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- Blank PVC Cards
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Technology Cards
- AnythingID 125 kHz Proximity Credentials
- HID Prox 125 kHz Proximity Credentials
- Identiv uTrust 125 kHz Proximity Credentials
- Allegion Schlage 125 kHz Proximity Credentials
- Allegion Schlage 13.56 MHz MIFARE Credentials
- HID iCLASS 13.56 MHz Smart Card Credentials
- HID iCLASS SE 13.56 MHz Smart Card Credentials
- HID iCLASS Seos 13.56 MHz Smart Card Credentials
- Common Prox Card Configurations
- Blank PVC Cards
- Pre-Printed Cards
-
Technology Cards
- AnythingID 125 kHz Proximity Credentials
- HID Prox 125 kHz Proximity Credentials
- Identiv uTrust 125 kHz Proximity Credentials
- Allegion Schlage 125 kHz Proximity Credentials
- Allegion Schlage 13.56 MHz MIFARE Credentials
- HID iCLASS 13.56 MHz Smart Card Credentials
- HID iCLASS SE 13.56 MHz Smart Card Credentials
- HID iCLASS Seos 13.56 MHz Smart Card Credentials
- Common Prox Card Configurations
C10001 34 Bit Format
AnythingID 34-Bit C10001 CARDKEY Format Credentials – Proximity Cards, Key Fobs, and Access Solutions
Ensure consistent and secure access control with AnythingID’s 34-bit C10001 CARDKEY format credentials. This format is widely recognized in 125KHz proximity access systems, offering proven compatibility and performance across enterprise-grade security infrastructure. AnythingID credentials integrate seamlessly with your 34 BIT proximity card system and provide dependable access management for organizations of any size.
AnythingID 34-bit C10001 CARDKEY Credential Options
- AnythingID Proximity Cards – ISO-standard prox cards offering reliable, contactless performance
- AnythingID Clamshell Cards – High-strength cards engineered for demanding, high-traffic environments
- AnythingID Prox Key Fobs – Portable, easy-to-carry credentials designed for convenient, secure user access
The 34 bit C10001 CARDKEY format is a proven standard across 125KHz proximity access systems. AnythingID’s credential solutions deliver seamless integration, durability, and operational efficiency, helping you maintain control over access points without compromising on security.