LegaSys440 Embedded SystemsBy: thompson obama
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LegaSys440 Embedded Systems
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The LegaSys440 embedded system has been built around the Raptor ATX long life industrial motherboard and is one of the best examples of embedded computer systems that back up the high performance abilities of industrial computers. A LegaSys440 computer has all the attributes of a task oriented computer system owing to the Intel 440BX AGPset that breathes in unperturbed power into the system to function under various work conditions. Taking a step ahead towards the future of embedded technology, the LegaSys440 takes over from its predecessors, the 386 and PIII non-RoHS systems. Designed to provide the most complex embedded solutions, this system comes in a dimension of 16.8 inches x 8.3 inches x 17.4 inches and features a 100MHz front side bus.
A 12 cm fan that has been mounted at its rear end makes sure that the system remains cool even in the harshest of work environments. The LegaSys440 has the capacity to operate in temperatures that may range between 0°C to 50 °C, while it can sustain a temperature of -20°C to 80 °C in a non-operational state. With a system memory of 256MB PC100 SDRAM that supports three PC100 SDRAM modules up to 768MB, the LegaSys440 embedded system is powered by the Intel Pentium III (Socket 370) 850MHz processor. As an improvised version of the previous models, the LegaSys440 is compatible with all your existing controllers, testers, and installed devices and supports Windows 98Se, Windows 2K, Windows XP and DOS operating systems.
The LegaSys440 embedded system belongs to the breed of the latest embedded systems that are built to offer high performance and an infallible durability since it comes with a five to eight year production life cycle guarantee. This helps you bring your redesign and recertification costs down to a great degree and increase your return on investment in the process. The sturdy frame of the LegaSys440 showcases the motive of the maker behind its construction, which is obviously the functioning of the system under diverse work environments with the utmost ease and flexibility. Fulfilling the RoHS compliance standards, this embedded system is a proof of all the tests that it has passed through to be a much preferred choice in the category of embedded computer systems.
A detailed look at the abilities and the composition of the LegaSys440 embedded system is enough to convince you that it is just the thing that you need to give a boost to your business.
http://www.corvalent.com
18655 Madrone Parkway, Building 180
Morgan Hill, CA 95037 USA
Toll-Free +1 888.776.7896
Phone +1 408.776.7896
Fax +1 408.776.7496http://www.corvalent.com |
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| Keywords |
legaSys440 embedded, industrial computers, latest embedded systems, industrial computer |
| Category |
Computers and Technology |
| Submission Date |
Jun 20, 2009 |
| Article Contact Name |
thompson obama || send email to thompson obama
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Other links at Computers and Technology |
| 1. |
Mobile Email Solutions Using Push Email and PIM Synchronization
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1. An Introduction to Mobile Email
While the complexity and requirements that large scale solutions must achieve have greatly increased during the last few years, a growing number of service providers have also started to include support for enterprise functionalities in order to better meet and adapt to their customers’ ever changing messaging needs.
With email quickly becoming the primary means of communication for both corporate and individual users, the competition in the market also gets tougher every day. Consequently, a new breed of email services has to be appended to already existing portfolios in order to attract new customers and keep current service subscribers happy. This is where offering mobile email functionalities such as the Push technology or PIM database synchronization can make the difference.
2. Push Email and PIM Synchronization
Instant access to messages, contacts, calendar, or tasks regardless of time and location makes it easier for mobile workers to manage business operations, to stay in touch with customers and partners, and abreast of the latest changes and events on the market. It also ensures a better balance between professional and personal lives, enabling frequent travelers to keep in close contact with family and friends at all times. As a result, instant email retrieval has become more and more popular in both business and personal communication environments.
Smartphones and PDAs have also raised the bar in this sense and personal information management along with wireless (GPRS, 3G etc.) email access are visibly embraced by a fast-growing community of users. This is a known fact and the trend seems to pick up the pace with each month.
How It Works:
Email and PIM synchronization is the next best thing in email since the invention of the IMAP protocol. Through a technology, now known as “Push Email”, the tables have turned on email servers and clients. Normally, the client (desktop or mobile) would connect to the server and log in with the account credentials. Once the authentication is complete the client would poll the account by asking the server if any new messages are available.
As opposed to this, Push email instructs the server to instantly notify the client when a new email arrives. The main difference between these two approaches consists in the fact that the server will always know when a new message exists, while the client does not and has to check for them in a timely fashion. Push email is also much more economic in terms of data transfer amount and bandwidth usage. Establishing a single connection and maintaining it in an idle state is a very relaxed way to help the server contact the client whenever required.
Almost the same thing happens when speaking about PIM database synchronization. Appointments, tasks, notes and all of the data stored as PIM information are translated into email objects formatted in a special way, so that the contents can later be interpreted appropriately. So both emails and PIM data rely on the same standard and look a lot alike, despite some major differences that will not be detailed in the present whitepaper. What needs to be remembered is that from an email server’s perspective, the above mentioned objects are considered emails in the general meaning of the word.
3. AXIGEN Mobility Services
At this time, quite a lot of PIM sync and email pushing technologies exist and they are all implemented differently, even though they perform the same task. By far, the most popular technology, used world-wide, is Microsoft’s ActiveSync protocol. Therefore, AXIGEN has chosen to first implement support for this specific technology in order to reach and provide this feature to the largest base of users possible. The series of mobile devices and handsets that support the ActiveSync protocol includes Nokia / SymbianOS devices, Windows Mobile (since 2003 up to latest version), Apple iPhone and other devices that can have compatible software installed.
To learn more about AXIGEN's advanced mobile email services, please visit:
http://www.axigen.com/articles/mobile-email-solutions-using-push-email-pim-synchronization_50.html
Or check out our live webinar, "Mobility Services for Medium and Large Scale Solutions":
http://www.axigen.com/webinars/mobility-services/
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| 2. |
Process plant on turnkey basis
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Mechanical engineering is the hart of our industries with it we can’t think of our life. There are many such part of mechanical engineering like food machinery, steel plant machinery, road making machinery, ship building machinery, Machinery for plastic and machinery for textile. Here we are going to introduce one such stream and one such organization which engaged in the development of such machineries i.e. Process Engineering
Process engineering is applied into chemical processing, pharmaceutical processing, Cement processing plant, Paper/ Packaging/ Leather/ Wood/ BOPP tapes/ Floor Tiles, Paint/ Paper/ Leather/ Flocking & non woven, Auxiliary Chemicals, Sizing Agents, Blinders for Dyeing & Printing and finishing of Textiles and etc..
There is one such organization is there which deal in these type of process machineries “System Engineers”.
An amalgamation of multi-disciplinary engineering base with computerized design setup & a strong experience accumulated over 25 years forms the base of System Engineers to serve the Process Industries. System Engineering undertakes detailed engineering assignments & turnkey projects installation. We offer "Tailor made projects" from US $ 100,000 upwards along with one stop comprehensive project management services, Beginning with project identification and taking it right up to level of commercial production. We also provide process know-how, engineering procurement and commission services.
Areas of Expertise :
» ADHESIVES Paper/ Packaging/ Leather/ Wood/ BOPP tapes/ Floor Tiles .
» BINDERS Paint/ Paper/ Leather/ Flocking & non woven.
» PAINTS Decorative/ Industrial & Automotive.
» RESINS Alkyd, Amino, PVA, Epoxy, UF & MF etc.
» PLASTICISERS DOP/ DBP, DMP etc.
» TEXTILES Auxiliary Chemicals, Sizing Agents, Blinders for Dyeing & Printing and finishing of Textiles.
» Waste oil processing in projects Plants on turnkey basis for waste oil/lube oil dewatering and processing.
Design Engineering
Complete Project Engineering and management :
• Preparation of equipment specification, sizing of utility and plant layout.
• P & ID drawings, piping & isomeric drawings.
• Detail mechanical design of various equipment such as Pressure vessels, Heat exchangers, Tanks, Filter, Dryer, Distillation column, Reactor, crystalliser, etc. observing various International codes like ASME SEC II, V, VIII, & IX, TEMA, API 650, ANSI B 31.3.
Process Plant on Turnkey Basis
• Emulsion Polymerization Plants to process: Textile Binders, softeners, sizing agent for
Dyeing/Printing and Finishing & Auxiliary chemicals.
• Adhesives for wood, paper, floor tiles, Flocking and non –woven cloth, BOPP tapes
• Specialty chemicals for Leather industry
• Plasticisers such as DOP, DBP, DMP etc.
• Waste oil processing in projects : Plants on turnkey basis for waste oil/lube oil dewatering and processing
System Engineers manufactures Process equipment in Carbon steel, Alloy steel, stainless steel types: SA 516 GR 60, 70, SA 240- TP 304,316,321 etc. Equipment offered are:
Storage Vessels & Reaction Vessels
• As per ASME codes. The storage vessels are made in capacity ranging from 5000 lt. To
100,000 lt. Both in horizontal as well as vertical construction.
• Agitated vessels: Vessels with jacket/limpet/internal coil. Vessels with different types of
stirrers: Anchor, propeller, turbine etc.
• Multi shaft specialized dispersion vessels.
System Engineers Storage Calorifiers offer vast rage for Industrial and Domestic Hot water supply systems. Specially designed Very High efficiency Heat Exchanger provide most Economical solutions. System Engineers Calorifiers would use various different Primary Heating Systems.
Low temperature hot water is the most common means of heating. Flows are usually based on a temperature drop of 11°C(from 8271°c)
Medium temperature hot water systems are generally designed on a temperature drop 30°C (from 12090°C).
High temperature hot water systems are generally y designed on a temperature drop of 40°C (from 150110°C).Another important factor in the selection of primary water heating systems is the working pressure. Where the primary working pressure is greater than the shell design pressure the calorifier must be fitted with a bursting disc sized in accordance with the requirements of BS 853. Primary water pressure drops are generally not greater than 25kPa.
Steams is an ideal medium for water heating. The heat exchangers can be designed to accommodate a wide range of pressures, although most users prefer to have calorifiers operating with pressures below 10 Bar g. Superheated steam can be accommodated and the degree of superheat should always be stated at the enquiry stage.
Thermal oils have the benefit of high temperature combined with low operating pressures. The heat exchangers are generally manufactured from stainless steel, depending on oil type.
At System Engineers, Calorifier vessel is Designed as per ASME code where as Heat Exchanger follows TEMA standards. System Engineers is Certified ISO 9001:2000 company, accordingly a full material trace ability is offered. Third party inspection control can be accommodated. This requirement must be stipulated at the quotation stage.
Commercial Calorifiers
All commercial calorifiers carry a name plate specifying the following:
- Date of Manufacture
- Maximum working pressure, test pressure
- Calorific Capacity
Stainless Steel Shells
Austenitic Stainless Steel SS 304L & 316L is suitable for storage calorifiers, it contains Chromium, Nickel, Molybdenum and has a low carbon content 0.003% to improve corrosion resistance after welding. The passivity and general corrosion resistance of Austenitic stainless steel is excellent but they do suffer from chloride attack.
Good manufacturing techniques and a correct post manufacture treatment to restore the stainless steel to its original properties can reduce the susceptibility but complete corrosion attack can not be prevented.
U-Tube Battery For Calorifier
This is the most common type of heat exchanger used in calorifier manufacturing. High efficiency tubes unaffected by thermal expansion provide extremely high levels of reliability. To ensure a high heat transfer capacity a wide range of multi-pass exchangers are available. Standard bundle arrangements are manufactured from 20mm tube although other diameters are used depending upon the duty requirement. Tubes are generally welded into the tube plates. For tube bundles with straight lengths greater than 1250mm support baffles are fitted as standard. In order to ease disassembly batteries greater than 350mm in diameter are fitted with a tapped hole to accept a lifting eye. In addition runner wheels, collar bolts and starting screws can be supplied. Tubes are available in copper & stainless steel.
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| 3. |
State Level Efforts to Drive Indian Solar Energy Market
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According to our new research report titled "Indian Solar Energy Market Outlook 2012", Indian solar industry is expected to see robust growth in coming years on the back of various efforts by the state governments and rising concern for climate change.
As per our research report, many states in the country are working on various solar energy projects. Recently, Gujarat government has approved 34 solar power projects at an investment of around US$ 2.4 Billion over the next few years to become the No. 1 Indian state for this clean energy. These projects are estimated to generate 716 MW of electricity, which is equivalent to around 3% of state’s electricity demand. This will save 875,000 Tonnes of coal on an annual basis, cutting down 1.25 Million Tonnes of carbon dioxide emission. The Tamil Nadu government has also asked the central government for assistance in setting up a 100 MW solar thermal plant. These state level initiatives will definitely make India a leading solar energy player in coming years.
Further, as per the report, many developed countries are expected to impose trade-related penalties on developing countries like India and China who have failed to meet the international environmental standards. To maintain these standards, government of India has set an ambitious long term target of 200 GW of solar power by 2040, for which government is planning to allocate US$ 20 Billion.
"Indian Solar Energy Market Outlook 2012" provides an in-depth analysis of present and future prospects of solar power industry in India. It gives detailed information about the energy scenario (particularly renewable energy) The report covers various segments of the solar photovoltaic and thermal power to facilitate clients in evaluating the opportunities for their success in India’s solar energy market.
The research also features forecast for vital segments of the industry, including forecast for Indian solar market, various energy indicators, solar street lighting system, solar home lighting system, solar lantern, solar photovoltaic pumps, solar water heating system, and solar cookers.
For FREE SAMPLE of this report visit: http://www.rncos.com/Report/IM187.htm
Check DISCOUNTED REPORTS on: http://www.rncos.com
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| 4. |
Industrial Motherboards
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Today’s fast life demands the multitasking trend, therefore industrial computer motherboards are continuously proving important for fast growing companies that needs to mange a lot of information. Several problems such as wasting time on slow computers unable to handle all the information that people expect of them so there is a need to operate systems with an industrial computer motherboards. Industrial computer will give your business the knick that you need them to have. This will helps you a lot so that you can operate your company at the level you want.
Companies that operate on multiple programs on a continuous basis have the best choice of using industrial computer which are far more reliable. This will help you a lot for making your business strong in the forefront and also to upgrade your system. 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 success of your business.
There are many examples of industrial motherboards such as Phoenix MicroATX Express which is considered as a long-life MicroATX (9.6"x9.6"). 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.
Secondly we can put an insight on, ATX motherboard, called as Advanced Technology Extended motherboard which superseded the Baby AT design. Allowing full-length expansions to be plugged into all sockets, The ATX layout rotated the CPU and memory 90 degrees. The power supply blows air over the CPU rather than pulling air through the chassis. With both smaller and larger form factors, there are numerous variations of the ATX including the microATX, Mini ATX, FlexATX and Extended ATX.
X86 PC-based computing industrial PC offers advantages in development and system costs due to the use of PC-based hardware and software. They also offer different features from consumer PCs in terms of reliability, compatibility, expansion options and long-term supply. The majority of industrial PC’s are manufactured with COTS motherboards such as those from Super Micro, Intel, Tyan or Long Life, revision controlled and many more.
You can easily get the best available for your system with Industrial PC which will help you to operate your electronic business and you will be able to see a spike in customer satisfaction because nobody likes to work on a slow inefficient computer that slows down their progress.
www.corvalent.com
18655 Madrone Parkway, Building 180
Morgan Hill, CA 95037 USA
Toll-Free +1 888.776.7896
Phone +1 408.776.7896
Fax +1 408.776.7496
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| 5. |
RNCOS Releases a Report - China Software - World Class Low Cost Manufacturing
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RNCOS has added a Market Research Report titled, “China Software - World Class Low Cost Manufacturing”, to its report gallery. Traditionally, China has been widely known for its world-class low cost manufacturing facilities. But the ongoing battle to make China a ‘hi-tech’ service-based economy has fuelled growth in the domestic software industry in recent years. The factors that are encouraging the software players (both domestic and foreign) to enter into China’s software industry include government support, easy access to rapidly developing IT infrastructure, vast domestic potential and availability of low cost resources, says the new RNCOS report.
According to this report, the Chinese government has made continuous efforts in the form of IT investment, construction of software parks, and provision of quick approvals to secure international investment to accelerate the China Software industry at a rapid pace.
The potential of the industry is not only limited to the domestic consumption, foreign majors are also eying the industry as viable software outsourcing destination. In this regard, this report thoroughly studies China software industry by highlighting its driving factors and major challenges. It also provides an insight into the software industry by verticals and studies the key opportunity areas that have emerged due to the fast growth of the software industry in China.
Key Research Findings
- China's software industry grew at a CAGR of more than 39% over the period from 2001 to 2007 and is further anticipated to grow at a CAGR of nearly 22% through 2012.
- Rapid growth in IT spending among various industrial segments, including government, banking and manufacturing are likely to propel the domestic software industry in near future.
- The ongoing large-scale endeavors for 3G deployments are expected to fuel growth in the demand for 3G telecom software across various application platforms.
- Expanding broadband infrastructure with increased Internet penetration among Small and Medium Businesses (SMBs) will help the SaaS market to grow at a CAGR of approx 44% during 2008-2012.
- The software outsourcing market is anticipated to grow at a CAGR of nearly 34% from 2008 to 2012.
- The current perception of lack of required talent in coming few years is urging the foreign IT training and education centers to expand into China’s IT education market.
Key Issues Analyzed in the Report
- What is the current status of the software industry in China?
- How is the future outlook of the industry?
- What are the emerging trends in China software industry?
- How does software spending and adoption status in China vary by vertical industry?
- Which areas of the China software market are expected to show the fastest growth over the next few years?
- Where do Chinese software companies lack in serving MNCs?
- How big is the China software outsourcing market and what are its future prospects?
- Who are the key players in China software industry?
Research Methodology Used in the Report
Information Sources
Information has been sourced from books, newspapers, trade journals, white papers, industry portals, government agencies, trade associations, monitoring industry news and developments, and through access to over 3000 paid databases.
Analysis Methods
RNCOS industry forecast and analysis is based on various macro- and microeconomic factors, sector and industry specific databases, and our in-house statistical and analytical model. This model takes into account the past and current trends in an economy, and more specifically in an industry, to bring out an objective market analysis.
Our industry experts study the relationship between various industry and economic variables to ensure the required accuracy and desired check on the quality of data and information given in the report.
For more information visit: http://www.rncos.com/Report/IM145.htm
Current Industry News: http://www.rncos.com/Blog/
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