Preface
When it comes to CPU, the first thing we think of is Intel, followed by AMD. It is found wherever there are computers. Intel has always occupied the top of the semiconductor pyramid and has been controlling the entire PC market. Over the years, Intel has released various I will give you a general summary of the various CPUs to see if anyone has used them.
Intel4004
Intel4004, 740KHz, 4-bit, single core, 2300 transistors, 10μm process, Intel's first processor, originally designed for Busicom calculators.
Intel8008
Intel8008, 200-800KHz, 8-bit, single core, 3500 transistors, 10μm process, Intel's first 8-bit processor, twice the performance of 4004.
Intel8088
Intel8088, 5MHz, 16-bit, single core, 29,000 transistors, 3μm process, used in IBM PC.
Intel80286
Intel80286, 6MHz, 16-bit, single core, 134,000 transistors, 1.5μm process, performance is 3-6 times that of 8086.
Intel80386
Intel80386, 16MHz, 32-bit, single core, 275,000 transistors, 1μm process, performance is 100 times that of 4004, and is the first X86 processor that can handle 32-bit data sets.
Intel80486
Intel80486, 25MHz, 32-bit, single core, 1.2 million transistors, 1μm process, performance is 50 times that of 8088.
Intel Pentium
Intel Pentium, 66MHz, 32-bit, single core, 3.1 million transistors, 0.8μm process, originally planned to be called Intel80586.
Intel Pentium Pro
Intel Pentium Pro, 200MHz, 32-bit, single core, 5.5 million transistors, 0.35μm process, mainly used in server systems.
Intel Pentium II (Pentium II)
Intel Pentium II (Pentium II), 300MHz, 32-bit, single core, 7.5 million transistors, 0.25μm process, mainly used in server systems.
Intel Celeron (Celeron)
Intel Celeron (Celeron), 266MHz, 32-bit, single core, 7.5 million transistors, 0.25μm process, characterized by low power consumption.
Intel Pentium III
Intel Pentium III (Pentium III), 500MHz, 32-bit, single core, 9.5 million transistors, 0.25μm process.
Intel Pentium 4 (Pentium 4)
Intel Pentium 4, 1.5GHz, 32-bit, single-core, 42.1 million transistors, 0.18μm process, for desktop computers and entry-level workstations.
Intel Xeon
Intel Xeon, 1.7GHz, 32-bit, single core, 42.1 million transistors, 0.18μm process, for high-performance workstations.
Intel Pentium M
Intel Pentium M, 1.7GHz, 32-bit, single core, 77 million transistors, 130nm process, used in notebook computers.
Intel Core Solo & Duo (Core)
Intel Core Solo & Duo (Core), 1.06-2.33GHz, 32-bit, single-core and dual-core, 151 million transistors, 65nm process, Apple's entire range of PCs have begun to gradually use Intel CPUs.
Intel Core 2 (Core 2)
Intel Core 2 (Core 2), 2.66GHz, 64-bit, 1-4 cores, 291 million transistors, 65nm process.
Intel Atom
Intel Atom (Atom), 1.86GHz, 32-bit, 1-8 cores, 47 million transistors, 45nm process, mainly used in netbooks due to low power consumption.
Intel Core i7 (Core i7)
Intel Core i7, 2.66-3.2GHz, 64-bit, 4-10 cores, 731 million transistors, 45nm process, mainly used in the high-end market.
Intel Core i5 (Core i5)
Intel Core i5 (Core i5), 2.66GHz, 64-bit, 2-4 cores, 774 million transistors, 45nm process, mainly seizes the mid-range market.
Intel Core i3 (Core i3)
Intel Core i3 (Core i3), 2.93-3.07GHz, 64-bit, dual-core, 382 million transistors, 32nm process, mainly seizes the low-end market.
Intel Core i9 (Core i9)
Intel Core i9 (Core i9), 2.6-3.3GHz, 64-bit, 10-18 cores, the number of transistors is not announced, 14nm process, beginning to cover the market with higher performance requirements.
Intel 10th gen Core
Intel 10th gen Core, 14nm process.
Intel 11th gen Core
Intel 11th gen Core (eleventh generation Core), 14nm process, has a 19% improvement compared to the 10th generation IPC, and the core display performance has increased by 50%.
