For GIGABYTE X870 AORUS ELITE WIFI7/STEALTH/STEALTH ICE/ELITE WIFI7 ICE TPM2.0 SPI Security Module V2 (12pin-1) SLB9672

1. This product is only compatible with older motherboards (e.g., Intel, AMD) and not suitable for new motherboard models with firmware TPM, all-in-one PCs, or laptops.
2. Minimum hardware requirements for upgrading to Windows 11 via TPM 2.0:
   • 1 GHz or faster 64-bit processor (dual-core/multi-core)
   • 4 GB RAM
   • 64 GB storage
   • Firmware supporting UEFI Secure Boot and TPM 2.0
   • DirectX 12 compatible graphics card
   • Display with 720p resolution or higher
3. This product features a 12pin-1 connector. Please carefully check if the pin layout in the product images matches your motherboard before purchasing.<>

Compatible Models: for GIGABYTE Motherboard SLB9672

How to Choose and Install the Security Module:

1. First, check if your host has TPM 2.0 or if TPM 2.0 is enabled.
2. Press Win + R to open Run, type tpm.msc, and check the TPM version and readiness status.
3. If TPM 2.0 is shown but not ready, you may need to configure it in the BIOS. Contact your motherboard manufacturer’s customer support for guidance.
4. Open your computer case and locate the TPM connector on the motherboard.
5. During installation:
   • Align the module with the connector (the side with the chip faces inward).
   • Ensure it is fully inserted to prevent loosening. (See images for orientation details.)<>

Product Specifications

• Compatible with: TPM2.0
• Chipset: SLB9672
• Interface: SPI V2
• Pin Definition: 12Pin-1<>

Key Benefits

• Seamless Windows 11 Upgrade: Resolves TPM 2.0 verification issues, making it easy to upgrade to the latest OS.
• Enhanced Hardware-Level Security: Features an independent encryption chip dedicated to securely storing sensitive data (e.g., encryption keys, digital certificates, login credentials), boosting overall system security.
• Hardware Encryption Acceleration: Reduces CPU load by offloading encryption tasks to dedicated hardware, indirectly improving system responsiveness and smoothing performance for encryption-reliant applications (e.g., games, security software).<>