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See searches and references containing AMD AM2900!AMD AM2900
Family of four-bit digital ICs
Am2900 is a family of integrated circuits (ICs) created in 1975 by Advanced Micro Devices (AMD). They were constructed with bipolar devices, in a bit-slice
AMD_Am2900
computer control unit (CCU). For details on the Am2900 Family see The Am2900 Family Data Book, by AMD. The AMD Am29xxx series of chips are high performance
List of AMD Am2900 and Am29000 families
List_of_AMD_Am2900_and_Am29000_families
American multinational semiconductor company
in 1971. By 1975, AMD entered the microprocessor market with the Am9080, a reverse-engineered clone of the Intel 8080, and the Am2900 bit-slice microprocessor
AMD
Controller AMD 29000 (aka 29K) (1987) AMD 29005 Above without (functional) MMU and BTC AMD 29027 FPU AMD 29030 AMD 29050 with on-chip FPU (1990) AMD 292xx
List_of_AMD_processors
process. AMD Am2900 – Bit-slice architecture designed in 1975. AMD Am29000 – Popular line of 32-bit RISC microprocessors and microcontrollers. AMD K12 –
List of AMD CPU microarchitectures
List_of_AMD_CPU_microarchitectures
Family of RISC microprocessors and microcontrollers
improving performance when handling 24-bits-per-pixel images. List of AMD Am2900 and Am29000 families Martin, James A. (23 March 1987). "Firm says 32-bit
AMD_Am29000
Early GUI-based computer workstation from Xerox
Architecture for a Personal Computer, by Butler Lampson. It is based on the AMD Am2900 bitslice microprocessor technology. An enhanced version of the Dandelion
Xerox_Star
Topics referred to by the same term
2901 may refer to: A member of the AMD Am2900 family of logic chips The first year of the 30th century This disambiguation page lists articles associated
2901
American computing vendor
processor that supported 8 sets of registers and was built using the AMD Am2900 bit-slice chip set. The 3200 Series ran the OS/32 real-time operating
Concurrent Computer Corporation
Concurrent_Computer_Corporation
Layer of hardware-level instructions or data structures
through the execution unit. These are known as "bit slice" chips. The AMD Am2900 family is one of the best known examples of bit slice elements. The parts
Microcode
Family of superminicomputers by Digital
still-lower-performance bit slice implementation of the VAX architecture using AMD Am2900 chips for the CPU. The KA730 CPU has a 270 ns cycle time (3.70 MHz), and
VAX-11
Method of constructing a computer processor
(additional optional CROM chips could provide instruction set additions) AMD Am2900 family (1975), e.g. AM2901, AM2901A, AM2903 Monolithic Memories 5700/6700
Bit_slicing
Early robotics and machine vision company
processor with a custom 8-channel RS-170 Versabus frame grabber employing an AMD Am2900 bit slice micro-controller, packaged in an industrially hardened NEMA-12
Automatix
Family of small computers primarily used for aviation and education
off-the-shelf parts, with the processor logic implemented in five 4-bit AMD Am2900 bit slice processors and the memory in DRAM and EPROM. It was packaged
Elliot_900
Schottky TTL bit-slice КР1802ВС1 1803 4 PMOS controller КР1803ВЕ1 1804 AMD Am2900 4n Schottky TTL bit-slice КР1804ВС1 1805 4n CMOS bit-slice КБ1805ВС1-1
List of Soviet microprocessors
List_of_Soviet_microprocessors
Series of 16/32-bit minicomputers
AMD Am2900 bit-slice processors 4062/4065: 4060 supporting up to 1 MiB memory 4080M: compact ruggedised 4080 for military applications 4090: Am2900-based
GEC_4000_series
American computer scientist
developed a bit-sliced hardware implementation of a p-code machine using AMD's AM2900 chipset. A myriad of timing and performance problems plagued the machine;
Joel_McCormack
Pluribus); later designs included an optional vector processor using AMD Am2900 bipolar bit-slices to speed tomographic reconstruction calculations. In
Artronix
Mid-1960s 16-bit computer series by Hewlett Packard
of RAM. 1981: A600 – based on Am2900 bit-slice processor, 1 MIPS, 53 kFLOPS Codename: LIGHTNING A600+ – based on Am2900 bit-slice processor, supports
HP_2100
Computer manufacturer
engineering through 1975. For one project, Gorman worked with AMD in the conceptualization of the Am2900 4-bit slice chip that was employed in Computer Automation's
Computer_Automation
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