Card Printer
With data encryption
Encoding (Encode) information means adding some information that is not to be displayed on the card. But keep the information on the card In order to call it up to work with a specific reader It is the protection of sensitive information. Difficult to access inside information And it depends on the user to determine in any way, how it works, is a card printer. There must be a function to support encrypted printing, while the printed material or card must also support this function by using a magnetic stripe card or a smart card (chip).
Encoding (Encode) information means adding some information that is not to be displayed on the card. But keep the information on the card In order to call it up to work with a specific reader It is the protection of sensitive information. Difficult to access inside information And it depends on the user to determine in any way, how it works, is a card printer. There must be a function to support encrypted printing, while the printed material or card must also support this function by using a magnetic stripe card or a smart card (chip).
Why do I need to encrypt my data?
More storage on the card Encode will allow us to put a lot of data on the card using less storage space because Magnetic Stripe or Chip has a relatively high capacity. Moreover, the information added to the card does not affect the format on the card face. This allows the card to remain as beautiful as it was designed, but with more information on its functionality.
More storage on the card Encode will allow us to put a lot of data on the card using less storage space because Magnetic Stripe or Chip has a relatively high capacity. Moreover, the information added to the card does not affect the format on the card face. This allows the card to remain as beautiful as it was designed, but with more information on its functionality.
Easy to edit information Encrypted cards Can always edit additional information inside. Depending on use The information on the card, such as letters, cannot be edited. This causes problems in usage for those who always want to edit their card information.
Easy to edit information Encrypted cards Can always edit additional information inside. Depending on use The information on the card, such as letters, cannot be edited. This causes problems in usage for those who always want to edit their card information.
Prevent duplication of card information Encrypted information will not be visible to the naked eye. Because there must be a machine to read specific information The first step in protecting the data inside the card, but the level of security depends on the user who wants to define the readout to have read and write codes. To prevent reproduction from malicious persons.
Prevent plagiarism Encrypted information will not be visible to the naked eye. Because there must be a machine to read specific information The first step in protecting the data inside the card, but the level of security depends on the user who wants to define the readout to have read and write codes. To prevent reproduction from malicious persons
Ease of production Encryption is not as difficult as you think. Because the card printer has related functions Can automatically encrypt data for us We just import the information correctly. To prevent errors between the encrypted data and the information displayed on the card face is always the same. This is different from allowing people to encrypt the card by themselves because there is a high chance of errors. And encrypted cards will cost more than general cards as well. Mistakes are therefore not overlooked.
Ease of production Encryption is not as difficult as you think. Because the card printer has related functions Can automatically encrypt data for us We just import the information correctly. To prevent errors between the encrypted data and the information displayed on the card face is always the same. This is different from allowing people to encrypt the card by themselves because there is a high chance of errors. And encrypted cards will cost more than general cards as well. Mistakes are therefore not overlooked.
How many types of data encryption are there?
Magnetic stripe Encoding The data is recorded in the black stripe on the back of the plastic card. The magnetic stripe on the back is more resistant to drifting and scratches. To protect the information recorded inside from being damaged. Divided into 2 levels
1. Have a high resistance or HiCO (High Coercivity).
2. Low Resistance LoCo (Low Coercivity)
Magnetic stripe Encoding The data is recorded in the black stripe on the back of the plastic card. The magnetic stripe on the back is more resistant to drifting and scratches. To protect the information recorded inside from being damaged. Classified into 2 levels 1. High resistance or HiCO (High Coercivity) 2. Low resistance LoCo (Low Coercivity)
Encoding a contact chip (Contact Chip) has a capacity of 100 times more than a magnetic stripe, we can see the chip. Where we can put data into the chip Which the information cannot be seen with the naked eye But this type of card requires a reader that has contact with the chip. Can be seen commonly in the work of ID cards, ATM cards, etc.
Encoding a contact chip (Contact Chip) has a capacity of 100 times more than a magnetic stripe, we can see the chip. Where we can put data into the chip Which the information cannot be seen with the naked eye But this type of card requires a reader that has contact with the chip. Can be seen commonly in the work of ID cards, ATM cards, etc.
Contactless Chip Encryption There are many types of technology. Transmissive chip or the use of antenna coil using the chip does not have to contact the reader directly. But there will be a period of contact with each other using a wave signal. The reading distance depends on the technology used, such as the electric train card, the card that can be used to access the door, etc., and this technology is applied to the Access Control system in the form of Easy Pass & Car Parking.
Contactless Chip Encryption There are many types of technology. Transmissive chip or the use of antenna coil using the chip does not have to contact the reader directly. But there will be a period of contact with each other using a wave signal. The reading distance depends on the technology used, such as the electric train card, the card that can be used to access the door, etc., and this technology is applied to the Access Control system in the form of Easy Pass & Car Parking.
We hope this article will help you decide when choosing a card printer. The principles of use to suit the style of your organization. To increase safety and good image for the organization
Interested to see the product Card Printer
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