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Smart Cards Archives - Page 21 of 21 - Plastic card

Smart Cards

Smart Card Marketing Solutions

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“The global smart card market is some new trend, while China is also actively follow up. “ in the February 27 “China International Smart Cards and Smart Label Exhibition and User Conferencepress briefing, President of Asia Pacific Smart Card Association, said GregPote : “China’s smart card and information business is booming, the bank card EMV (EuropayMastercardVisa) migration and the relevant government departments on the medical and public use of smart ID cards, smart cards global new trends havestarted in China, which China’s smart card technology and systemsdevelopment industry is undoubtedly a big opportunity. “

China’s smart card business is the development of smart cardproduction center that we will actively follow up. Smart card production center, specialized in the ISO international standard-size PVC cards, smart cards and applications solutions, andadvertising design and printing. The company product range, good quality, excellent price and perfect after-sales service for the purpose of winning the trust of customers and support. Its products are widely used in public transportation, finance, telecommunications, post and taxation, health care, insurance and other fields, and exported to Hong Kong, Singapore, United States, Australia and other countries and regions, in order to ensure the technology, quality, market leading The company by introducing foreign advanced coding facilities, to strengthen security measures and improve the IP card production speed and quality, which has made a number of cooperation with the telecommunications company.

“Customer first” is our plastic cards company consistent aim, it is in this “dedication to customer service “mentality of the implementation, our company has introduced a series of high-quality products and services tosatisfy customer needs.

Smart card printing and security

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IC card /smart card as an important information medium, the surface of the security processing system as a whole, an important part of distribution management need to be seriously considered. Surface of the card technology to address the underlying color pattern is printed. IC card, most of the surface pattern printed by offset lithography process. Offset printing process in the plastic surface characteristics, not only cards with artistic appreciation and collection, more importantly, it greatly increased the production of precision, specificity and complexity increase the difficulty and risk of forgery. Some simple color patterns, security ink printing text or also the use of screen printing. In addition, may also have some special signs, such as fluorescent security image printing, print color marking, laser engraving and signature images, micro-line technology, complex holographic image tags, borders and security background of micro-structure.

At present, the color  PVC card has universal application. It not only can a different color photo, name and other personalized information printed on the card, plastic card and have changed the function of a single, easy to fake, easy to damage, easy to open plastic, no water, and other defects, the formation of the second floor now combined firm, waterproof, image effects, versatile features, and can adopt face recognition and attendance, access control, consumer and other functions in one. The production of PVC color portrait card, there are two, one is to use thermal transfer-type card printer to print directly on blank card surface, the higher the cost; the other is a color inkjet or laser printer to print to the content special PVC film base, in the laminated method, after pressing, punch, punch cards produce a finished product.

IC cards to enhance security effectiveness, and now there are multiple invisible optical cards, it is a hole with a clear optical cards and barcode cards clearly significant improvements in its structure, including card-based, calendar card,joint coatings, the information layer, protective layer , invisible layer and film. Kaji generally use PVC, ABS, PET and other plastic material, connected with a PVC coating materials generally, is a special material, which can be powdered material layer and the card-based information materials firmly together, and completely through. Information layer is mainly used toner, the optical properties of infrared absorption properties vary greatly with the card-based materials, and even compared to the contrary. Thin protective layer can be made of PVC material, and its role is to protect the information layer and the connection from hidden layer of coating. Hidden layer can be good for infrared transmission, while the low rate of visible light through the material, such as invisible ink, with deep color infrared light transmission PVC films. Its role is composed of the information point in the invisible layer of the area below the cover, making visual can not be found, in order to achieve the purpose of stealth. PVC film coating can be used, its role is invisible layer of protection is not exposed in the outermost layer, thereby enhancing the wear resistance of the card.

Multilayer optical card making invisible ordinary materials available at the time, prepared by the laser printer will print the information directly in the card-based materials, and finally by the heat lamination process will be pressed into the card layers of materials that form a security card. The card not only because of hidden layers of information can not be observed by the naked eye has better security information security effect, but also wear-resistant, anti-bending ability, reader stability, the convenience and low cost.

Smart Cards

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Smart cards or integrated circuit card (ICC) is very important because any embedded integrated circuits can process data in a small pocket card. It can be input, process and output by the IC card application services include may include a memory card in case of an EEPROM only, or it may be ROM, RAM or even CPU.

Smart cards are credit or debit card, designed look. But not less than three levels of credit – debit – personal information. Chip smart card processor with about 10 megabytes of random access memory (RAM) and storage data.
No smart card, a small computer screen and keyboard. Smart card as a personal computer operating systems. Smart cards can store and process information and interact fully Advanced smart cards have the encryption algorithm and key file structure. Encrypted file system data can be stored in a secure full-delimited file.

Smart cards are often held in 2000-8000 bytes of electronic data. Since byte code can be used effectively to electronic storage cards increased significantly. Magnetic stripe cards, such as banks and credit card companies that issue, the lack of security. But chips are cheaper due to the use of stored value card is the only state it. Smart cards can be used for multiple records for multiple service providers. Smart cards and distributed processing may reduce the demands for large computers, including local telephone and long-term needs to maintain online access to costs. market, central

Using a smart card.

Computer Security: – Web browser Mozilla Firefox can use smart cards to store in a Web browser using a secure certificate.
Some systems, such as disk encryption FreeOTFE (flying disk encryption), you can use a smart card, storing the security key.
Smart cards can also be used for Single Sign – On to access the computer system.

Finance – smart cards, including credit cards or ATM cards to their fuel card, mobile phone SIM card allows card to pay TV, the family business added Money for high security and card access control. public transport and public phone payment cards.

ID: – fast-growing application in digital identification cards. In this application is used for card authentication. Smart cards to store digital certificates and encryption PKI (Public Key Infrastructure) and other relevant or necessary to disclose the cardholder.readers

Smart Card File System

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Some of the smart card file system tree as the DOS file system. ISO7816.4 provided by the smart card file is divided into: DF (Dedicated File) and EF (Elementary File). DF contains some control information, it can be EF or DF of the parent. This is some like the DOS files in the directory. EF is a unit of data collection, it can not be any files in the parent document. This is some like the DOS in the TXT file.

As smart cards using different security mechanisms, such security mechanism in the following two aspects: one for the microprocessor card than for read-only memory card is more complicated.
Read the information from the card to control aspects:
Limit the scope of smart card users
Some of the smart card, anyone can read the card information, names and blood type as the records of the patients medical cards, smart cards generally do not set this password, as long as anyone can get the card to read the card information. At this time the card body itself is a form of protection.
Cardholders can only read information for the smart card usually called PIN (personal identification number) to protect the password in the form of information on the card, usually by a 4-8 PIN numbers, card reader through the keyboard input, it allows the cardholder enter the password three times, and if none of the three lose, the card will be locked, only the PIN code on, the user can operate the card. At present there are also some more advanced form of the password being developed.
Can only read information for third-party smart card can be read only on the card issuer information. (For example, issuers can be rewritten only information on the e-wallet). At this time the smart card from the 16-32 digit password to protect.
Limited information on the smart card reader the way (read-only, you can add, modify or erase). Stored on the smart card information is generally divided into several parts:
Read-only information
The information can be added only
Updated information only
The information can not be read
This information can be stored in some of the password can not read the storage area.
The structure and support from the card encryption algorithm to control
As mentioned above only the right to know the password to use the talent to make smart cards, but if need be by radio or telephone lines in different places on the card information to send to must also have an additional means of protection.

Means of protection is encryption, which seems to send the information to be translated into foreign languages who can not read. Microprocessor smart cards with encryption and decryption (to read something and then translated back) of the features that make the transmission of information stored on the card, but also worry about leaks occur.

Through encryption, smart card information can be translated into hundreds of millions of “foreign language”, and need to communicate, you can randomly choose one. This prevention mechanism to ensure that the use of real and effective cards and computers, makes it almost impossible to send the information to steal halfway.This is the reason why Smart Card not as same as the formal Business Plastic Cards.

Knowledge of Smart Card

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    Smart cards can promote around the world, play in different systems of her role in the development of international norms is essential. For example, the size of a smart card provided by the ISO7810 standard. ISO7816 standard provides a number of plastic card, the physical properties, including temperature range, flexibility, location of electrical contacts and built the external micro-chip and the mode of exchange of information.  

Reader in the discussion, we first find out “reader” of the concept. Broadly speaking, “reader” means all can read and write on the card device. However, in the smart card industry, “reader” means that the computer must be connected to the computer to issue appropriate instructions to accept completion of the card to control the operation of equipment. And “Reader” is a device, which we call “terminal.” “Terminal” means that the card can operate independent of the equipment, without the help of computer. Readers and terminals can be completed on a smart card reader.

The reader is more dependent on computers than the terminal, so she has more flexibility than the terminal. The easiest way is to use a card reader and PC. General PC via RS232 serial port, USB interfaces, PCMCIA interface, a floppy disk interface, parallel port, infrared port, etc. to get in touch with the reader. PC interfaces to the reader through these instructions issued by ISO, the reader after receiving the instruction command of reading and writing instruction card, complete the write operation when the card after the reader back to the success of a command Accordingly, the reader after receiving the card corresponding to tell PC, PC time based on the results of the corresponding instruction operation to the next ISO. For more on the smart card operating instructions, see the [smart card interface protocol]. Generally, we program the smart card, most of them use the card reader to complete the operation.

One of the most common terminal is used in shopping malls and hotel POS machines. Her greatest feature: its own operating platform and development system that can read and write on the card, independent, have Modem functionality and printing transactional capabilities. General there are magnetic read and write capabilities.

More about Smart Card,visit http://www.plasticcardonline.com/Plastic_smart_cards.htm

What is a smart card?

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A smart card resembles a credit card in size and shape, but inside it is completely different. First of all, it has an inside — a normal credit card is a simple piece of plastic. The inside of a smart card usually contains an embedded microprocessor. The microprocessor is under a gold contact pad on one side of the card. Think of the microprocessor as replacing the usual magnetic stripe on a credit card or debit card.

Smart cards are much more popular in Europe than in the United States. In Europe, the health insurance and banking industries use smart cards extensively. Every German citizen has a smart card for health insurance. Even though smart cards have been around in their modern form for at least a decade, they are just starting to take off in the United States.

Magnetic stripe technology remains in wide use in the United States. However, the data on the stripe can easily be read, written, deleted or changed with off-the-shelf equipment. Therefore, the stripe is really not the best place to store sensitive information. To protect the consumer, businesses in the U.S. have invested in extensive online mainframe-based computer networks for verification and processing. In Europe, such an infrastructure did not develop — instead, the card carries the intelligence.

The microprocessor on the smart card is there for security. The host computer and card reader actually “talk” to the microprocessor. The microprocessor enforces access to the data on the card. If the host computer read and wrote the smart card’s random access memory (RAM), it would be no different than a diskette.

Smarts cards may have up to 8 kilobytes of RAM, 346 kilobytes of ROM, 256 kilobytes of programmable ROM, and a 16-bit microprocessor. The smart card uses a serial interface and receives its power from external sources like a card reader. The processor uses a limited instruction set for applications such as cryptography.

The most common smart card applications are:

* Credit cards

* Electronic cash

* Computer security systems

* Wireless communication

* Loyalty systems (like frequent flyer points)

* Banking

* Satellite TV

* Government identification

Smart cards can be used with a smart-card reader attachment to a personal computer to authenticate a user. Web browsers also can use smart card technology to supplement Secure Sockets Layer (SSL) for improved security of Internet transactions.

Smart cards

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What is smart card?

A smart card is a plastic card about the size of a credit card, with an embedded microchip that can be loaded with data, used for telephone calling, electronic cash payments, and other applications, and then periodically refreshed for additional use. Currently or soon, you may be able to use a smart card to:

smart card * Dial a connection on a mobile telephone and be charged on a per-call basis
smart card * Establish your identity when logging on to an Internet access provider or to an online bank
smart card * Pay for parking at parking meters or to get on subways, trains, or buses
smart card * Give hospitals or doctors personal data without filling out a form
smart card * Make small purchases at electronic stores on the Web (a kind of cybercash)
smart card * Buy gasoline at a gasoline station

Contact Smart Card Diagram 1Contactless Smart Card Diagram 2

How Smart Cards Work?

A smart card contains more information than a magnetic stripe card and it can be programmed for different applications. Some cards can contain programming and data to support multiple applications and some can be updated to add new applications after they are issued. ,Smart cards can be designed to be inserted into a slot and read by a special reader or to be read at a distance, such as at a toll booth. Cards can be disposable (as at a trade-show) or reloadable (for most applications).

An industry standard interface between programming and PC hardware in a smart card has been defined by the PC/SC Working Group, representing Microsoft, IBM, Bull, Schlumberger, and other interested companies. Another standard is called OpenCard. There are two leading smart card operating systems: JavaCard and MULTOS.

Smart card prices list :

TK4001 chips, full colour printing, size 85.5mm X 54mm X 1.05-1.20mm

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contact IC card, Siemens SLE4428 chips, full colour printing
contactless IC card, Philips Mifare 1 S50 chips, full colour printing
US$/Unit Price
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Smart cards price includes PVC cards full colour printing and Siemens SLE4442 chips. 256 Bytes of protected EEPROM memory. Compatible to Philips PCB2042. By means of a three bytes PIN (Default Pin No. is FFFFFF) the memory can be protected against alternation of the data. 100,000 read/write times Error count 8 times

Other options, such as:

contact IC card, Siemens SLE4428 chips, full colour printing

contactless IC card, Philips Mifare 1 S50 chips, full colour printing

blank Mifare card, Philips Mifare 1 S50 chips

blank contactless IC cards, FM11RF08(Compatible Philips Mifare 1 ) chips

…etc. please contact us for the price.

blank Mifare card, Philips Mifare 1 S50 chips <空>blank contactless IC cards, FM11RF08(Compatible Philips Mifare 1 ) chips


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