businesses for an eventual transition to 5G when it becomes more widely available. Being prepared for the next generation of cellular technology ensures that businesses can seamlessly integrate with emerging technologies and stay ahead of the competition. 4G devices are better suited for integration with artificial intelligence (AI) and machine learning (ML) applications. This opens up opportunities for businesses to harness the power of data analytics for predictive analysis, route optimization, and more. As the era of autonomous vehicles approaches, having a robust and high-speed connectivity infrastructure is crucial. 4G GPS trackers pave the way for businesses to integrate seamlessly with autonomous vehicle technology when it becomes a standard in the industry.
Businesses can plan for a gradual transition from 3G to 4G, minimizing disruptions to their operations. This strategic approach allows for a seamless integration of the new technology without compromising business continuity. While the fundamental principles of GPS tracking remain consistent, upgrading to 4G may involve some changes in procedures and interfaces. Providing adequate training and adaptation time for personnel ensures a smooth transition and optimal utilization of the upgraded technology. In the dynamic realm of business operations in Australia, where connectivity, efficiency, and adaptability are paramount, the decision to upgrade from 3G is not merely a technological choice but a strategic imperative. The obsolescence of 3G technology, coupled with the superior speed, reliability, and advanced capabilities of 4G, positions businesses for a future where connectivity is seamless, operations are optimized, and innovation knows no bounds. As businesses navigate the road ahead, the upgrade to 4G devices emerges as a transformative step, propelling them into an era of enhanced efficiency, competitiveness, and preparedness for the technological advancements yet to come.
INCREASE VISIBILITY
Our vehicle GPS trackers come preloaded with activated sim cards for instant real-time tracking. The car tracker, if not plug and play like the VX60 variant might require installation services to be hard-wired into the obd system.
We offer both 3G trackers along with the 4G variants. The backup battery on the devices comes with an extended life. The live track feature of the system can be accessed on the mobile phone via the mobile app.
Linxio makes tracking as a solution affordable for fleet vehicles managed by fleet operators and owners alike. We offer a direct plug and play configuration through our tracking devices. These trackers can be directly plugged into the car’s dashboard or can be hard-wired for additional safety. Most of the installation instructions come straight out of the box and are easy to go about.
STREAMLINE MAINTENANCE
To learn more, book a live demo or get a 30 day free trial on all our fleet solutions.
Our commercial GPS solutions for targeted across fleet tracking and management businesses that intend to make the most of automation and vehicle tracking in order to boost operational efficiency, profitability and enhance ROI.
Our tracking devices are versatile and can be installed easily on vehicles across different makes and types.
The fleet management software is a cloud-based entity that can be accessed both via a desktop interface or through a smartphone via a mobile app built for both android and iOS.
A GPS tracker is an electronic navigational device which is generally powered by or utilises the global positioning satellite system to track the location of a vehicle in real-time, be it a person, car or any other locomotive for that matter.
The device is usually integrated into the vehicle or carried by a person so that the latter can be tracked accurately. The location which is recorded onto the device is transmitted via cellular or satellite modem embedded in the tracker. Buy our GPS trackers Sydney wide today.
Based on the type, a tracking device can have or omit modules depending upon the usage requirement.
Broadly, trackers are broken down into 5 categories, namely;
Data Loggers: These devices log the position or the location coordinates of the device on the internal memory that can be later accessed through downloadable data.
Data Pushers: These devices are the most common type of GPS trackers widely used. These devices usually transmit the data in the form of location, along with information about other on-board diagnostics to a designated server at regular intervals.
Data Pullers: Unlike data pushers, data pullers are always on and can transmit data as often as one wants to. Data pullers are more commonly used in conjugation with tracking devices with a GPS receiver module and a cellular network that can be triggered by sending a message wirelessly to it.
Convert Trackers: These are your regular trackers being put to use in everyday life. The only catch here is that these trackers are designed in a particular manner so that they mimic regular objects.
Vehicle OBD Trackers: OBD trackers can be easily plugged into the on-board diagnostics of a vehicle. The tracking unit is powered by the obd unit present on the vehicle. Additionally, OBD trackers communicate with other sub-systems of the on-board diagnostics to obtain data about vehicle performance, fuel consumption among other things.
“We are only starting to use a portion of the Linxio features and have had huge benefits. Its not just a policing tool, it allows us to automate a lot of the manual tasks typically required to manage a mobile workforce ”
Laura – Parcel Delivery
FUEL & MAINTENANCE
• Fault code monitoring
• Paperless Inspections
• Usage-based maintenance
SENSOR MONITORING
• Wireless IoT Sensors
• Live temperature alerts
• Lifetime historical logs
SAFETY & DASH CAMS
• Distracted driving detection
• In-cab coaching alerts
• Automatic incident upload
ROUTING & DISPATCH
• Route optimisation
• Proof of delivery (POD's)
• Dispatch to Driver App
DOCUMENTS & LICENCES
• Driver & vehicle documents
• Centralised record-keeping
• Expiration alerts and report
COMPLIANCE & ELD
• FTC, FBT, ATO certified
• Works with iOS or Android
• Centralised visibility
Our Company
Subscribe to our newsletter
To buy a GPS tracker for your personal car,
please visit our online store at linxio.store
