Embedded Systems

An embedded system is a special purpose computer system designed to perform one or a few dedicated tasks rather than be a general-purpose computer for multiple tasks. It is generally embedded as part of a device.

Embedded systems constitute the widest possible use of computer systems. They include all computers specifically intended as special-purpose computers. Examples of embedded systems range from a portable music player, to real-time control of systems like the space shuttle. They are identified by their functions. The majority of commercial embedded software systems are designed to perform selected functions. These systems have to overcome resource constraints and system specifications. These systems meet their real-time constraints with a combination of special purpose hardware and software custom-developed to cope with the system requirements.


The embedded system must have the unique quality and functionality of being able to restart itself even if catastrophic data corruption has taken place. This is usually accomplished with a standard electronic part called a watchdog timer that resets the computer unless the software periodically resets the timer. Embedded systems today rely on trusted Chip and processor makers like Intel, AMD and the like. Embedded software’s are being developed by developers who deploy time-tested methods like compilers, assemblers and debuggers to develop embedded system software.

Industrial computer systems

The need of computing has been increased in different sectors whether it’s manufacturing, business or official sector. Industrial computer coming up with Industrial motherboard, industrial monitor have taken a lead in this concept. Industrial PC controlled many applications including stock control, dispatch and that’s too if the needs are different.

Industrial computer systems like Rack mount system and embedded system is one of the suitable options for businesses, home and office aimed at making your work convenient, well thought-out, and creative. They are devised to safeguard fragile computer equipments. These systems possess unique features such as, durability, ease of installation, light weight, reliability and high quality.

Almost all of the communication, computing, display and any other electronic device are occupied by these systems. These systems have become more and more important that we can think of. Industrial computer systems span across all aspects of modern life whether it be education, entertainment, communication or science. These systems are dedicated to specific tasks, so embedded design engineers need to optimize it, reducing the size and cost of the product, and increasing the reliability and performance.

Industry and Industrial Computers

Industrial areas are the prevalence of dust. Dust is generated from all sorts of industrial processes from grinding and polishing to simple cleaning. Dust can clog filters and encase an electrical item like a PC and over-insulate it causing it to overheat. Another aspect of dust is that it can contain many elements including conductive particles. When these dust particles penetrate an electrical item, such as an industrial computer this will also cause a short circuit for this reason Industrial computers are built also as dustproof computers.



Heavy impacts are another peril of the industrial workplace. No matter how carefully areas are marked accidents involving forklifts and other heavy machinery Is still common. A swipe from a forklift will finish off a PC so Industrial computers are built solid state (without moving parts) to ensure they are rugged enough to withstand impacts.

Computer Revolution with Semiconductors

Semiconductors are responsible for the computer revolution, which began in the mid 20th century and is still continuing. Miniaturization of computer components, transistors and diodes made of semiconductors such as silicon and germanium, has resulted in computers becoming smaller, faster, and having superior memory power according to Moore's Law, an empirical law which states that computer speed and memory capacity both double approximately every 18 to 24 months. As a result, computers are now over a billion times faster and have over a billion times the memory capacity of ENIAC, the world's first computer, built in 1946.

Semiconductor device fabrication is the process by which chips are made. These chip are integrated circuits that are present in electrical and electronic devices and appliances. The process of semiconductor device fabrication is of multiple steps during which a wafer is created using pure semi conducting material. Usually Silicon is used to make integrated circuits.

According to US Industry & Market Outlook, there are approximately 5,000 semiconductor and electronic component manufacturers in the United States alone and they contribute $165 billion in terms of sales.

High Flexile Rackmount System

Prepackaged configuration built around the 965ATX long-life industrial motherboard in an elegant and efficient 6U rackmount system. The CorSys665™ offers a high-performance platform for a broad array of analysis, control and storage applications.

As a starting point for a project requiring sophisticated processing and I/O capabilities, the CorSys665™ supports Intel’s Core microarchitecure-based Core 2 Duo processor, DDR2 memory, enterprise-class SATA2 HDD, PCI-e GbE, and USB2.0. Offering high levels of performance, power efficiency, and longevity, the CorSys665™ meets the requirements of demanding embedded applications.

Where most pre-configured systems are focused in networking environments, this exceptional system is specifically engineered for ease deployment to field for embedded solution requirements.

19" SXGA LCD Monitors

The VISIO series includes 15" XGA, 17" SXGA, and 19" SXGA LCD monitors. All versions are standard with 100-240 VAC input power supplies, have NEMA 4/4x/12 panel mountable front panels, and are less than 2.75" deep when panel mounted. All monitors provide Analog Video (VGA) connections and allow either connection via USB or RS-232 for the optional 5-wire analog resistive touch screen. Additionally, the VISIO17 and VISIO19 have Digital Video Inputs (DVI).

VISIO15 15" LCD Panel Mount Industrial Monitor, NEMA 4, UL approved for Class I and II, Division 2 hazardous locations

VISIO17 17" LCD Panel Mount Industrial Monitor, NEMA 4, UL approved for Class I and II, Division 2 hazardous locations

VISIO19 19" LCD Panel Mount Industrial Monitor, NEMA 4, UL approved for Class I and II, Division 2 hazardous locations

The Evolution of Technology or Industrial Motherboard

The need of computing has been increased in different sectors whether it’s manufacturing, business or official sector. Industrial computer coming up with Industrial motherboard, industrial monitor have taken a lead in this concept. Industrial PC controlled many applications including stock control, dispatch and that’s too if the needs are different.

Industrial motherboards range from ATX, Micro-ATX, and mini-ITX form factor boards. These platforms are built with standard form factor which allow customers to seamless upgrade without compatibility. The standard ATX mounting holes and I/O bracket area enable the ready-to-use and reduces cabling as well as total cost. In addition, commercial motherboard typically has a short life-cycle, industrial motherboards are under strict revision control, which means engineering changes are kept to the minimum to reducing the high cost of design changes and reduce costly maintenance and upgrade efforts. These industrial motherboards are ideal solutions for customers who are using commercial off-the-shelf products but require the flexibility of PCIe, PCI-X, PCI and AGP card expansion with industrial features such as longevity, reliability and manageability.

Racmount Computer With Accessories

Rackmount Computer products began to appear in the mid 1970's powered by the 8 bit microprocessor revolution and has quietly reshaped the computer landscape. Rackmount computer products normally comprise keyboards, mouses, monitors, speakers, scanners, servers, printers, and head phones. They have exceptional features such as scalability, longevity, revision control, durability, and reliability. Rackmount computer products are engineered to survive harsh environmental conditions such as shock, vibration, and dust. Most computer products at home get attacked by soft drinks, cookie crumbs, children's sticky fingers and other awful things. Rackmount computer products are designed to protect the equipment from damage during vibration and handling.

Rackmount computer accessories are designed to protect delicate computer equipments from damage during vibration and handling. They are ideal for businesses and home offices, making your work more comfortable, organized, and productive. Rackmount computer accessories generally include chassis, keyboard drawer, mouse mats, dust covers, cleaning products, batteries, server cabinets, desktop accessories, server racks, monitor enclosure, and disk array.

Significant Embedded Computer Systems Provided by Corvalent

Industrial PC are among the most demandable systems across the globe. It not only reduces your extra cost but also assists you in making your embedded ideas into a reality. The rapid development of computer technology has allowed its users to enhance their organization growth with embedded computers. In this manner they can increase the potential of their unattainable targets or objectives. Above all these embedded computer systems acknowledges the processor, chipset and other components problems and provides an appropriate answer.


High quality components

All the embedded computers provide a modular platform to your thermal density and size constrained applications. As before configuring any system we evaluate the existing problem and provide reliable embedded computer systems. Infact sometime we also suggest industrial computers for better performance and reliability. The systems CorBrick965, CorBrick855E, CorBrick855X, CorBrick EFX, EcoSys965 and LegaSys440 are designed with high quality components for short and long term durations.

Industrial Monitors and Industrial Environment

All the laptops and desktops that are found in homes and offices are certainly not made to cope with a tough environment and their use in an industrial environment. The best choice is to go for a specially designed industrial computer that will be able to cope easily with tough conditions and continuous use in dirt and outdoors conditions. This not only mean that the shell of the computer will be able to deal with that tough environment, but it also means that what is inside the device like the motherboard and other parts of the device will be able to last for as long as possible in an industrial or manufacturing environment. The same applies for screens. You can now easily find industrial touch screens or industrial LCD monitors that are perfectly fitted for such a tough environment.

Industrial monitors that come with industrial computers work under three basic technological standards - resistive, capacitive, infrared and acoustic wave, of which resistive touch screens are the most favored due to their ease of connectivity and a high level of display clarity. Latest VISIO19 monitor having rugged framework and sturdy bodies always delivers high performance.

Industrial Computer - Need of Industry world

Computing is as much a necessity in manufacturing and industry as it is in the office sector. As well as the many automated manufacturing processes that have to be controlled by a computer, many applications such as stock control and dispatch are now far more efficiently achieved with the help of a processor. However, the needs of industry and manufacturing are far different than those required of an office PC. Industrial computer coming up with Industrial motherboard, industrial monitor have taken a lead in this concept. Industrial PC controlled many applications including stock control, dispatch and that’s too if the needs are different.

Becoming more and more important in today’s world, Industrial computer covers almost all of the communication, computing, display and any other electronic device that we can think of. Spanning across all aspect of modern life, industrial computers applications could be easily seen in the sectors like education, entertainment, communication or science. Dedicated to specific tasks, Industrial computers are optimized by embedded design engineers which results in reduced size and cost of the product with increased reliability and performance.

Industrial Computer Motherboard - Life of Your PC with ATEX Motherboard

Industrial computers are the successful option for the fast growing companies because industrial computer motherboard can easily handle massive amount of information which is essential to the operation and proves as a success of your business.

ATEX is the name commonly given to the European directives for controlling explosive atmospheres and the standards of equipment and protective systems used in them. ATEX is now law in all European Union countries with companies that have potentially explosive atmospheres legally obliges to ensure all equipment in ATEX zones complies with the directive.

Phoenix MicroATX 965MTX is a very fine example of industrial mother boards which is useful through out life. Phoenix MicroATX Express is the controller featuring the computing industry's fastest bus technology: PCI Express. The two (2) on-board PCI Express x1 slots are capable of transferring 500MB/s, over 3.5 times faster than the industry-standard PCI bus. Ideal for peripherals devices next-generation graphics, I/O cards Phoenix MicroATX Express have expanded data rate.