Rugged computers and devices are often confused with the customer and standard devices as not all are aware of the specifications that keep them distinguished. They are built not just to sustain outdoor conditions but also to fulfill tasks specific to certain industries. Rugged computers are more than just additional protective cases on standard devices. Several factors and components make them different from customer devices.
This guide will provide every bit of information related to rugged computers.
What is the Exact Definition of Rugged?
Commonly known as a ruggedized computer, rugged computers are specifically designed to work in harsh weather unfavorable conditions such as extremely high or low weather, high humidity, low pressure, or extreme dust. Just as the name suggests, rugged computers can withstand just about any kind of usage and handling, which is why they are often used for outdoor recreation, agricultural activities, and military purposes. Since they are carefully crafted and constructed using high-quality components, rugged computers provide optimum efficiency and faster performance.
The definition of rugged depends and varies based on the environment it is used in. For example, rugged in industrial settings and warehouses can mean protecting the device against dust, whereas rugged in agriculture and forest industries can mean keeping them away from moisture and extreme temperatures. For this reason, the construction and specifications of the rugged computers you use vary according to your needs and application. This implies that not all rugged computers are the same. The sturdy construction and rugged system are also integrated into tablets and mobile phones to make the devices more portable and fulfill the tasks on the move. The construction, specifications, and design of rugged devices make them different from consumer devices. This also makes them more expensive than standard devices.
Specifications of Rugged Computers
Technically, rugged is defined on the basis of three specifications or testing methods, which are MIL-STD-810G, IP, and temperature range.
- MIL-STD-810G: This military testing method adheres to the United States Army’s Developmental Test Command standard and dictates the working environment that most military operators are exposed to. Basically, this standard notifies you whether or not the unit you are choosing can work in a military-based environment. Since military fields are dangerous, the devices undergo 24 different laboratory test methods to confirm their efficiency.
- IP: This abbreviation stands for Ingress Protection and is conveyed in the form of a rating. It declares the device’s functionality and efficiency when exposed to one or more types of solids and liquids. The rating decides the amount of liquids or solids that your device can accept and still function with ease. The rating, IEC 60529, is an internationally acceptable standard.
- Temperature Range: This specification tells you the ideal temperature at which your rugged c
- omputer can function. If used above or below the specified temperature range, your device may damage or even fail.
These specifications will help you invest in a rugged computer based on your needs and use.
Applications of Rugged Computers
1. Agricultural
Rugged computers used in agricultural fields are prone to extreme temperatures, moisture, and liquids. They are usually more susceptible to water and mud. Today, RFID technology is increasingly used to design irrigation systems and conduct livestock trading. Rugged computers also help farmers in soil sampling and generating topography-related reports.
2. Military
Rugged devices used for the Air Force, Army, Navy, and other military entities help in training, navigating, and collecting important data. As mentioned, these systems are also used as military computers as they can function well in harsh conditions. They can also work at a higher altitude (majorly up to 10,000 feet of elevation).
3. Industrial
Industrial rugged computers can withstand vibrations and are ideally designed using the IP rating. They are primarily used to test inventory and machinery and included in the quality testing and maintenance departments. These devices can also be used with vehicles to track goods and get real-time data.
4. Transportation
Rugged computers are also ideal for the transportation industry as they can withstand strong vibrations. Whether it is logistics or public transportation, rugged devices are suitable for any kind of transportation application. For example, bus conductors and drivers can use them to check payments and track directions; similarly, courier and logistics services can integrate them into fleet management.
As you can see, rugged computers and devices are quite different from customer devices because they are tougher and more efficient. To buy a rugged device, you must prioritize your needs and compare your options to see whether or not the device is compatible with your working environment. Next, check the product specifications and invest in a device that has a higher level of ruggedness. This will ensure that your computer will work in extremely harsh conditions and last longer.
