# microprocessor set > microprocessor and directly related chipset and peripheral ICs **Wikidata**: [Q124753457](https://www.wikidata.org/wiki/Q124753457) **Source**: https://4ort.xyz/entity/microprocessor-set ## Summary A microprocessor set is a model series of integrated circuits that comprises a microprocessor and its directly related chipset and peripheral ICs. It functions as a subclass of an integrated circuit series, grouping components that share the same part prefix and are designed to function together. This classification is frequently used to categorize Soviet and Russian hardware clones of Western architectures, such as the 580 series or the К1810 set. ## Key Facts * **Definition:** A microprocessor set consists of a microprocessor and directly related chipsets and peripheral integrated circuits (ICs). * **Classification:** It is a subclass of "integrated circuit series," defined by model series sharing the same part prefix. * **Component Structure:** Key components include the central microprocessor, chipsets, and peripherals. * **Example (588 Series):** The 588 series integrated circuits are a low-power, bit-sliced CMOS microprocessor set. * **Example (580 Series):** The 580 series is a Soviet set of integrated circuits for 8-bit computers based on the Intel 8080/82xx architecture; its research and development began in 1976. * **Example (К1810):** The К1810 microprocessor set is the Soviet clone of the Intel 8086 and its related peripherals. * **Example (1801 Series):** The 1801 series CPU is a series of Soviet microprocessors based on the PDP-11 instruction set, with research and development tracing back to 1978. * **Example (K1839):** The K1839 is a Russian microprocessor chipset that originated in 1980. ## FAQs ### Q: What specific components are included in a microprocessor set? A: A microprocessor set includes the primary microprocessor unit along with directly related chipsets and peripheral integrated circuits. These components are designed to work together within a specific model series. ### Q: How does a microprocessor set differ from a standalone processor? A: While a standalone processor refers only to the central processing unit, a microprocessor set encompasses the entire family of support chips required to build a functional computer system, such as clock generators, bus controllers, and peripheral interfaces. ### Q: What are prominent examples of microprocessor sets in the provided context? A: Prominent examples include the 580 series (a Soviet clone of Intel 8080 systems), the К1810 (a Soviet clone of Intel 8086 systems), and the 588 series (a low-power, bit-sliced CMOS set). ## Why It Matters The concept of a microprocessor set is significant in the history of computing hardware, particularly within the context of Soviet and Russian electronics engineering. Unlike modern Systems on Chips (SoCs) that integrate functions into a single die, historical computing relied on families of discrete chips to manage data, memory, and I/O. The classification of these components into a "set" allowed engineers to standardize designs around specific architectures, ensuring electrical and functional compatibility between the CPU and its support hardware. This entity highlights the industrial approach to microelectronics in the late 20th century, where manufacturers produced comprehensive "families" of chips—often reverse-engineered from Western designs like those of Intel or DEC—to create self-sufficient domestic supply chains. For historians and technologists, understanding a "microprocessor set" like the 580 or 1801 series provides immediate context regarding the computer architecture (e.g., 8-bit vs. 16-bit, PDP-11 vs. x86 compatibility) and the technological capabilities of the era. ## Notable For * **Comprehensive Integration:** Defining a complete ecosystem of chips (CPU, chipset, peripherals) rather than just the processing unit. * **Soviet Cloning:** Serving as the primary classification for Soviet-made clones of major Western architectures, including Intel 8086 (К1810), Intel 8080 (580 series), and DEC PDP-11 (1801 series). * **Standardization:** Utilizing a standardized part prefix system to identify compatible integrated circuits within a family. * **Diverse Architectures:** Encompassing various technologies, from bit-sliced CMOS logic (588 series) to general-purpose 8-bit and 16-bit microcomputing. ## Body ### Definition and Composition A microprocessor set is technically defined as a model series of integrated circuits that includes the microprocessor and the directly related chipset and peripheral ICs. It falls under the broader class of "integrated circuit series." The primary defining characteristic is that the components share the same part prefix, indicating they are designed to operate in unison within a specific electronic system. ### Historical Soviet and Russian Series The provided knowledge base highlights a strong association between this entity and Soviet/Russian computing hardware, documenting several specific sets developed between the 1970s and 1980s: * **580 Series Integrated Circuits:** This is a Soviet set designed for 8-bit computers. It is based on the Intel 8080 and 82xx series of chips. Research and development for this series commenced in 1976 in the Soviet Union. * **К1810 Microprocessor Set:** This set represents the Soviet industry's adaptation of the 16-bit architecture. It is a direct clone of the Intel 8086 microprocessor and its related peripherals. * **1801 Series CPU:** This series consists of Soviet microprocessors built upon the instruction set of the DEC PDP-11. The research and development phase for this series is recorded as 1978. * **K1839:** A Russian microprocessor chipset that was developed with an inception date of 1980. * **588 Series Integrated Circuits:** This set is distinct for being a low-power, bit-sliced CMOS microprocessor set. ### Related Architectures In addition to complete series, the entity classification connects to specific processors such as the **T34VM1 and T34VG1**, which are identified as 8-bit microprocessors related to these broader sets. The entity serves as a structural link between individual chip models and the larger families of compatible integrated circuits.