Semiconductor & Computer Engineering
From WikiChip
Difference between revisions of "amd/am29100"
m |
|||
| (One intermediate revision by one other user not shown) | |||
| Line 25: | Line 25: | ||
| package 3 = QFP52 | | package 3 = QFP52 | ||
}} | }} | ||
| − | The '''Am29100''' was a family of {{arch|16}} [[bit-slice microprocessor]]s designed by [[AMD]] and introduced in 1982. This family was aimed to compete directly with [[DEC]]s {{decc|LSI-11}} MPU. Unlike the {{amd|am2900|Am2900 family}}, the 29100 introduced considerably more complex circuitry on a single chip such as [[scratchpad RAM]], a [[barrel shifter]], and [[bit manipulation]] capabilities. | + | The '''Am29100''' was a family of {{arch|16}} [[bit-slice microprocessor]]s designed by [[AMD]] and introduced in [[1982]]. This family was aimed to compete directly with [[DEC]]s {{decc|LSI-11}} MPU. Unlike the {{amd|am2900|Am2900 family}}, the 29100 introduced considerably more complex circuitry on a single chip such as [[scratchpad RAM]], a [[barrel shifter]], and [[bit manipulation]] capabilities. |
== Members == | == Members == | ||
| Line 62: | Line 62: | ||
== Architecture == | == Architecture == | ||
| − | The {{\|Am29116}}/{{\|Am29117|7}} were slightly more capable than the basic [[bit-slice microprocessor]]. Even so, they were not | + | The {{\|Am29116}}/{{\|Am29117|7}} were slightly more capable than the basic [[bit-slice microprocessor]]. Even so, they were not quite a complete processor as the entire flow of the program still had to be done externally (e.g. using the {{\|Am29112}} [[microsequencer]] or custom logic) to handle [[subroutines]], and memory access. |
{{expand section}} | {{expand section}} | ||
Latest revision as of 10:26, 15 August 2017
- Not to be confused with AMD's 29PL100 Family of MCUs.
| Am29100 | |
.svg)
| |
| Developer | AMD |
| Manufacturer | AMD, Cypress |
| Type | microprocessors |
| Introduction | 1981 (announced) |
| Production | 1982 |
| ISA | Am29100 |
| Process | 2 µm 2,000 nm , 1.5 µm0.002 mm 1,500 nm
0.0015 mm |
| Technology | Bipolar, CMOS |
| Clock | 7.143 MHz-13.33 MHz |
| Package | DIP52, LCC68, QFP52 |
The Am29100 was a family of 16-bit bit-slice microprocessors designed by AMD and introduced in 1982. This family was aimed to compete directly with DECs LSI-11 MPU. Unlike the Am2900 family, the 29100 introduced considerably more complex circuitry on a single chip such as scratchpad RAM, a barrel shifter, and bit manipulation capabilities.
Contents
Members[edit]
| Part | Description |
|---|---|
| Am29111 | 16-bit slice microsequencer |
| Am29112 | 8-bit slice microsequencer |
| Am29114 | 8-level real-time interrupt controller |
| Am29116 | Original MPU, 100ns cycle |
| Am29116-1 | MPU, 90ns cycle |
| Am29116-2 | MPU, 80ns cycle |
| Am29117 | Identical to Am29116, except separate input and output ports |
| Am29118 | 8-bit I/O support |
| Am29C111 | CMOS version of the Am29111 |
| Am29C112 | CMOS version of the Am29112 |
| Am29C116 | CMOS version of the Am29116 |
| Am29C117 | CMOS version of the Am29117 |
2nd source[edit]
Architecture[edit]
The Am29116/7 were slightly more capable than the basic bit-slice microprocessor. Even so, they were not quite a complete processor as the entire flow of the program still had to be done externally (e.g. using the Am29112 microsequencer or custom logic) to handle subroutines, and memory access.
 |
This section requires expansion; you can help adding the missing info. |
ISA[edit]
- Main article: Am29100 ISA
| |
This section is empty; you can help add the missing info by editing this page. |
 |
This article is still a stub and needs your attention. You can help improve this article by editing this page and adding the missing information. |
Facts about "Am29100 - AMD"
| designer | AMD + |
| first announced | 1981 + |
| full page name | amd/am29100 + |
| instance of | microprocessor family + |
| instruction set architecture | Am29100 + |
| main designer | AMD + |
| manufacturer | AMD + and Cypress + |
| name | Am29100 + |
| package | DIP52 +, LCC68 + and QFP52 + |
| process | 2,000 nm (2 μm, 0.002 mm) + and 1,500 nm (1.5 μm, 0.0015 mm) + |
| technology | Bipolar + and CMOS + |