Smart Card Technology
Who would have believed 50 years ago, that in 1997 a small card would be used to store retrievable personal information? Realistically, not many individuals would have believed this "nonsense". Today, that "nonsense" has become a reality. Credit card sized plastic cards with integrated circuits embedded in them hold information in an electronic form. The card itself controls this information. One major difference stands out, when comparing smart cards to regular credit cards. Smart cards were thought of with the hope and intent of replacing the consumer's wallet. An interesting note, smart cards can actually incorporate 10-100 times the storage capacity of a credit card's magnetic strip.
If one want to distinguish smart cards from one's regular cards, one needs only to check for a golden plate, which is embedded in the plastic. This plate is most often divided into 8 parts: microcircuit, memory access, input/output areas, reset circuits, CPU, clocks, and a magnetic strip (in some cases). A microcircuit employs these contacts to communicate with external devices. These microcircuits are composed of memory access, input-output areas, reset circuits, CPUs, and clocks. The magnetic strip provides data storage, which is read-only. Most smart cards are based on a function of embedded electronic information. The smart card can store and secure data, and has read/write capabilities.
There are two types of cards: contact and contactless. Contact cards make contact with the reader and it (the card) receives an electrical voltage which powers the IC chip that is embedded in the card. The speed of processing varies and the contact plate provides an input/output path for data transmission. The contactless card communicates using radio signals. One only needs to place the card close to the reader (proximity range from very close to several feet in distance).
Smart card technology was invented in France. France and Germany lead the way for its development. Currently, they have highly developed systems. Smart card technology is beginning to become known in Hong Kong, New Zealand, the United States, Australia, and the United Kingdom. Smart card technology is useful in many industries such as: telecommunications, healthcare, government, banking, education, and travel.
Alok Kumar Upadhyay
Search Engine Optimization and Placement Consultant India
Offshore Outsourcing, Software Development Outsourcing India, IT Services, Offshore Software Programming India
Online Bug Tracking Software Issue Tracking Software Defect Tracking Software Incident Tracking Software Web Based Project Collaboration Management
If one want to distinguish smart cards from one's regular cards, one needs only to check for a golden plate, which is embedded in the plastic. This plate is most often divided into 8 parts: microcircuit, memory access, input/output areas, reset circuits, CPU, clocks, and a magnetic strip (in some cases). A microcircuit employs these contacts to communicate with external devices. These microcircuits are composed of memory access, input-output areas, reset circuits, CPUs, and clocks. The magnetic strip provides data storage, which is read-only. Most smart cards are based on a function of embedded electronic information. The smart card can store and secure data, and has read/write capabilities.
There are two types of cards: contact and contactless. Contact cards make contact with the reader and it (the card) receives an electrical voltage which powers the IC chip that is embedded in the card. The speed of processing varies and the contact plate provides an input/output path for data transmission. The contactless card communicates using radio signals. One only needs to place the card close to the reader (proximity range from very close to several feet in distance).
Smart card technology was invented in France. France and Germany lead the way for its development. Currently, they have highly developed systems. Smart card technology is beginning to become known in Hong Kong, New Zealand, the United States, Australia, and the United Kingdom. Smart card technology is useful in many industries such as: telecommunications, healthcare, government, banking, education, and travel.
Alok Kumar Upadhyay
Search Engine Optimization and Placement Consultant India
Offshore Outsourcing, Software Development Outsourcing India, IT Services, Offshore Software Programming India
Online Bug Tracking Software Issue Tracking Software Defect Tracking Software Incident Tracking Software Web Based Project Collaboration Management
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