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Icode SLI-X: ISO 15693 chip with 896bit EEPROM.
#EMV CARD MANUFACTURER PASSWORD#
Icode SLI-S: ISO 15693 chip with 1280bit EEPROM and password protected read/write. Icode SLI: ISO 15693 chip with 1024bit EEPROM and password protected read/write.
#EMV CARD MANUFACTURER FULL#
MIFARE® / MIFARE DESFire® : Click here for full MIFARE / MIFARE DESFire product list Common 13.56Mhz cards offered by Cardzgroup include: With medium read range and high data communication speeds, HF cards - often referred to as "vicinity cards" - are the go to choice for applications that require secure communication and large amounts of data to be shared between card and reader. 13.56Mhz HF cards are covered by ISO/IEC 14443A/B or ISO/IEC 15693 standards and range from simple fixed memory to high security Java and PKI processor cards. High frequency is the most diverse category of contactless and RFID smart card and is used extensively for college / university ID cards, in access control and identification, as retail payments and loyalty cards, and in transport and ticketing.
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Hitag S: Read/Write chip based on Hitag 1 available in 256bit and 2048bit options used in logistics, asset tracking, brand protection and automation. Hitag 2: Read/Write chip with protected 256bit EEPROM and multi-tag operability used in logistics, asset tracking, casino gaming and industrial automation. Hitag 1: Read/Write chip with 2Kbit EEPROM used in logistics, asset tracking, industrial ID and automation. TK4100: Simple read-only chip with 128 bit factory programmed UID used in access control, anti-counterfeiting and logistics.ĮM4450 / EM4550: Read/Write chip with 1Kbit EEPROM and password protection used in ticketing, access control and prepayment devices.ĪTA5577 / T5577: Read/write chip with 363bit EEPROM and write protection, used in access control, hotel keycards, logistics and gaming. Common 125khz / 134khz cards offered by Cardzgroup include:ĮM4100 / EM4200: Simple read-only chip with 128 bit factory programmed UID used in access control, anti-counterfeiting and logistics. Due to the shape of their waves, LF cards are less affected by other radio signals and materials in the environment such as water or metal which makes them a reliable choice in industrial environments. LF cards have lower read range and communication speeds than other contactless smart card types and the most common chips offer low-cost and low-security solutions where a simple UID or identification key is required.
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Low frequency smart cards are predominantly used in identification and access control applications. Contactless smart cards come in three distinct frequency ranges: Worldwide adoption of contactless smart card technology has increased dramatically in the last decade due to the speed and convenience of RFID cards in education, identification, retail and transportation sectors.
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Cardzgroup uses specialty formulated PVC and PET that allows us to manufacture the thinnest ISO contactless cards while eliminating the antenna and chip blemish found on many lower quality smart cards. Contactless smart cards range from simple memory cards with low security and non-volatile memory structure up to high security crypto-processor cards and Java / Native operating system (OS) cards. A copper or aluminum antenna is connected to an integrated circuit (chip) and then securely laminated inside the plastic card body under high heat and pressure. Contactless smart cards use radio frequency identification (RFID) technology to wirelessly communicate with a card reader.