HID Identity iCLASS MIFARE Prox 2523PDPPG1ANNN Leaflet

Product codes
2523PDPPG1ANNN
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PHYSICAL ACCESS SOLUTIONS
Multi-Technology Dual 
High Frequency Cards
AVAILABLE IN iCLASS®/MIFARE® CLASSIC COMBINATION 
AND  iCLASS/MIFARE DESFIRE® EV1 COMBINATION
 
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Ideal Migration Solution – Mutual use of 13.56 MHz read/write iCLASS, 
MIFARE® Classic and MIFARE DESFire EV1 contactless smart card technologies
 
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Wide Variety of Applications – Physical access control, biometrics, secure 
computer/network authentication, time and attendance, vending and more 
 
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ISO Standard Thickness – Use with all direct imaging and thermal transfer 
printers
 
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Security – Upgradable to next generation iCLASS® SE™ platform: iCLASS SE,  
SIO-Enabled for MIFARE and MIFARE DESFire EV1
For customers looking to support multiple 
technologies with a single card or migrate from 
existing card technology to a more secure 
solution, dual high frequency Genuine HID™ 
card products deliver an ideal solution and 
migration path. These affordable and durable 
card products enable more flexibility than 
ever before through the mutual use of 13.56 
MHz read/write iCLASS, MIFARE Classic or 
MIFARE DESFire EV1 contactless smart card 
technologies for credential-based applications. 
 
In addition to the two high frequency 
technology options, all cards are available 
with HID Prox or magnetic stripe technology 
to provide the widest range of backwards 
compatibility with existing systems. HID Global 
can also embed a wide range of commercially 
available contact chips, or customers can select 
HID’s off-the-shelf Crescendo® multi-technology 
smart card, providing strong authentication 
options with logical access systems. 
 
As with all Genuine HID card products, dual 
high frequency cards are part of the broadest 
product line of trusted, fully interoperable 
secure identity solutions in the market and 
come with guaranteed compatibility with HID 
Global reader lines and a lifetime warranty.
Card configurations are also available with  
an embeddable contact chip module  
to support logical access.