HID® OMNIKEY® 5022
The OMNIKEY 5022 contactless reader is an ideal solution for financial services, enterprise, government and other organizations seeking higher security and access management.
For environments with stringent hygiene requirements, OMNIKEY 5022 reader provides an IP-67 level rated variant that is designed for easy disinfection and well-suited for compliance-driven industries including cleanrooms, healthcare, pharmaceutical, aerospace, and biotechnology.
HID® OMNIKEY® 5023
The OMNIKEY 5023 is a high frequency, contactless smart card reader. Typical environments for the reader include healthcare, pharmaceutical, financial services, enterprise, government and other agencies seeking higher security and access management. It has an integrated cryptographic module supporting enhanced security schemes such as HID Secure Identity Object™ (SIO) that offers a highly secure, standards-based, technology-independent and flexible identity data structure.
Key Benefits
HID® OMNIKEY® 5023
The OMNIKEY 5023 is a high frequency, contactless smart card reader. Typical environments for the reader include healthcare, pharmaceutical, financial services, enterprise, government and other agencies seeking higher security and access management. It has an integrated cryptographic module supporting enhanced security schemes such as HID Secure Identity Object™ (SIO) that offers a highly secure, standards-based, technology-independent and flexible identity data structure.
Key Benefits
HID® OMNIKEY® 5025CL
Designed for ease of use, the OMNIKEY 5025 CL reads 125 kHz contactless tags and smart cards and works with existing low frequency physical access cards such as HID Prox®. It ensures greater stability, durability and compliance. It provides full CCID support and allows the usage in PC, as well as thin- and zero-client environments.
With its modern and stylish housing offering multiple color options, it can be integrated seamlessly into different environments like healthcare and corporate — be it offices, production floor or representative areas. Its tap-and-go features and permanent “card-present” mode make it an automatic choice in all contactless card environments.
HID® OMNIKEY® 5025CL
Designed for ease of use, the OMNIKEY 5025 CL reads 125 kHz contactless tags and smart cards and works with existing low frequency physical access cards such as HID Prox®. It ensures greater stability, durability and compliance. It provides full CCID support and allows the usage in PC, as well as thin- and zero-client environments.
With its modern and stylish housing offering multiple color options, it can be integrated seamlessly into different environments like healthcare and corporate — be it offices, production floor or representative areas. Its tap-and-go features and permanent “card-present” mode make it an automatic choice in all contactless card environments.
HID® OMNIKEY® 5027
HID OMNIKEY 5027 is a high-frequency contactless USB reader with a keyboard wedge interface designed for customers seeking easy integrations with higher security and access management, including healthcare, financial services, enterprise, government, pharmaceuticals and other agencies. It helps extend the usage of existing access control badges for authentication to computers, networks and cloud applications, essentially augmenting the use beyond physical access control.
HID® OMNIKEY® 5027
HID OMNIKEY 5027 is a high-frequency contactless USB reader with a keyboard wedge interface designed for customers seeking easy integrations with higher security and access management, including healthcare, financial services, enterprise, government, pharmaceuticals and other agencies. It helps extend the usage of existing access control badges for authentication to computers, networks and cloud applications, essentially augmenting the use beyond physical access control.
HID® OMNIKEY® 5122 Reader Board
The HID OMNIKEY 5122 Reader Board USB is for dual use and reads/writes to both a 13.56 MHz contactless smart card and virtually to any contact smart card. Perfectly suited for OEMs, it is implemented on a small PCB, and economically supports both contact and contactless end-user environments.