In conclusion, the seemingly arcane string "Intel64 family 6 model 142 stepping 10" is a dense packet of engineering history. It tells us we are looking at a mature, post-launch revision of the Ice Lake microarchitecture—a 10nm processor that balanced new instructions, powerful integrated graphics, and the hard-won stability that comes only after silicon has been tested in the real world. For the technician, it is a precise coordinate in the map of compatibility. For the historian, it is the marker of an architecture that bridged the long 14nm twilight and the uncertain dawn of 10nm.
The number distinguishes the specific microarchitecture within that family. For decades, each new "tock" or "optimization" received a unique model number. Model 142 (0x8E in hexadecimal) is the definitive marker of the Ice Lake microarchitecture. Ice Lake was a significant milestone: it was Intel’s first high-volume microarchitecture to be manufactured on the 10nm process node after years of delays with 10nm. More importantly, it introduced the Sunny Cove core, which brought deep changes to the execution engine, wider allocation, and enhanced security features. intel64 family 6 model 142 stepping 10
In the vast and meticulously organized world of x86 architecture, a processor’s true identity is not found in the catchy marketing name—"Core i7" or "Xeon"—but in a trio of low-level numerical identifiers: Family, Model, and Stepping. For the specific combination of Intel64 Family 6, Model 142, Stepping 10 , this string of digits points not to a single product, but to a generation of computing that defined the late 2010s: the Ice Lake microarchitecture . In conclusion, the seemingly arcane string "Intel64 family
Family 6 Model 142 Stepping 10 represents a turning point. It was the chip that finally moved the industry past the 14nm era. It brought AVX-512 to the mainstream laptop (before later architectures removed it for power reasons). And in its stepping 10 maturity, it offered a glimpse of what Intel’s 10nm process could have been from the start: stable, performant, and efficient. For the historian, it is the marker of
To understand this processor is to understand how Intel’s engineering teams iterate on a design, how they distinguish between major architectural leaps and minor production tweaks, and how a single identifier can unify everything from a laptop chip to a server processor. Before delving into the specific numbers, one must understand the code. The Family number (6) is the most stable element. Since the introduction of the P6 architecture in the mid-1990s, nearly all modern 64-bit Intel processors (Core, Xeon, Atom) have belonged to Family 6. This number signals a common instruction set base (Intel64) and fundamental design lineage. If you see Family 15, you are looking at the NetBurst architecture (Pentium 4)—a relic of a different era.