Acpi Genuineintel---intel64-family-6-model-58 – Hot & Best

Occasionally, users encounter this ID in a problematic context. Here are a few common scenarios:

Are you writing this post to (like a Blue Screen) or Solved: intel graphic update

When you encounter this exact string—often inside the Windows Device Manager under "Hardware IDs," in system event logs, or within Advanced Configuration and Power Interface (ACPI) firmware tables—it means your operating system is interacting directly with an Ivy Bridge processor built on Intel’s historic 22-nanometer (nm) manufacturing node. acpi genuineintel---intel64-family-6-model-58

The hardware identifier is a low-level hardware string used by Windows and other operating systems to uniquely identify Intel's 3rd Generation Core processors, codenamed Ivy Bridge.

: Commonly paired with Intel HD Graphics 4000 or 2500. Common CPU Examples : Mobile : Core i5-3230M, Core i7-3630QM. Desktop : Core i7-3770K, Core i5-3570, Core i3-3220. Common Issues & Maintenance Occasionally, users encounter this ID in a problematic

Model 58 signifies that your processor is built on the . This was a major technological leap for Intel when it launched in 2012:

To understand why your computer generates this string, we must break it down into its constituent parts: Identifier Component Technical Meaning Real-World Application Advanced Configuration and Power Interface : Commonly paired with Intel HD Graphics 4000 or 2500

Specifies that the processor supports Intel’s 64-bit instruction set architecture (x86-64), allowing it to handle more than 4GB of RAM and run 64-bit operating systems.

The string acpi\genuineintel---intel64_family_6_model_58 is simply the digital fingerprint of an Intel Ivy Bridge (3rd Gen) processor operating through your motherboard's power management interface. While it represents a highly durable and historically significant generation of silicon, seeing this ID pop up in error logs is a clear sign that your aging system requires a BIOS update, a driver refresh, or a step back from an aggressive overclock to maintain its stability. To help narrow down the specific issue, could you tell me: