Acpi Genuineintel---intel64-family-6-model-58 Verified Now

[ Device Manager ] └─► ⚠️ Unknown Device └─► Properties ─► Details ─► Hardware IDs ─► ACPI\GenuineIntel___Intel64_Family_6_Model_58

user wants a long article about the keyword "acpi genuineintel---intel64-family-6-model-58". This looks like a specific hardware identifier string from Linux ACPI tables. I need to cover what this string means, its technical details, the processor it identifies (Intel Core i7-3xxx? Let me confirm), its architecture (Ivy Bridge?), and provide context for system administrators, Linux users, and tech enthusiasts. I should also include troubleshooting advice. To do this, I need to gather information from various sources. I'll start with a set of searches to cover the different aspects. search results provide various pieces of information. To get a comprehensive understanding, I need to open several relevant pages. These include the lscpu results, the Geekbench result showing the processor codename, the Microsoft Q&A thread about device migration, the Linux kernel bug report, the Intel microcode page, and the Wikipedia page for Ivy Bridge. I'll also look at the openbenchmarking results, the Tk Source Code page, the Numerade page, and the TechPowerUp article. search results provide a good foundation. I'll also search for more specific technical details about ACPI.'ll also search for "ACPI Processor" and "GenuineIntel" to get more context. have gathered information from various sources. Now I need to structure the article. The article will include an introduction, decoding the string, technical deep dive, common places to find the identifier, why it matters for troubleshooting, and the legacy of Ivy Bridge. I will cite the relevant sources. string acpi genuineintel---intel64-family-6-model-58 might look like an error, but it is in fact a precise, systematic identifier used by your computer's firmware. For system administrators, Linux enthusiasts, and anyone troubleshooting hardware, this string is a key that unlocks a wealth of technical information about your CPU. This article will decode the string, explore the processor technology it represents, and explain why you might encounter it in your operating system.

: This has been the standard for almost all Intel Core processors since the Pentium Pro.

: This is the vendor ID string. When an Intel CPU powers on and executes the CPUID instruction, one of the first pieces of information it returns is the vendor string: "GenuineIntel". This tells the OS that the processor was manufactured by Intel Corporation. AMD processors, for comparison, return "AuthenticAMD". This string is taken directly from the CPU's own identification. acpi genuineintel---intel64-family-6-model-58

: This prefix indicates that the operating system discovered the hardware device using the ACPI tables embedded within the system’s motherboard BIOS/UEFI firmware.

To understand this specific string, we first need to understand ACPI. Introduced in the late 1990s, ACPI is an open standard that allows an operating system to communicate with and manage the power usage of its hardware. Before ACPI, power management was largely the BIOS's responsibility. ACPI shifted that control to the OS, enabling features like putting individual devices to sleep when not in use or waking the system on a timer.

ACPI \ GenuineIntel ___ Intel64 _ Family_6 _ Model_58 │ │ │ │ │ │ │ │ │ └─► Specific Microarchitecture (58 = Ivy Bridge) │ │ │ └─► Processor Generation Class (6 = Intel P6/Core Architecture) │ │ └─► 64-bit Instruction Set Extension │ └─► OEM Vendor Name (Intel Corporation) └─► Subsystem Interface (Advanced Configuration and Power Interface) [ Device Manager ] └─► ⚠️ Unknown Device

Users with older Intel architectures frequently post about graphics driver updates or system monitoring errors in newer operating systems.

ACPI thermal zones ( _TZ ) may use model-specific critical trip points.

If you see this ID while trying to upgrade your operating system, you will hit a roadblock. Intel Family 6 Model 58 processors are . Let me confirm), its architecture (Ivy Bridge

Windows handles this CPU natively using default drivers, but outdated motherboard chipset drivers can cause system instability.

To understand what this identifier means, we have to break it down into its four distinct components: