AMD 8086 microprocessor

While the Intel let AMD to second-source 8080 and 8085 microprocessors, at first Intel didn't want to license x86 technology. It was one of the reasons why AMD decided to go with 16-bit Zilog Z8000 microprocessors. The situation changed in a few years. In 1982 Intel x86 CPUs were selected for IBM PC computers on the condition that there will be a reliable second-source CPU manufacturer. This helped AMD to negotiate new technical exchange agreement with Intel. The agreement was signed in October of 1981, and it gave AMD rights to second-source 8086 and 8088 microprocessors. The agreement was executed in the beginning of 1982. The same year AMD began volume production of 8086 CPUs.

AMD 8086 microprocessors were fabricated in ceramic DIP, plastic DIP and plastic PLCC packages at speeds 5, 8 and 10 MHz.

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8086 family
At a glance
Type:
Microprocessor
Introduction:
1982
Frequency:
5 - 10 MHz

AMD D8086

5 MHz
40-pin ceramic DIP
AMD D8086

AMD D8086B

5 MHz
40-pin ceramic DIP
Burn-in screening
AMD D8086B

AMD D8086-1

10 MHz
40-pin ceramic DIP
AMD D8086-1

AMD D8086-1B

10 MHz
40-pin ceramic DIP
Burn-in screening
AMD D8086-1B

AMD D8086-2

8 MHz
40-pin ceramic DIP
AMD D8086-2

AMD D8086-2B

8 MHz
40-pin ceramic DIP
Burn-in screening
AMD D8086-2B

AMD ID8086B

5 MHz
40-pin ceramic DIP
Industrial grade with burn-in screening
AMD ID8086B

AMD ID8086-2B

8 MHz
40-pin ceramic DIP
Industrial grade with burn-in screening
AMD ID8086-2B

AMD N8086-1

10 MHz
44-pin plastic LCC
Unusual packaging for 8086 chip
AMD N8086-1

AMD N8086-2

8 MHz
44-pin plastic LCC
Unusual packaging for 8086 chip
AMD N8086-2

AMD P8086

5 MHz
40-pin plastic DIP
AMD P8086

AMD P8086-1

10 MHz
40-pin plastic DIP
AMD P8086-1

AMD P8086-2

8 MHz
40-pin plastic DIP
AMD P8086-2

Other AMD microprocessors


AMD ID8086
AMD N8086
AMD MD8086B
AMD P8086B
AMD P8086-1B
AMD ID8086-2
AMD P8086-2B

(c) Copyright 2003 Gennadiy Shvets