2.0 Security Module | 12/14/18/20-Pin LPC Header | Encryption & Secure Boot for PC Motherboards

This TPM 2.0 Module provides essential hardware-based security for modern motherboards, enabling features like Windows 11's mandatory security requirements and BitLocker drive encryption. This universal 12-14-18-20 pin LPC header module is compatible with ASUS, MSI, GIGABYTE, and ASRock motherboards, offering a reliable and cost-effective solution for upgrading system security. Features and Benefits - TPM 2.0 Specification - Provides robust hardware-based encryption for secure key storage, superior to software-only solutions for protecting sensitive data. - Universal 12-14-18-20 Pin LPC Header - Ensures broad compatibility with a wide range of modern desktop motherboards from major manufacturers. - Encryption Security Module - Enables critical security features like BitLocker drive encryption and secure boot, safeguarding your entire system from offline attacks. - Remote Attestation Capability - Allows systems to prove their integrity to a network, a key requirement for secure corporate and professional environments. - Compact Module Board Design - Easy to install directly onto your motherboard's dedicated TPM header without requiring additional power cables or PCIe slots. Applications - Windows 11 Compliance - Enable the mandatory TPM 2.0 requirement for installing or upgrading to the latest Windows 11 operating system. - Full Disk Encryption - Utilize BitLocker or other encryption software to its full potential by providing a secure hardware root of trust for encryption keys. - Enhanced System Security for Workstations - Protect sensitive financial, legal, or personal data on desktop PCs used in home offices or small businesses. - Building or Upgrading a Secure PC - Add a vital security component to new builds or existing systems that lack an integrated TPM, future-proofing your investment. Note Please verify your specific motherboard model has an unused TPM (LPC) header before purchase. Installation is simple but requires consulting your motherboard manual for the correct header location and orientation.