HID OMNIKEY 5427 G2 Driver Download for Windows
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HID OMNIKEY 5427 G2 Driver

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July 23rd, 2023


July 23rd, 2023






HID OMNIKEY 5427 G2 Driver Download for Windows

HID OMNIKEY 5427 G2 Driver:

An HID OMNIKEY 5427 G2 Driver is a piece of software that allows specific types of hardware on your PC to function properly. This includes the computer’s motherboard, graphics card, and peripheral devices like a touchpad.

The OMNIKEY reader from HID Global features a modern design and small footprint that provides functionality in virtually any PC environment. It uses a native CCID or keyboard wedge interface independent of the operating system eliminating the need to install and maintain drivers.

Supports HID Prox:

The OMNIKEY 5427 G2 reader supports both low and high-frequency credentials and HID Mobile Access Solutions via Bluetooth and NFC enabling seamless migration in mixed technology environments. Its CCID interface eliminates the need for drivers on standard major operating systems and keyboard wedge functionality provides data retrieval and direct input into applications using keystroke emulation.

In computing, a Human Interface Device (HID) is a computer peripheral that accepts input from a user and produces output in response to that input. These devices include mice, keyboards, and joysticks. So, most PC troubles and faults are caused by outdated drivers, which is why it is important to keep them up-to-date.

Fortunately, you can easily fix the I2C HID device driver problem by performing a system restore. This process will restore your computer to a previous point in time. So you can remove the corrupted files and get your touchpad working again. To perform a system restore, follow these steps:

MIFARE Classic:

So, the OMNIKEY 5427CK reader from HID Global works in virtually any PC environment via its CCID and Keyboard Wedge interface. Independent of the operating system and use case. This reader eliminates complex software life cycle management issues in the field and accelerates time to market for customers.

Keyboard wedge functionality allows the user to retrieve data presented by a card and directly input it into applications by emulating keyboard strokes. So, this functionality enables organizations to leverage existing access control credentials for secure print solutions or PC login.

Supports the encoding of low and high-frequency credentials with user data on iCLASS SE. iCLASS Seos, MIFARE Classic 1K/ 4K, MIFARE Ultra Light, MIFARE Plus, MIFARE DESFire EV1, and MIFARE DESFire EV2 cards. Also supports the encoding of iCLASS Seos, MIFARE DESFire DV, MIFARE DESFire MV, and MIFARE CLASSIC EV1 credentials on the CP1000 Desktop Encoder. The CP1000 also provides the ability to configure readers by creating configuration cards.


So, the MIFARE DESFire chip from NXP is one of the most secure radio-frequency chips in the world. It uses DES, 2K3DES, and 3K3DES hardware encryption to protect data transmitted between the card and reader. This makes the DESFire chip perfect for access control (even in military environments), micropayments, loyalty programs, and public/private transport ticketing.

MIFARE DESFire EV1 cards are ideal for physical access systems as they feature 8Kbyte non-volatile memory. A high-speed triple DES data encryption co-processor, and a flexible memory organization structure that supports multiple applications simultaneously. The MIFARE DESFire EV1 card also contains a mutual 3-pass authentication technique together with a true random number generator to ensure the highest level of security.

MIFARE DESFire EV2 is the newer version of the MIFARE DESFire chip that offers an enhanced consumer-friendly system design in combination with reliability and security. EV2 cards can be configured to work interchangeably with existing DESFire EV1 systems. EV2 cards offer the benefit of a longer read range and a higher operating frequency that enables them to support additional applications.


The iCLASS SE platform provides customers with the ability to future-proof their access control infrastructures while simplifying how identities are created, used, and managed. The platform supports HID’s Secure Identity Object (SIO). A portable credential methodology, and its Trusted Identity Platform for advanced applications, mobility, and heightened security.

SIO supports a variety of different data formats enabling organizations to move away from traditional proximity cards to more secure, reliable contactless smart card technology. iCLASS SIO-Enabled credentials are compatible with the open Supervised Device Protocol (OSDP) and mobile devices utilizing Seos. Creating a seamless migration path for current and future technologies.

So, the iCLASS SE Reader works in virtually any PC environment and is independent of the operating system. Eliminating the need to install or maintain drivers. It supports the CCID and Keyboard Wedge interfaces, providing flexibility for any use case. The reader is also encoder-friendly. Allowing organizations to encode their own proprietary iCLASS data format or use the available software to convert between standard iCLASS data formats for ease of integration.

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