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For ASRock H370 Pro4| X370 Pro BTC+| Z370 Extreme4|Z370M-ITXac TPM2.0 (18pin-1) LPC Security Module SLB9665
For ASRock H370 Pro4| X370 Pro BTC+| Z370 Extreme4|Z370M-ITXac TPM2.0 (18pin-1) LPC Security Module SLB9665
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$35.88 USD
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Product Condition: New. Comes as pictured.
Package Includes: One TPM 2.0 Module
Notes:
- This product is only applicable to older motherboards such as those from INTEL and AMD. It is not suitable for new motherboard models with firmware TPM, as well as all-in-one computers and laptops.
- The minimum hardware configuration for upgrading to Windows 11 via TPM 2.0 is as follows: a 64-bit processor (dual-core/multi-core) with a speed of 1 GHz or faster, 4 GB of RAM, 64 GB of storage space, firmware supporting UEFI secure boot and TPM 2.0, a DirectX 12 compatible graphics card, and a display with a resolution of 720p or higher.
- The pin of this product is 18pin-1. Please carefully check whether the pin position in the picture matches your motherboard before purchasing.
Compatible Models:
For ASRock Motherboard
H370 Pro4
H370M Pro4
X370 Pro4
X370 Pro BTC+
X370 Killer SLI
X370M Pro4
X370M Pro4 R2.0
Z370 Pro4
Z370 Taichi
Z370 Extreme4
Z370 Killer SLI
Z370 Killer SLIac
Z370M-ITXac
Fatal1ty X370 Gaming X
Fatal1ty Z370 Gaming K6
Fatal1ty Z370 Professional Gaming i7
How to Choose and Install the Security Module:
- It is necessary to confirm whether the host has TPM 2.0 or whether TPM 2.0 is enabled.
- Click "Run", enter: tpm.msc (press Win + R keys), and check if the TPM version is ready.
- If version 2.0 is displayed but not ready, you need to set it in the BIOS and consult the motherboard manufacturer's customer service.
- Open the host and check the TPM pins on the motherboard.
- When installing the module, the side with the chip should face inward. Align it with the pins and insert it firmly to prevent loosening. (See the picture for the direction)
Product Performance:
- Compatible with: TPM2.0
- Chipset::SLB9665
- Interface::LPC
- PIN DEFINE:18pin-1
Core Uses:
a: Seamless upgrade to Windows 11: Solves the TPM 2.0 verification problem, making it easy to upgrade to the latest operating system.
b: Enhanced hardware-level security: Equipped with an independent encryption chip, it provides a dedicated secure encryption chip specifically for securely storing sensitive data (such as encryption keys, digital certificates, login credentials), thereby improving the overall security of the system.
c: Hardware encryption acceleration: Reduces the burden on the CPU. By accelerating encryption operations through dedicated hardware, it indirectly improves the system response speed and enhances the running smoothness of some applications that rely on encryption (such as games and security software).
b: Enhanced hardware-level security: Equipped with an independent encryption chip, it provides a dedicated secure encryption chip specifically for securely storing sensitive data (such as encryption keys, digital certificates, login credentials), thereby improving the overall security of the system.
c: Hardware encryption acceleration: Reduces the burden on the CPU. By accelerating encryption operations through dedicated hardware, it indirectly improves the system response speed and enhances the running smoothness of some applications that rely on encryption (such as games and security software).
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