Fingerprind Android rugged tablets

Rugged PC PDF 10Months ago (08-18) 76 0

7-inch GMS rugged tablet PC support fingerprint is known as Mobile Data Terminal,

The industrial features of the rugged tablets are tough, durable, and portable which can be used in harsh environments, such as high-temperature workshops and cold areas in the north.

The tablets should also have a higher level of industrial protection which need to be certificated by MIL-STD-810G/H and IP65/IP67/IP68, such as Drop-proof, dust-proof, waterproof, oil-proof etc.

The RuggedPC supports barcode scanning, with data acquisition and data processing capabilities. As a mobile information processing tool, mobile phones are widely used in Archaeological excavation, Exploration, Agriculture, Production, Construction and other fields to improve efficiency.

Fingerprind Android rugged tablets-Rugged tablet


? Support for Android 10 system
? Optional 4G all network communication, WiFi, Bluetooth and other communication modes
? 7500mAh battery, 6-8 hours of machine endurance
? IP65 high protection level, in accordance with MIL-STD-810G
? Support GPS, GLONASS, more accurate positioning
? 800x1280 IPS, 1000nit high brightness screen, more suitable for outdoor harsh environment
? Support 1D/2D, UHF, NFC, ID card and other functional modules for free selection


What's the features for Rugged tablets?

Unfortunately, the term "rugged" is somewhat relative. Manufacturers describe their notebook products as ultra-rugged, rugged, semi-rugged, business-rugged, vehicle-rugged or durable, but there are no hard definitions as to what all that means.
Most manufacturers do supply ruggedness specifications that help figuring out how much abuse a product can take without breaking. A notebook, for example, should not break if it falls off a desk, which generally means from a height of perhaps 2-1/2 feet in open position. However, if the notebook is also used while walking around on the job, then perhaps it should be able to survive a four foot fall or better.

As far as operating temperature goes, the notebook should be able to start up and reliably run in whatever temperatures it is expected to operate. If that's in a desert climate, then it should be able to handle 120 degrees Fahrenheit or higher. If it's in a commercial freezer or an arctic setting, then it must function in those low temperatures. Also important is the ability to maintain peak performance over the entire operating temperature range.

Vibration can be a big issue for vehicle-mounted laptops, so testing must be conducted to ascertain that the product will survive on the job. Likewise for exposure to unusual humidity, altitude, salt fog, or whatever else the notebook may encounter while on the job.

There are many different testing standards, and tests can be conducted inhouse or by dedicated independent party testing labs. An often used standard is the MIL-STD-810G (MIL-STD-810H as of 2020) created by the United States Department of Defense. It is a very comprehensive document discussing environmental engineering consideration and laboratory testing standards.

Note, however, that the MIL-STD-810 documents do not mandate standards or set minimum goals for the various tests; for the most part they simply describe how testing is to be conducted. This leaves considerable room for interpretation, and it is therefore important for manufacturers of rugged notebooks to provide detailed information on what tests were conducted, how exactly they were conducted, what the results were, and what those results actually mean. The claim that a product is "MIL-STD-810G/H tested" is not enough, and prospective customers should ask for more detail.

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