Features to Look For in an Industrial PC Touchscreen

If you need an industrial PC for your industrial facility, you should consider purchasing an industrial PC touchscreen. These panels come with industrial grade components and fanless cooling systems to withstand extreme work environments. These touchscreen PCs have an IP65 waterproof rating and NEMA 4X protection rating, allowing them to be used in a variety of harsh environments. Below are some features to look for in an industrial PC touchscreen. To learn more, read on!

Advantech UTC series

The Advantech UTC series industrial PC touchscreen provides all-in-one computing solution for business needs. These touchscreen computers are highly customizable and have a wide range of functions. They can be used for self-service, interactive information boards, eMenu terminals, advertising, meeting room management, and customer feedback. The Advantech UTC series industrial PC touchscreen is certified for use in medical facilities.

Teguar 3500 series

The TP-4010-12 industrial panel PC is a rugged, IP66 rated machine. It is equipped with a Bay Trail Celeron J1900 quad-core processor and up to 8GB of RAM. It also supports a panel or VESA mount. Its IP66 rating ensures it won’t be damaged by liquid spills or dust. It is available in different colors, including black.


If you’re looking for a rugged, dust and splash-resistant enclosure for your desktop or tower PC, you’ll be delighted to learn that the Armagard 750 series is a great choice. This rugged, powder- coated steel enclosure features a 17-inch five-wire resistive touchscreen that’s fully protected against liquid splashes, physical impact, and theft. Moreover, the Armagard 750 series is designed to meet or exceed international NEMA and European IP standards.

Miura ER-220USC

The Miura ER-220USC industrial computer, also known as SteamNet, is a monitoring and communication device that is used in industrial settings. The industrial PC and touchscreen display allow for real-time monitoring … Continue reading >>>

What Is Industrial PC?

Industrial PCs are the most effective way to stay on top of the competition and keep up with new technology. The Information Technology departments of companies are responsible for physical implementation, software installation, and PC configuration. Substandard PCs and IT infrastructure can impact overall performance and customer service. Industrial PCs are an ideal solution for such businesses that may not be able to afford a standard PC. There are several reasons to consider an Industrial PC for your business.

Embedded computer systems

An embedded computer system is a small, non-portable computing device that performs a particular task without any external hardware. The systems can be made of a single-board computer, microcontroller, or Internet of Things (IoT) gateway. They can monitor data remotely or control machinery manually. The embedded computer system can also be used to store data or handle environmental conditions. To further optimize their use, embedded computer systems are often designed to operate with lower power consumption.

An industrial embedded computer is usually designed for a harsh environment, such as an electrical substation. It is often exposed to higher temperatures and more shock and vibration than a standard PC. It may be rack-mounted or self-contained and it is typically sealed to keep out dust and moisture. In addition, the industrial embedded computer may offer different degrees of redundancy. Embedded computers are a good choice for applications requiring high- performance computing.

Rugged computing platform

A rugged computing platform is a platform for industrial computers that is designed to be ruggedized. It must pass rigorous testing to be considered rugged. The standards used for testing ruggedized computing hardware are MIL-STD-810G. These standards define how a rugged computing system must be tested for reliability in harsh environments. The Karbon series is tested to meet MIL-STD 810G standards. It also meets other toughness … Continue reading >>>

Hybrid Computer Uses in Forensics

Listed below are general-purpose and special-purpose hybrid computer uses. These computers are a cross between analog and digital computers and are used for a variety of purposes. In this article, we will examine the differences between the two types of computers and their applications. In addition, we will explore the differences between hybrid and digital computers and examine how they are used in forensics. Hopefully, this article will answer some of your questions. Please feel free to comment or ask more questions in the comments section below.

General-purpose hybrid computers

The two main types of hybrid computers are general-purpose and special-purpose. General- purpose hybrid computers solve a wide range of problems while special-purpose hybrid computers are designed for a single application. They provide the functionalities of both analog and digital computers. They help solve complex mathematical equations quickly and efficiently. Hybrid computers are commonly used in various medical equipment including ICUs and hospitals. They are also used in cell phones to convert signals.

Applications of hybrid computers

There are many applications of hybrid computers. The auto gasoline pump is an example of a hybrid computer. This device measures the amount of petrol in a tank and calculates its value. It is capable of both functions. Other examples of hybrid computers include thermometers in hospitals. These computers can measure patient’s vital signs and convert them into digits. Some hybrid computers are also used in automobiles as speedometers. These hybrid computers can be customized for a particular process.

Comparison between analog and digital computers

A comparison between analog and digital computers can be difficult to make, but there are significant differences between the two. While digital computers rely on numbers, analog machines work with continuous signals, such as voltages. The difference between these two types of computers lies in the way they … Continue reading >>>

Hybrid Computer Examples

A good example of hybrid computing is an electrocardiogram machine. This machine measures the activity of the heart using 12-13 sensors that translate analogue body signals into digital data. The controller processes the data and generates the output, typically in the form of an electrocardiograph. The machine processes both analogue and digital data, and the output is usually both. Hybrid computers are an example of these types of computers. This article will provide some information about what these machines are and how they can help us live our lives better.

Applications of hybrid computers in medical technology

For years, digital computers have been used by medical professionals for various purposes. However, hybrid computers combine both digital and analog processing power, offering many benefits over their digital counterparts. The Bio-Medical Engineering Center at Ohio State University, for example, has installed a central hybrid computer system for cardiac catheterization data processing. Data obtained from cardiac catheterization procedures is transmitted to the hybrid computer through infrared optics, which analyzes it in real time. The results of the catheterization procedure are available to physicians instantly, reducing the waiting time between catheterization procedures and results.

One of the most common hybrid computers is the electrocardiogram machine, which monitors heart activity using twelve to thirteen sensors. The sensor output is translated into digital data by a controller and displayed on the ECG. The output of the ECG machine is usually in the form of an electrocardiograph. Analogue signals are used for cardiac monitoring because they can be more easily interpreted, whereas digital signals can produce more accurate and reliable results.

Characteristics of hybrid computers

When we discuss computers, the two most common types are digital and analog. Hybrid computers combine the capabilities of both types and are useful for a variety of applications. They are faster … Continue reading >>>