HID Fargo Card Printer

White adhesive PVC CARDS It sounds like you're describing a white adhesive PVC cards that's designed similarly to a standard credit card in size but includes a peel-off backing. These cards typically have an adhesive surface that allows them to be affixed or attached to other materials, especially clamshell proximity cards. Clamshell proximity cards often contain RFID or NFC technology for access control or identification purposes, and the adhesive PVC cards can be used to personalize or add information to them. What are PVC cards used for? It is used to print fine student, employee and security ID cards. The PVC card is also available in different colors and thicknesses. Best size is CR80 card with 3.375” x 2.2125” (like the size of credit cards). What is blank PVC card? Blank plastic cards is a standard card which is longlisting available is different sizes. Its standard CR80 to magnetic stripe cards. Mostly these PVC cards highly recommended for high-security, multifunctio

It is commonly used for various applications like access control, inventory management, and identification systems. These cards adhere to ISO 18000-6C and EPC Class 1 Gen2 protocols and operate within specific frequency ranges. Frequency Range: They can operate in both FCC (902-928 MHz) and ETSI (865-868 MHz) frequency bands, allowing their use globally. Reading Distance: Typically, they have a reading distance of 5-8 meters, although this range can vary based on the power of the reader and the antenna used. Dimension: They follow the CR80 standard size of 85.6 x 54 x 0.84mm, which is the standard credit card size. Material: 12 UHF Card   can be made from various materials such as PVC, PET, PET-G, etc. Resistance: They are designed to withstand common indoor environments and are often waterproof. Thickness: The thickness is maintained under 0.84mm, conforming to the CR80 standard. These specifications make them versatile and suitable for a wide range of applic

  Based on tech of 12 UHF card RFID , support to ISO18000-6C/EPC Gen2 protocol, good detection range as compare to HF card, 128bits EPC, 32-512bits user memory It is commonly used for various applications like access control, inventory management, and identification systems.   Frequency Range: They can operate in both FCC (902-928 MHz) and ETSI (865-868 MHz) frequency bands, allowing their use globally. Reading Distance: Typically, they have a reading distance of 5-8 meters, although this range can vary based on the power of the reader and the antenna used. Dimension: They follow the CR80 standard size of 85.6 x 54 x 0.84mm, which is the standard credit card size. Material: These cards can be made from various materials such as PVC, PET, PET-G, etc. Housing: They are usually housed in laminated material, providing durability and protection. Resistance: They are designed to withstand common indoor environments and are often waterproof. Thickness: The thickness is maintained under 0.84mm

  It seems like you're describing a contact and contactless smart card reader that adheres to  Contactless Standards Support: ISO 14443 A / B: These are international standards for proximity cards, defining the physical characteristics and radio frequency communication. ISO 15693: This standard is for vicinity cards, which are also contactless but operate at a different frequency range compared to ISO 14443. 2.    Contact Standards Support: ISO 7816: This is an international standard for integrated circuit cards with contacts, specifying the physical characteristics, dimensions, and location of the electrical contacts. 3.    Native CCID Implementation: CCID (Chip Card Interface Device): A USB protocol for smart card readers. A native implementation means that the reader is designed to work seamlessly with CCID. 4.    Operating System Support: Windows, Linux, and Mac: The reader supports these major operating systems, indicating broad compatibility. 5.    EMD S

MiFARE CLASSIC 4K CARDS MiFARE Classic 4K with 4  of EEPROM read/write memory and is compatible with existing MiFARE infrastructures. Operating in accordance with ISO 14443A, MiFARE 4K functions at a distance of up to 10 cm with true anti-collision properties and without the need for a battery. The MiFARE classic family is the pioneer and front runner in contactless smart card ICs operating in the 13.56 MHz frequency range with read/write capability. Get the best price in Dubai for high quality Mifare 4K cards from IDVision UAE. Whether you require classic 1K, 4K or Desfire ultralight cards, we will advise you on the best solution. PVC Cards  

  Crescendo Cards Crescendo smart cards appear to be a type of multi-technology smart card designed to enhance security and provide users with secure access to both physical and digital resources. These cards are intended to serve as a trusted solution for various identity-related applications. Here's a breakdown of some key features and components of Crescendo smart cards:   1.       Multi-Technology Integration: Crescendo smart cards incorporate various technologies, services, and expertise to ensure robust security. This likely includes a combination of physical and digital security features. 2.         Secure Access: The primary purpose of Crescendo smart cards is to facilitate secure access for users. This access can encompass both physical spaces (e.g., buildings, rooms) and digital resources (e.g., IT systems, networks, databases). 3.             Standards Compliance: These smart cards are designed to adhere to established industry standards. This compliance ensures