Gsm locator device

Types of Gsm Locator Devices

With the proliferation of smartphones, many people are aware of the GSM locator device and its capabilities. These devices, which are also known as GPS trackers or GPS locators, are used to track the whereabouts of an individual or an object. They use global positioning satellite technology to determine the exact location of the person or object being tracked. However, there are many other types of locator devices apart from the ones that most people have on their phones. Here are a few of them:

• Active GPS tracking devices: Active GPS tracking devices are the most common type of locator device. They are used in smartphones, tablets, and car navigation systems. Because they use the active GPS system, users can access real-time location information. With an active GPS tracking device, one can track the location of an object or a person in real-time through a map interface on a computer or smartphone. These devices are widely used for fleet management, child tracking, and pet tracking, among other things.
• Passive GPS tracking devices: Unlike active GPS tracking devices that provide real-time location data, passive GPS tracking devices store location data and can be accessed later. They are often used for historical tracking of movement patterns. The stored data can be retrieved on a computer or other compatible devices. Because of this functionality, passive GPS tracking devices are widely used for wildlife research, employee monitoring, and vehicle theft investigations.
• A-GPS (Assisted GPS): A-GPS (Assisted GPS) is a technology used in mobile phones. It enhances the accuracy and speed of GPS location services. A-GPS uses cellular network information in addition to satellite signals to determine the location of the device. With A-GPS, users can get location data quickly and accurately, even in challenging environments like urban areas with tall buildings or dense forests. A-GPS is widely used in emergency services, navigation applications, and location-based services like food delivery or ride-hailing services.
• Wi-Fi positioning system (WPS): Wi-Fi signals are not only used to connect to the internet; they can also be used to determine the location of a device. The Wi-Fi positioning system (WPS) leverages known Wi-Fi hotspots and their locations to triangulate a device's position. By measuring the strength of nearby Wi-Fi signals, the device can estimate its location relative to known hotspots. WPS is commonly used in indoor navigation, location-based advertising, and location services when GPS signals are weak or unavailable, such as in densely populated areas.
• Bluetooth Beacon Technology: Bluetooth beacon technology is used to locate devices within a limited range. Bluetooth beacons continuously transmit signals that can be detected by nearby devices. By measuring the signal strength from multiple beacons, a device can estimate its location with relative accuracy. Bluetooth beacon technology is widely used in indoor navigation, proximity-based services, and asset tracking in warehouses or shopping malls.

Specifications and Maintenance of GSM Locator Devices

The specifications of GSM locator devices vary depending on the model, manufacturer, and purpose. Here are some general specifications for handheld and vehicle locator devices:

• Size and Weight

  Handheld locator devices are designed to be portable and lightweight, with weights ranging from 50 to 150 grams. Their dimensions range from 100 to 150mm in length, 50 to 70mm in width, and 20 to 30mm in height. In contrast, vehicle locator devices are larger and heavier, with weights ranging from 200 to 500 grams and dimensions of 150 to 200mm in length, 80 to 100mm in width, and 30 to 40mm in height.

• Power Supply

  Handheld locator devices use rechargeable lithium-ion batteries with a capacity of 1000 to 2000 mAh. They have a battery life of 8 to 24 hours, depending on usage and standby time. On the other hand, vehicle locator devices are powered by the vehicle's battery or have a built-in rechargeable battery with a capacity of 5000 to 10000 mAh. Their continuous operation time ranges from several days to weeks.

• Communication Interface

  GSM: All locator devices use GSM networks for communication. However, the frequency bands supported by handheld locators are 850, 900, 1800, and 1900 MHz, while those of the vehicle locator devices are 900 and 1800 MHz.

• GPS Accuracy

  GPS accuracy is affected by several factors, including the quality of the locator device, environmental conditions, and satellite signals. Handheld locator devices have an accuracy of 5 to 15 meters, while vehicle locator devices have an accuracy of 10 to 50 meters.

• Battery Life

  Battery life differs in the locator devices depending on the power-saving features. Handheld locator devices have a battery life of up to 24 hours, while vehicle locator devices have a continuous operation time of several days to weeks.

• Data Storage

  Some locator devices have a data storage feature that allows them to store location data. Handheld locator devices have a small internal memory of about 1 to 10 MB, while vehicle locator devices have an internal memory of several hundred MB to several GB. Additionally, they support external memory cards for data transfer and storage.

• Environmental Protection

  Locator devices are designed to be used in different environmental conditions. Handheld locator devices have an IP rating of IP54 to IP67, which protects them from dust and water. On the other hand, vehicle locator devices have an IP rating of IP40 to IP65, which protects them from dust and limited water exposure.

• Operating Temperature

  Every locator device has an operating temperature range. Handheld locator devices can operate at temperatures between -10 and 50 °C, while vehicle locator devices can operate at temperatures between -20 and 70 °C.

Below are some maintenance requirements for the devices:

• Read and follow the manufacturer's instructions and recommendations for maintaining the locator device.
• Regularly clean the locator device to remove dirt, dust, and moisture that may affect its performance.
• Regularly check the battery and contacts to ensure the proper charge without corrosion.
• Only use the manufacturer's recommended battery and charger for the locator device. Do not expose the battery to high temperatures or direct sunlight.
• Regularly update the device software by following the manufacturer's instructions to ensure the latest features and improvements are installed.
• Store the locator device in a cool, dry place away from direct sunlight, humidity, and extreme temperatures when not in use.
• Regularly check the locator device for any damage, wear, or defects and promptly repair or replace any damaged parts.

How to Choose Gsm Locator Device

Before purchasing a GSM locator, it's important to consider the following factors:

• Coverage Area

  The coverage area is the first thing to consider when selecting a GSM locator. This refers to the size of the zone that will be monitored and tracked. A larger area requires a locator with wider coverage. On the other hand, a smaller area is sufficient for a device with limited coverage.

• Battery Life

  Another important consideration when selecting a GSM locator device is battery life. This is because different locators have different battery life that lasts for several hours or days. A locator with extended battery life is ideal for long-term use. On the other hand, a locator with a short battery life is appropriate for temporary use because the battery can easily be recharged or replaced.

• Size and Portability

  The size and portability of the locator should also be considered. Compact and portable locators are ideal for tracking people or objects. This is because they can be attached to clothing or placed in a wallet. However, locators that are not portable may be appropriate for tracking vehicles or equipment.

• Accuracy

  Accuracy is also a key factor when choosing a GSM locator device. This is because different devices have different levels of accuracy. A locator with high accuracy provides precise location information, while a device with low accuracy gives an approximate location.

• Real-Time Tracking

  Real-time tracking is another important feature that should be considered when selecting a GSM locator device. This is because some devices offer real-time tracking, while others provide location updates at specific intervals. A locator that offers real-time tracking gives instant location information, while a device that provides location updates at specific intervals gives information at set intervals.

• Price

  Finally, price is an important factor to consider when choosing a GSM locator device. This is because these devices come in a wide range depending on the features and functionality. It is advisable to select a locator that is affordable and offers the necessary features.

How to Replace a GSM Locator Device

Even though there are many types and models of gsm locator devices on the market with different installation processes, here is a general guide on how to install a new one:

• Choose the right location

  For the first step, the user should choose a good location to install the new locator. The location should be a secret place that no one can find the device. It should also be a dry place away from moisture and extreme temperature. Besides, the position should be far from the metal objects that can interfere with the signals.

• Prepare the device

  In this step, the user should open the locator and install the SIM card as instructed by the manufacturer. Then, the user should charge the battery completely.

• Mount the device

  For this step, the user should follow the manufacturer's instructions to mount the device securely in the chosen location. He or she should also ensure that the locator is mounted properly and is not going to fall off.

• Connect the wires

  In this step, the user should connect the gsm locator device to the vehicle's power supply as instructed by the manufacturer. He or she should pay attention to the positive and negative terminals and ensure that the connections are secure.

• Test the device

  At this point, the user should turn on the locator and test it to ensure it is working properly. He or she should make a test call or send a test message to confirm that the locator is sending signals accurately.

• Set up the tracking

  For this step, the user should set up the tracking details on the locator as instructed by the manufacturer. He or she should also configure the device's settings to meet personal needs.

• Hide the device

  In this step, the user should hide the locator to ensure that no one can find it. He or she should also ensure that the locator is hidden well and does not interfere with its functions.

• Regularly check the device

  In this final step, the user should periodically check the locator's signals and battery status to ensure it is working properly. He or she should also update the device's settings and tracking details as needed.

Q&A

Q1. Can users track multiple devices at once with a GSM locator device?

A1. Yes, some advanced GSM locator devices allow users to track multiple devices simultaneously. However, this feature depends on the device’s capability being used for tracking.

Q2. Is it possible to track a GSM locator device if it is turned off?

A2. Tracking a GSM locator device that is turned off is impossible. Locators need to be powered on and connected to the GSM network to facilitate tracking.

Q3. Can a GSM locator device track locations indoors?

A3. Generally, GSM locator devices are designed to provide accurate location information outdoors. They may have limited accuracy and precision indoors due to the weak signal.