TPM 2.0 Encryption Security Module – 12/14/18/20-1 Pin Trusted Platform Module for Multi-Brand Motherboard
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Nothing is more frustrating than being blocked from a system upgrade or security feature because your motherboard is missing one small component. This trusted platform module helps enable stronger hardware-level protection and supports secure encryption functions required by modern systems. Designed for PC builders, IT technicians, and Windows users, it adds compatibility for TPM 2.0, making it ideal for Windows 11 upgrade requirements and enhanced system security. With multiple pin options (12/14/18/20-1), it works across a wide range of compatible multi-brand motherboards. If you're searching for a TPM 2.0 module, Windows 11 TPM chip, or motherboard encryption module, this is the reliable solution to upgrade with confidence.
Key Features
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TPM 2.0 support enables secure encryption and meets Windows 11 hardware requirements.
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Multiple pin compatibility (12/14/18/20-1) fits many multi-brand motherboards with TPM headers.
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Improves system security helps protect sensitive data, passwords, and encryption keys at the hardware level.
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Easy motherboard installation plugs into the TPM header for quick setup without complex configuration.
Why Choose Our TPM 2.0 Encryption Security Module
Unlike generic modules that may not match your motherboard header, this version supports multiple pin standards for better compatibility across brands. It’s a cost-effective upgrade that helps unlock Windows 11 support and strengthens PC security without replacing your motherboard.
Perfect For
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Windows 11 upgraders needing TPM 2.0 to meet system requirements
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PC builders & DIY users adding trusted encryption hardware to new builds
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IT professionals securing business PCs and protecting sensitive device credentials
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Users upgrading older motherboards that have a TPM header but no TPM module installed
Upgrade your PC security and unlock modern system compatibility—order yours today and install with confidence.













































