HID 202x iCLASS 32k + HITAG1 Card with secure identity object support

Technical Specification

Features:
  • Make: HID
  • Model code: 202x iCLASS 32k + HITAG1 Card
  • Card/ Tag/ Fob: Card
  • Technology Type: Mifare
  • Material: PVC
Read more
Additional info:

The HID 202x ICLASS 32k + HITAG1 Card multi-technology contactless cards with high frequency (HF) / low frequency (LF) provide an ideal solution and migration path for customers looking to support multiple technologies with a single card or migrate from an existing card technology to a more secure solution. The HITAG multi-technology cards are affordable and durable solutions offering more flexibility with the use of 13.56 MHz read/write iCLASS  or MIFARE DESFire EV1. It is compliant with ISO/IEC standards for thickness and use with all direct image and thermal transfer printers

Read more
Make HID
Manufacturer HID
Category Access Control>Access control cards/ tags/ fobs
Model code 202x iCLASS 32k + HITAG1 Card
Card/ Tag/ Fob Card
Technology Type Mifare
Material PVC
ISO size Printable Yes
Operating Frequency MHz 13.56
Physical Specifications Dimensions mm: 54 x 86 x 1
Weight g: 5.5
Environmental Specifications Operating Temp oC: -35 ~ +50 C (31 ~ 122 F)
Additional info

The HID 202x ICLASS 32k + HITAG1 Card multi-technology contactless cards with high frequency (HF) / low frequency (LF) provide an ideal solution and migration path for customers looking to support multiple technologies with a single card or migrate from an existing card technology to a more secure solution. The HITAG multi-technology cards are affordable and durable solutions offering more flexibility with the use of 13.56 MHz read/write iCLASS  or MIFARE DESFire EV1. It is compliant with ISO/IEC standards for thickness and use with all direct image and thermal transfer printers

Download PDF version Download PDF version

Related Whitepapers

A brief history of access control credentials

The 2024 state of physical access trend report

The truth behind 9 mobile access myths

Quick poll
What is the most significant challenge facing smart building security today?