TPM 2.0: TPM 2.0 is a stand alone encryption processor connected to a daughter board attached to the motherboard. tpm 2.0 securely stores the encryption key, which can be created with encryption software (e.g. for Windows BitLocker). Without this key, the contents of the user’s PC remain encrypted and protected from unauthorised access.
Support your team with your favorite TPM2.0 Encryption Security Module, 18Pin 1 LPC Remote Card Security Board for Win11 11 2.0 System for Motherboard or buy a whole new one. All of the TPM2.0 Encryption Security Module, 18Pin 1 LPC Remote Card Security Board for Win11 11 2.0 System for Motherboard in our store are authentic and come with a certificate of authenticity.
APPLICATIONS: Generally available for motherboard platforms,18‑1pin. its functionality is the same as the original. Supported states may vary depending on the motherboard specification. the TPM chip is more compatible with the motherboard’s DDR4 memory module.
USE NOTE: Some motherboards require the TPM module to be inserted or updated to the latest BIOS to enable the TPM option), please note that only motherboards that support the TPM2.0 chip can be used. Please disconnect the power supply to install the module, check the gap and re insert it.
REPLACEMENT: TPM2.0 encryption security module can replace your original damaged, non working or poorly performing TPM, which will help to repair your device and make it work properly. TPM2.0 is installed to upgrade your computer system to for Windows 11, which is compatible with for WIN11 2.0.
This Official TPM2.0 Encryption Security Module, 18Pin 1 LPC Remote Card Security Board for Win11 11 2.0 System for Motherboard is the ideal way to let everyone know that you are a die-hard TPM2.0 Encryption Security Module, 18Pin 1 LPC Remote Card Security Board for Win11 11 2.0 System for Motherboard fan. This product comes in a number of sizes and product colors and has the team’s official logos and colors.
STABLE PERFORMANCE: The advertised performance is based on the maximum theoretical interface values from each chipset vendor or organisation that defines the interface specification. Actual performance may vary depending on your system configuration. Supported states may vary depending on motherboard specifications. Tested prior to shipment for stable performance over time.
