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There are several varian ts of a mobile GPS tracker for car, each designed to measure and record vehicle location, with some types featuring dual SIM capabilities for improved connectivity.
Here's a look at the common types:
Real-time GPS Trackers
These installations car GPS trackers report the vehicle's position constantly, giving the users an up-to-the-minute view of the location of their vehicle, depending on the type of network. Some depend on cellular networks, while others rely on satellite networks. Most of these trackers feature live tracking, letting users monitor their vehicle via a smartphone app or web interface. Connectivity is vital for any such tracker, thus, a dual-SIM feature comes into play.
Mileage and Activity Trackers
These trackers log distance traveled and often other driving-related factors, like speed or acceleration, depending on the tracker. These trackers may or may not be real-time if they happen to store all the data until the tracker comes into the area of network coverage, at which point it uploads the data. Trackers usually have a dual-purpose SIM in them, which means they can be switched out if stuck with one network lacking coverage.
Geofencing Trackers
Many modern GPS car trackers come equipped with geofencing capabilities -the ability to create virtual boundaries on a map. Whenever a vehicle enters or exists that boundary, the tracker sends an immediate alert. Such variants of trackers are employed in fleet management to track company vehicles. Many of these trackers incorporate a dual-SIM system to facilitate seamless geofencing operations across multiple networks and ensure consistent coverage.
Reflective GPS Trackers
These devices let users know the last recorded position of their vehicle before losing GPS signal. The reflective feature is well suited for areas with less density in satellite coverage, such as urban environments with many tall buildings. Dual SIM can be advantageous in these devices, as it helps maintain connectivity through cellular networks even when satellite tracking is less effective.
While many GPS car trackers come in a variety of designs and materials, each variation is targeted at certain needs and use cases. The following splay offers an overview of the key components contributing to the different designs of these trackers and the materials from which they're constructed.
Designs of GPS Car Trackers
The designs of GPS car trackers vary based on their intended use and features. Here are the main types:
OBD Port Trackers
This tracker plugs directly into the OBD-II port found in modern vehicles. The design is compact and convenient, as these devices can be fitted with minimal technical know-how. OBD port trackers are generally designed to be slim so they do not obstruct or interfere with the vehicle's other components. Being a plug-and-play device, most OBD trackers sport a simplistic design enabling effortless installation in a vehicle's OBD port.
Hardwired Trackers
This tracker is directly hardwired into a vehicle's electrical system. These trackers sport more complex designs than just OBD port trackers since they require additional cables for connection. Due to hardwiring, these trackers are usually installed underneath the vehicle's dashboard or in the engine bay, making their design smaller and more compact. Moreover, hardwired trackers offer greater power and enhanced durability; they are best suited for long-term tracking needs.
Standalone Trackers
This tracker is portable and runs on rechargeable batteries or an external power source. Its wireless design makes it very flexible as it can be placed in any location within a vehicle. The small size of the standalone tracker enables easy concealment and mobility throughout the vehicle. Perfect for short-term tracking or use in multiple vehicles.
Materials of dual sim car GPS tracker
The SIM card slot car GPS tracker is made of various materials, depending on its design and intended application. The following list shows the common materials used in the construction of these trackers:
Plastic Casing
Many GPS trackers are made with plastic casings, as seen in the OBD port and standalone trackers. Plastic is lightweight, as well as being weather-resistant, and cost-effective; thus, it makes for an ideal casing material for various types of trackers. In addition, due to the fact that it is plastic, the devices can be easily manufactured for mass production, enabling people from different financial backgrounds to afford it.
Metal Enclosures
Metal casings are used in GPS trackers designed for heavy-duty or commercial applications. Many metals' durability and resistance to impacts and environmental extremes make them ideal materials for extended, reliable GPS tracking. For instance, trackers installed in fleet vehicles or construction equipment often come in metal enclosures to ensure longevity under harsh working conditions.
Circuit Boards
These GPS trackers are fitted with small circuit boards usually made from copper and other metals, with an insulating substrate to construct the electronic components of the device. Circuit boards act as the main connective elements in the device, linking the GPS module, SIM card slot, and other components to enable the tracker to function properly. Copper is the material mainly used for the traces on the circuit board due to its high conductivity.
Waterproof Seals
Many devices, especially those intended for outdoor use or in vehicles exposed to weather elements, like rain or snow, have waterproof seals. These seals are generally made of silicone rubber or other waterproof materials that keep the internal components of the tracker dry and protected from moisture infiltration. These waterproof seals are usually fitted into the devices like standalone trackers, which are susceptible to outdoor conditions.
GPS trackers for vehicles add a layer of security and peace of mind. When selecting a dual-SIM GPS tracker for cars, several factors come into play. Below is a guideline covering the relevant considerations for choosing an appropriate GPS tracker for vehicles.
Network Coverage
If a GPS tracker comes with dual SIM, it would be great because it could switch between mobile networks on its own to achieve the best connectivity. To find the right tracker, ensure that the primary networks are available in the area where the vehicle is driven most of the time. Some trackers allow users to manually change the SIMs in case they need to use a particular carrier.
Real-time Tracking
Real-time tracking is important, especially for applications such as fleet management and personal monitoring. Check the update frequency of the tracker and whether the data can be accessed via a mobile app or web interface; most trackers come with real-time updates. A friend or relative in another country can monitor the tracker if it has live tracking capabilities through a mobile application.
Battery life
The battery life of a tracker varies with its design and features. Standalone trackers run on battery power and need periodic recharging. However, hardwired trackers are constantly powered by the vehicle, which ensures long-term seamless tracking. Check the battery life or seamless power supply of the device being considered, depending on the tracking duration needed.
Additional Features
Most GPS trackers may have extra functionalities, depending on the user's needs. Many trackers come equipped with mileage recording, driving behavior analysis, speed monitoring, and location history, and all these can be very useful for insurance companies. Some dual-SIM trackers also have geofencing capabilities that trigger alerts whenever a vehicle enters or leaves a predefined area.
Installation Ease
Some GPS trackers plug into the vehicle's OBD port and can be installed without previous technical experience, while others are hardwired and require professional installation. Depending on the requirements, check the installation options and their degree of difficulty.
Pricing and Subscription Plans
Costs may vary widely, depending on the tracker and the features that go with it. Consider balance tracker hardware costs with any associated app or service subscription fees for an extended period. Ensure reasonable and affordable network coverage for both SIM cards.
A. This is a device that can track a vehicle's location while simultaneously connecting to two different mobile networks through the SIM card slot to ensure continuous and reliable communication. In case one network loses coverage, the other would keep the tracker linked and transmitting location data. This makes the device perfect for areas with sporadic network availability by providing constant connectivity.
A. The tracker picks signals from the nearest GPS satellites and uses its SIM cards to send location information over cellular networks to a cloud-based server. Users can then access the data from any online device and see where their tracked vehicle is located in real time.
A. Having two SIM cards in a GPS tracker means it can automatically switch between mobile networks to ensure it always stays connected. This is really helpful if one network loses coverage because the tracker can use the other SIM card to keep sending its location. This makes the GPS tracker work better in more places since it would stay connected even if one network had no signal.
A. Yes, a dual-SIM car GPS tracker can communicate over different mobile networks in various countries. It has two SIM cards, one for each network, which lets it automatically switch between them. That means it can keep sending location information no matter where the car is - in its home country or somewhere abroad.
A. This device features two SIM cards at the same time, allowing it to use two mobile networks for better connection. Other car GPS trackers only have one SIM card. That means if the network ever goes out, the dual-SIM tracker can automatically switch to the other network, so it keeps working perfectly. This helps the tracker stay connected in more areas without losing signal.
A. There are a few important things to think about when choosing one. First, look at the coverage area of the mobile networks to ensure the tracker will work where the car will be. Second, consider what extra features would be useful, like speed alerts or a fence around certain areas. The size of the device and how it will be installed in the car should also be compared. Finally, check the costs of using the tracker, including any subscription plans, to make sure they fit within a budget.
