Each component of the hardware string functions as a distinct identifier within the x86 microprocessor architecture. 1. Intel64 & GenuineIntel
One of the standout features of the Family 6 Model 140 is the integrated Iris Xe graphics. For many users, this eliminated the need for a dedicated entry-level GPU, enabling: Smooth 1080p gaming on popular titles. Hardware-accelerated 4K video editing. Support for AV1 decoding. Performance in Modern Tasks
If you’ve ever peeked into your computer's system information or dug through a dxdiag report on Windows, you might have stumbled upon a string that looks like a secret code. One common identifier that shows up for modern computers is: .
Both are modern Intel chips. Model 140 points to the 14th Gen / Raptor Lake Alder Lake C0 chips, while Model 181 (hex: 0xB5) is typically assigned to newer chips like the Arrow Lake series. The numbers simply denote different architectural and process node generations. intel64 family 6 model 140 stepping 1 genuineintel 2803 mhz
Native support for Thunderbolt 4 and Wi-Fi 6E . Why Is This String Showing in My System Info?
The world of computer hardware is vast and complex, with numerous components working together to provide a seamless user experience. One crucial aspect of a computer's hardware is its processor, which plays a vital role in determining the system's overall performance. In this article, we will delve into the specifics of the Intel64 Family 6 Model 140 Stepping 1 GenuineIntel 2803 MHz processor, exploring its features, capabilities, and significance in the world of computing.
The final two components of the identifier describe the processor’s operational and brand authenticity. (approximately 2.8 GHz) is the base clock frequency . It is crucial to note that this is not the maximum boost clock. For an Alder Lake CPU, the maximum Turbo Boost frequency can be significantly higher—often 4.4 GHz to 5.0 GHz or more, depending on the specific SKU and thermal conditions. The 2.8 GHz base clock is typical for a mid-to-high-power Alder Lake desktop processor (e.g., Core i5-12600 or i7-12700) or a high-performance laptop part (H-series). This base frequency represents the guaranteed speed under sustained, all-core workloads within the processor’s specified thermal design power (TDP). The wide gap between base and boost clocks is a hallmark of modern dynamic frequency scaling. Each component of the hardware string functions as
To place this CPU in context, here’s a quick reference of nearby Intel Family 6 models:
In Intel's taxonomy, the "Family" number denotes the overarching architectural generation of the processor microarchitecture. Despite the name, "Family 6" does not mean it is a 6th-generation chip in the consumer sense. Instead, nearly every major Intel processor released since the Pentium Pro in 1995 (including the Core, Xeon, and Atom lines) falls under Family 6. It simply signifies the underlying x86/x64 base design lineage. 3. Model 140 (0x8C)
This processor is a versatile powerhouse for modern mobile computing: For many users, this eliminated the need for
While the "Family" number usually refers to the generation of the x86 architecture, Intel has kept the base family number at 6 for its Core architecture processors for a very long time. The "Pentium 4" processors, for example, generally belonged to (NetBurst architecture), which was power-hungry and inefficient.
In this article, we will completely decode this processor signature. We’ll identify the specific CPU, explain what each number means, explore the "Tiger Lake" architecture behind it, and analyze the performance of that 2803 MHz clock speed.
Intel’s Family 6 has lasted almost 30 years. Model numbers will continue to rise, but the identification scheme remains. Will we ever see Family 7? Intel has occasionally teased a "Family 7" for completely new architectures (e.g., if they move to a fully post-x86 ISA), but as of 2025, Family 6 continues with Arrow Lake (Model 0x on the horizon).
Because this model falls under a low-power envelope, it relies on thermal throttling capabilities to ensure it doesn’t overheat in thin laptop chassis. Why Do Systems Report Hardware in this Format?
The physical base frequency when configured at a 28W TDP. 🚀 Use Cases & Performance