Global Card ME

HID cards come in various types, each designed for different applications and levels of security. Here are some of the main types: HID Proximity Cards : These are the most common and are often referred to as Prox cards. They operate at a low frequency (125 kHz) and are used for basic access control. iCLASS® Cards : These smart cards operate at a high frequency (13.56 MHz) and offer enhanced security features. They are used for both physical and logical access control. iCLASS SE® Cards : These are an advanced version of iCLASS cards, providing additional security and flexibility. They support multiple applications and can be used with various readers. iCLASS® Seos® Cards : These cards offer the highest level of security and are designed for multi-application environments. They can be used for both physical access and IT resources. HID Crescendo Cards : These are high-security authentication cards that support multiple technologies, including FIDO, PKI, and OATH. They are ideal for organ

  Proximity cards, also known as prox cards or access control cards, are contactless smart cards used for secure access control. They work by using radio frequency identification (RFID) technology to communicate with a reader device when the card is within a certain range, typically up to 50 cm (20 inches) for passive cards. There are two main types of proximity cards: Passive Proximity Cards: These are powered by the radio frequency signals from the reader and have a limited range. They are commonly used for door access in office building. Active Proximity Cards: These have an internal battery, allowing for a greater range of up to 2 meters (6 feet). They are often used in applications where the card needs to be read from a distance, such as in vehicle access systems. Proximity cards are widely used in various settings, including businesses, schools, and government offices, to enhance security and streamline access control.

Plastic cards come in various forms and serve multiple purposes. Here are some common types and uses: Credit and Debit Cards : Used for financial transactions, these cards often include security features like EMV chips and magnetic stripes. ID Cards : These are used for identification purposes, such as employee badges or student IDs. Gift Cards : Preloaded with a specific amount of money, these are popular for gifting. Membership Cards : Used by clubs, gyms, and other organizations to identify members and track their usage. Loyalty Cards : Issued by businesses to reward customers for their repeat business. pvc card sheet pvc card design pvc card printer blank pvc card  

The HID iCLASS DP is a type of high-frequency contactless smart card technology used for secure access control. It offers features like mutual authentication between the card and reader, encrypted data transfer, and uses 64-bit diversified keys for enhanced security. iclass dp iclass dp card iclass dp dp iclass dp card format iclass dp card iclass vs dp

MIFARE card is a type of contactless smart card that uses radio frequency identification (RFID) technology for communication. It was developed by NXP Semiconductors and is widely used in applications such as access control, public transportation, and cashless payment systems. Key Features of MIFARE Cards: RFID Technology: Uses 13.56 MHz frequency for communication between the card and a reader, allowing for contactless interaction. Memory: The card contains memory for storing data, such as identification information, which can be read or written using the reader. Security: MIFARE cards support encryption, ensuring secure data transmission and protection against unauthorized access. Types of MIFARE Cards: MIFARE Classic: One of the most widely used types, with simple security features. MIFARE DESFire: Offers advanced encryption and security features for applications requiring higher security. MIFARE Ultralight: Lightweight, low-cost version for single-use or low-value transactions

MIFARE Cards are a type of smart card that use radio frequency identification (RFID) technology for contactless communication. They are widely used in various applications, including: Access Control: Granting or denying access to buildings, rooms, or restricted areas. Payment Systems: Contactless payments for public transportation, vending machines, and retail stores. Identification: Employee badges, student IDs, and government IDs. Loyalty Programs: Storing and managing loyalty points. Types of MIFARE Cards: MIFARE Classic: A widely used standard with basic security features. MIFARE DESFire: Offers enhanced security features, including encryption and authentication. MIFARE Ultralight: A low-cost option with limited storage capacity. Key Features of MIFARE Cards: Contactless Technology: No physical contact required for reading or writing data. Durability: Made from durable materials like PVC. Security: Offer various security features, depending on the type of card.

PVC and RFID Cards: A Brief Overview PVC (Polyvinyl Chloride) cards and RFID (Radio Frequency Identification) cards are two common types of cards used in various applications, from access control and payment systems to loyalty programs. Let's delve into their key characteristics and differences. PVC Cards Material: Made primarily from polyvinyl chloride, a durable and versatile plastic material. Appearance: Typically have a smooth, flat surface and can be printed with various designs, logos, and text. Functionality: Primarily used for identification and authentication purposes. They often contain magnetic stripes or barcodes for data storage and reading. RFID Cards Technology: Incorporate RFID chips that emit electromagnetic signals. Functionality: Used for contactless identification and data transfer. When brought near an RFID reader , the card transmits its unique identifier. Types: Low-frequency (LF): Used for shorter distances and typically in applications like a