OVERVIEW. Facts & Data Micro & Mini Computers Designed by VUVT Zilina, Czechoslovakia (now Slovak Republic)
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1 OVERVIEW Facts & Data Micro & Mini Computers Designed by VUVT Zilina, Czechoslovakia (now Slovak Republic) A. Family of 16-bit Real-Time Computers 1. RPP 16 M - address path 16 bits - number of instructions 62 - time of ADD exe ns - FP SP instructions none - max. memory capacity 16 KW - type of memory core - memoty acces time 800 ns - memory check parity - end of development at 1973 table form rack form - SW compatible with RPP 16 S - manufactured by TESLA Orava, Namestovo plant - start of manufacturing 1974 table form rack form 2. RPP 16 S - address path 16 bits - number of instructions 78 - time of ADD exe ns - FP SP instructions yes - max. memory capacity 64 KW - type of memory core - memory acces time 800 ns - memory check parity - end of development at 1973 table form rack form
2 - SW compatible with RPP 16 M - manufactured by TESLA Orava, Namestovo plant - start of manufacturing 1974 table form rack form B. Family of 16-bit Mini & Micro Computers 1. SM 3-20 Mini Computer - memory address path 16 bits - number of instructions 76 - time of ADD exe ns - max. memory capacity 64 KB - type of memory core, semiconductor - memory check parity - end of development at SW compatible with PDP 11/04 - start of manufacturing SM 4-20 Mini Computer - memory address path 18 bits - number of instructions time of ADD exe ns - max. memory capacity 256 KB - type of memory semiconductor - memory check ECC - designed by VUVT Zilina - end of development at SW compatible with PDP 11/34A - start of manufacturing SM 50/50-1 Micro Computer - memory address path 16(18) bits - number of instructions 86 - time of ADD exe ns (without cache) - cache memory (2 KB) 2
3 - max. memory capacity 64(256) KB - type of memory semiconductor - memory check parity - end of development at SW compatible with PDP 11/34 - manufactured by ZVT Námestovo - start of manufacturing SM 52/11 Mini Computer - memory address path 18 bits - number of instructions 132 (+ customer designed) - time of ADD exe 340 ns - DCS yes - WCS yes - ECS yes - cache memory 2 KB - max. memory capacity 256 KB - type of memory semiconductor - memory check ECC - end of development at SW compatible with PDP 11/60 - start of manufacturing SM 52/11+ Mini Computer - memory address path 22 bits - number of instructions time of ADD exe 340 ns - CIS yes - WCS yes - DCS yes - ECS yes - cache memory 2 KB - max. memory capacity 4 MB - type of memory semiconductor - memory check ECC 3
4 - end of development at SW compatible with PDP 11/60 + PDP 11/44 - start of manufacturing M Micro Computer - memory address path 22 bits - number of instructions 132(+66) - time of ADD exe ns (without cache) - CIS no (yes) - ECS yes - cache memory no(2 KB) - max. memory capacity 4 MB - memory check parity (ECC) - end of development at SW compatible with (PDP 11/44) - start of manufacturing 1987 C. Virtual memory 32-bit Mini Computer bit Mini Computer SM 52/12 - data path 32 bits - memory address path 30 bits - number of instructions virtual memory size 4 GB - cache memory 8 KB - number of memory subsystems 2 - max. memory capacity 8 MB (32 MB) - memory check ECC - number of I/O subsystems 4 - end of development at SW compatible with VAX 11/780 - manufactured by ZVT - start of production 1986 (1985 at VUVT Zilina) 4
5 D. Family of 8-bit & 16-bit Micro Computers 1. 8-bit Micro Computer SM 50/ data path 8 bits - memory address path 16 bits - microprocessor MHB 8080A - FP procesor additional board - max. memory capacity 64 KB - costruction - set of more than 16 functional boards - cassete for 5 boards with power supply & cooling - IT with external floppy - MVS 80 (microcomputer development system with in-circuit emulator & PROM programmer with external paper tape or floppy) - end of development at SW compatible with SBC 80/20, MDS II - manufactured by ZVT - start of production bit Micro Computer M memory address path 20 bits - microproccessor FP processor max. memory capacity 1 MB -construction - set of functional boards - cassete for 5 boards with power supply& cooling - IT with floppy or hard disk - MVS 86 (microcomputer development system with in-circuit emulator & PROM programer with floppy or hard disk) - end of development at SW compatible with SBC 86/12, MDS III - manufactured by ZVT - start of production
6 E. Family of Personal Computers 1. PP 01 - Type of processor MHB 8080A - RAM size 48 KB - EPROM size 10 (16) KB - Monitor raster size-symbols 32 x 32 -points 256 x 256 -External memory tape recorder - Expansion - - End of development at Start of production PP 02 - Type of processor MHB 8080A (+SM 50/40-1) - RAM size 64 KB(+64KB) - EPROM size 10 (16) KB - FPP board - Monitor raster size-symbols 32 x 32 -points 256 x External memory floppy 2 x 160 KB (5,25 ) - Expansion 8 standard boards - Monitor external - End of development at Start of production PP 03 - Type of processor SM 50/ RAM size 48 KB - EPROM size 16 KB - FPP board - Monitor raster size-symbols 64 x 32/16 -points 512 x External memory floppy 2 x 160 KB (5,25 ) - Monitor built in - Expansion 6 standard boards - End of development at Start of production
7 4. PP 04 - Type of processor M RAM size (128 KB) 256 KB - FPP board - Monitor raster size-symbols 64 x 32/ (80 x 24) - points 384 x External memory floppy 1MB (8 ) - Expansion 4 standard boards - Monitor external - End of development at Start of production PP 05 - Type of processor M RAM size 128 KB(256 KB) - FPP Monitor raster size-symbols 64 x 32/16 -points 512 x External memory 2 x 160 KB (5,25 ) - Monitor built in - Expansion 5 standard boards - End of development at Start of production PP 06 - Type of processor RAM size 128 KB (640 KB) - FPP Monitor raster size-symbols 80 x 24 -points 640 x 200(480) - External memory 2 x 160 KB (5,25 ), (HDD 5,25 ) - SW compatible IBM PC (XT) - End of development at Start of production 1986 ( )... optional or added later FP SP - floating point single precision FP S/D P floating point single/double precision FPP - floating point processor 7
8 8
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Characteristics. Microprocessor Design & Organisation HCA2102. Unit of Transfer. Location. Memory Hierarchy Diagram
Microprocessor Design & Organisation HCA2102 Cache Memory Characteristics Location Unit of transfer Access method Performance Physical type Physical Characteristics UTM-RHH Slide Set 5 2 Location Internal
The PowerEdge 6450 systems offer the following major features:
The Dell PowerEdge 6450 system, which supports up to four Intel Pentium III Xeon microprocessors (and future generation Intel microprocessors), is a featurerich, enterprise class server that offers the
Lecture-7 Characteristics of Memory: In the broad sense, a microcomputer memory system can be logically divided into three groups: 1) Processor
Lecture-7 Characteristics of Memory: In the broad sense, a microcomputer memory system can be logically divided into three groups: 1) Processor memory 2) Primary or main memory 3) Secondary memory Processor
built-in socket located on the bottom of the computer. T1850C uses a Super Twisted Nematic (STN) color display which displays up to 512 colors.
T18501 Features The Toshiba T18S0 and are among the lightest and most advanced portable computers available. Utilizing advanced technology and high speed components, the T1800 Family offers excellent display
By: Tomer Morad Based on: Erik Lindholm, John Nickolls, Stuart Oberman, John Montrym. NVIDIA TESLA: A UNIFIED GRAPHICS AND COMPUTING ARCHITECTURE In IEEE Micro 28(2), 2008 } } Erik Lindholm, John Nickolls,