Device specifications, mounting choices, and environmental endurance are the three key factors to consider when thinking about your hardware.
What will the GPS device tracker be attached to? If you’re trying to mount a GPS tracker on a motorcycle or e-scooter, the device’s size and weight matter a lot more than if you’re trying to mount it on an industrial crane.
This is also important. The mounting choices offered will determine how firmly connected your item will be to the asset, depending on the sort of vehicle and/or asset you will be connecting these GPS devices to. Zip ties, screws, industrial double-sided tape, and magnets are the most frequent mounting options. A magnetic option may be more suitable than a zip-tie alternative, depending on your use case.
This is a big one, especially for industrial users or outdoor equipment. Environmental protection directly impacts a device’s performance when exposed to the elements. Outdoor equipment users – this is something you would want to prioritize when shopping for a GPS tracker. Waterproof, dust-proof, and humidity control are amongst the most common environmental protection features. However, devices designed specifically for rugged use are also tested for shock absorption, thermal protection, electronic static discharge, and more.
The quantity of data you may collect from your vehicle can be quite beneficial to your organization. Many GPS trackers keep track of basic data like distance traveled, speed, and location. However, this is only the beginning: GPS devices can also track data in order to generate crash reports and maintenance reminders. If you think that’s all, you’ll be astonished to learn that GPS devices also include input and output connection lines where additional components like your vehicle’s doors, sensors, and more can be connected!
What kind of information do you want from your device? You may have to choose between all of the capabilities that a GPS tracker has to offer depending on your use case.
How frequently would you like your GPS to update you? Dealers in the Buy-Here-Pay-Here environment need an average of a 2-minute check-in and a 3-hour heartbeat. Dealers may only need the device to check in after long periods of time in the New Car Lot universe.
What are Vehicle Interfaces and How Do They Work? Vehicle interfaces, in short, transfer data from a vehicle or asset into measurable data for you. You must ensure that the GPS device has the appropriate vehicle connections for the vehicle or asset to which it will be attached. If you’re tracking a heavy-duty vehicle, for example, you’ll need a GPS device that supports the J1939 Protocol. A typical CAN bus would be more appropriate for a light-duty car, but other choices such as a plug-and-play OBDII device are also available. A professional translation is required when translating any language into another, and selecting an appropriate vehicle interface guarantees that you obtain the right translator to do the job for you.
Connectivity: Cellular Coverage
Different sorts of cellular technology are employed in a GPS tracker depending on your needs. The most prevalent cellular technologies utilized in the subprime auto sector are LTE Cat-1 and LTE Cat-M, which govern particular attributes of a device such as power consumption and the amount of data that can be communicated. If you’re tracking international assets, you might want to think about using a technology that can track across borders