MIPS R3000A
Abstract: TOSHIBA TC160G verilog code 16 bit CISC CPU TC160G TC180G TMPR3903AF verilog code for cisc processor TC190G microcontroller tlcs R3900 interface Toshiba R3900
Text: 4594C-9904 Published in April, 1999 RISC/CISC ASIC PRODUCT GUIDE Specialized microcontrollers are increasingly used to control devices of all kinds such as automobiles, home and office appliances, handheld equipment, etc. With this trend getting into high gear, application software is
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4594C-9904
MIPS R3000A
TOSHIBA TC160G
verilog code 16 bit CISC CPU
TC160G
TC180G
TMPR3903AF
verilog code for cisc processor
TC190G
microcontroller tlcs R3900 interface
Toshiba R3900
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SAB80C166
Abstract: sab 8212 80C166 83C166 CC15 sxpe
Text: Architectural Overview 2 Architectural Overview This chapter contains an overview of the SAB 80C166's architecture with combines advantages of both RISC and CISC processors in a very well-balanced way. It introduces the features which do in sum result in a high performance microcontroller which is the right choice
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80C166
16-bit
80C166/83C166
SAB80C166
sab 8212
83C166
CC15
sxpe
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MOTOROLA SCR 1725
Abstract: MPC566 CB22 ic 6038 ic 8 pins difference between EN8 EN3 IC 4069 pin MIOS14 MPC565
Text: SECTION 17 MODULAR I/O SYSTEM MIOS14 The intent of the following section is to describe in detail the configuration of the MIOS14. The MIOS14 is a MIOS derivative. The modular I/O subsystem (MIOS) is an integral module of Motorola’s CISC and RISC modular embedded controller families.
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MIOS14)
MIOS14.
MIOS14
MPC565/MPC566
MOTOROLA SCR 1725
MPC566
CB22
ic 6038 ic 8 pins
difference between EN8 EN3
IC 4069 pin
MPC565
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V850E/IA1
Abstract: R5432 R5000A vr4310 VR5000 CISC Microcontrollers VR4102 NEC VR4310 NEC VR4300 RISC and CISC IN MICROPROCESSOR
Text: NEXT STEP NEC’S STRATEGY FOR RISC MICROCOMPUTERS Yoichi Matsumoto Introduction The RISC microcomputers from NEC consist of two families: the V R Series of 64-bit microprocessors, and the V850 Series of 32-bit microcontrollers. The V R Series is a group of RISC
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64-bit
32-bit
CB-C10
CB-11
NA85E
NB85E
V850E/IA1
R5432
R5000A
vr4310
VR5000
CISC Microcontrollers
VR4102
NEC VR4310
NEC VR4300
RISC and CISC IN MICROPROCESSOR
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Untitled
Abstract: No abstract text available
Text: Next Generation Instruction Set Architecture John Crawford, Intel Fellow Jerry Huck Director, Microprocessor Architecture Intel Corporation Manager and Lead Architect Hewlett-Packard Company 1 Objectives s Unveil the technology behind the next generation ISA
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64-bit
IA-64:
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lattice isplsi 2096
Abstract: lattice ispLSI 2032
Text: High Density PLD Solutions for High Speed RISC/CISC Systems output signals in time to meet Pentium’s setup requirement of 5ns. This implies that logic devices must have a clock-to-out time of no more than 10ns. As seen in figure 1, 7.5ns logic devices have a clock-to-out time of 4ns to
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1-800-LATTICE
lattice isplsi 2096
lattice ispLSI 2032
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DM15
Abstract: 2032VE 2064VE 2096VE
Text: High Density PLD Solutions for High Speed RISC/CISC Systems 5ns which easily satisfies Pentium’s setup requirements. While 7.5ns speeds are attainable from fast low-density PLDs, the requirements of today’s wide buses make it desirable to have higher levels of integration with more
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1-800-LATTICE
DM15
2032VE
2064VE
2096VE
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Untitled
Abstract: No abstract text available
Text: High Density PLD Solutions for High Speed RISC/CISC Systems output signals in time to meet Pentium’s setup requirement of 5ns. This implies that logic devices must have a clock-to-out time of no more than 10ns. As seen in figure 1, 7.5ns logic devices have a clock-to-out time of 4ns to
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block diagram of processor pentium 1
Abstract: 241428 block diagram of pentium D lattice ispLSI 2032 circuit diagram of pentium
Text: High Density PLD Solutions for High Speed RISC/CISC Systems output signals in time to meet Pentium’s setup requirement of 5ns. This implies that logic devices must have a clock-to-out time of no more than 10ns. As seen in figure 1, 7.5ns logic devices have a clock-to-out time of 4ns to
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amd 486DX5
Abstract: 486DX5 5407 486sxl FPM RAM fast sram 200mhz 8k MDR 26 pin 3M powerpc 403gcx 403GCX RISC and CISC IN MICROPROCESSOR
Text: MICROPROCESSOR REPORT www.MPRonline.com T H E I N S I D E R ’ S G U I D E T O M I C R O P R O C E S S O R H A R D WA R E MOTOROLA THAWS COLDFIRE V4 Integrated CF5407 Chip Beats Award-Winning CF5307 By Tom R. Halfhill {5/15/00-01} It’s coming a year later than Motorola had hoped, but the CF5407—the first standard chip
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CF5407
CF5307
CF5407--the
CF5307.
W486SXL
25MHz
600mW
486DX5
133MHz
amd 486DX5
486DX5
5407
486sxl
FPM RAM
fast sram 200mhz 8k
MDR 26 pin 3M
powerpc 403gcx
403GCX
RISC and CISC IN MICROPROCESSOR
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Untitled
Abstract: No abstract text available
Text: High-Density PLD Solutions For High-Speed RISC/CISC Systems output signals in time to meet Pentium’s setup requirement of 5ns. This implies that logic devices must have a clock-to-out time of no more than 10ns. As seen in figure 1, 7.5ns logic devices have a clock-to-out time of 4ns to
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WOE 331
Abstract: No abstract text available
Text: High-Density PLD Solutions For High-Speed RISC/CISC Systems output signals in time to meet Pentium’s setup requirement of 5ns. This implies that logic devices must have a clock-to-out time of no more than 10ns. As seen in figure 1, 7.5ns logic devices have a clock-to-out time of 4ns to
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motorola 68000 architecture
Abstract: Motorola 68060 68020 motorola instruction set architecture motorola processors MICROPROCESSOR 68000 motorola 68000 microprocessor motorola 68000 watchdog motorola 68020 pdf cisc processor risc processor
Text: WHITE PAPER: Motorola ColdFire VL RISC PROCESSORS Enabling the Next Generation of Advanced Consumer Electronics August 1996 Motorola ColdFire VL RISC Processors 1 Table of Contents Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
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cisc processor
Abstract: MC68000 SN74ABT3613 SN74ABT3614 TMS320C31
Text: Designing a Seamless Processor Interface Using FIFO Bus Matching and Byte Swapping Application Report 1994 Advanced System Logic Printed in U.S.A. 1194 – CP SCAA020 Template Release Date: 7–20–94 Designing a Seamless Processor Interface Using FIFO Bus Matching and Byte Swapping
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SCAA020
SN74ABT3613
SN74ABT3614
cisc processor
MC68000
SN74ABT3614
TMS320C31
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68EC040
Abstract: motorola 68000 architecture EC000 MCF5102 MCF5202 MCF5203 MCF5204 MCF5206 machine vision market Motorola 68000 cpu
Text: WHITE PAPER: Motorola ColdFire VL RISC PROCESSORS Enabling the Next Generation of Advanced Consumer Electronics September 1996 Motorola ColdFire VL RISC Processors 1 Table of Contents Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
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MC68000
Abstract: SN74ABT3613 SN74ABT3614 TMS320C31 cisc processor
Text: Designing a Seamless Processor Interface Using FIFO Bus Matching and Byte Swapping Application Report 1994 Advanced System Logic Printed in U.S.A. 1194 – CP SCAA020 Template Release Date: 7–20–94 Designing a Seamless Processor Interface Using FIFO Bus Matching and Byte Swapping
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SCAA020
MC68000
SN74ABT3613
SN74ABT3614
TMS320C31
cisc processor
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486 system bus
Abstract: C-200 ICS9385-01CW28 XTAL OSCILLATOR 24MHz 14 PIN DIP
Text: ICS9385 Integrated Circuit Systems, Inc. Product Preview Frequency Generator and Integrated Buffer for PENTIUM General Description Features The ICS9385 generates all clocks required for high speed RISC or CISC microprocessor systems such as 486, Pentium,
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ICS9385
ICS9385
C-202
ICS9385-01CW28
C-203
C-204
486 system bus
C-200
ICS9385-01CW28
XTAL OSCILLATOR 24MHz 14 PIN DIP
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ICS9169-01
Abstract: ICS9169M-01
Text: ICS9169-01 Integrated Circuit Systems, Inc. Advance Information Frequency Generator and Integrated Buffers for Intel P6 and Pentium µ Ps General Description Features The ICS9169-01 generates all clocks required for high speed RISC or CISC microprocessor systems such as 486, Pentium,™
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ICS9169-01
ICS9169-01
C-180
ICS9169M-01
C-181
C-182
ICS9169M-01
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mips r4000
Abstract: R4000 MICROPROCESSOR R2000 mips processor programmable pipeline microcode memory mips r4000 pin diagram LG coprocessor r6000 processor R2000 mips
Text: The Aeroflex "RISC TurboEngine" A MIPS® R4400 RISC Microprocessor Multichip Module Preliminary Data Sheet/ use with "MIPS R4000 Microprocessor Users Manual"® MIPS 1993 Aeroflex Circuit Technology 35 South Service Road, Plainview NY 11803 Tel:(516) 694-6700, Fax:(516) 694-6715
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R4400
R4000
R4400SC/MC
R4000SC
R4000MC
128-bit
25-bit
18-bit
128-bit-wide
mips r4000
R4000 MICROPROCESSOR
R2000 mips processor
programmable pipeline microcode memory
mips r4000 pin diagram
LG coprocessor
r6000 processor
R2000 mips
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EF68HC05E2
Abstract: EF6854 Ef68hc05 TS68C901 EF6802 TS68901 TS68564 EF68HC05E TS68483 thomson EF6850
Text: MICROPROCESSORS THOMSON MIL ET SPATIAUX E^Z D • TQ2bô72 Q0QGQ21 S ■ 4-BIT BIPOLAR FAMILY TS2901B 4-bit bipolar microprocessor slice ■ ■ ■ TS2901C 4-bit bipolar microprocessor slice ■ ■ ■ TS2902A High-speed look-ahead carry generator ■ ■
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Q0QGQ21
TS2901B
TS2901C
TS2902A
TS2909A
TS2910
TS2911A
TS2914
TS2915A
TS2917A
EF68HC05E2
EF6854
Ef68hc05
TS68C901
EF6802
TS68901
TS68564
EF68HC05E
TS68483 thomson
EF6850
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Untitled
Abstract: No abstract text available
Text: ICS9159-02 Integrated Circuit Systems, Inc. Product Preview Frequency Generator and Integrated Buffer for PENTIUM T M General Description Features The ICS9159-02 generates all clocks required for high speed RISC or CISC microprocessor systems such as 486, Pentium,
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ICS9159-02
ICS9159-02
ICS9159-02M
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ICS9159-02
Abstract: code l76
Text: ICS9159-02 Integrated Circuit Systems, Inc. Product Preview Frequency Generator and Integrated Buffer for PENTIUM TM General Description Features The ICS9159-02 generates all clocks required for high speed RISC or CISC microprocessor systems such as 486, Pentium,
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ICS9159-02
ICS9159-02M
code l76
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ARM processor data flow
Abstract: memory bandwidth ARM710
Text: Introduction 1.0 Introduction ARM710 is a general purpose 32-bit microprocessor with 8kByte cache, enlarged write buffer and Memory Management Unit MMU combined in a single chip. The CPU within ARM710 is the ARM7. The ARM710 is software compatible with the ARM processor family and can be used with ARM support chips.
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ARM710
32-bit
ARM610,
ARM processor data flow
memory bandwidth
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B166-B6286-V1
Abstract: siemens 8051 microcontroller 8049 microcontroller epc 535 SIEMENS 80535 8256a microcontroller 7400 at mega 8 microcontroller 7400 family sab82556
Text: Literaturhinweis Information on Literature Titel/Title Bestell-Nr./Ordering No. DM Datenkataloge / Data Catalogs Microcontrollers B158-B6213-X-X-7600 20,- Microprocessors and Support Components B158-B6256-X-X-7600 20,- PC Peripherals and System Components
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80C515/80C535
80C517/80C537,
80C166/83C166
16-bit
2258A/SAB
82C258A
-X-X-7400
H38-S2021
B166-B6286-V1
siemens 8051 microcontroller
8049 microcontroller
epc 535
SIEMENS 80535
8256a
microcontroller 7400
at mega 8 microcontroller
7400 family
sab82556
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