'Micro code' presentation slideshows

Basic Units of Computer Architecture

Basic Units of Computer Architecture. Some of this material can be found in Chapter 3 of Computer Architecture (Carter). Arithmetic-Logic Unit ( ALU ) also known as the datapath Control ( ROM ) Memory ( RAM ) Input Output. Basic Units.

617 views • 55 slides

Pipelining

Pipelining. Levels of Instructions. One high-level ? Many assembly-level Recall that a single line of code in a high level language may result in several instructions at the assembly/machine-code level. One assembly-level ? Many micro-code

680 views • 52 slides

Basic Units of Computer Architecture

Basic Units of Computer Architecture. Some of this material can be found in Chapter 3 of Computer Architecture (Carter). Arithmetic-Logic Unit ( ALU ) also known as the datapath Control ( ROM ) Memory ( RAM ) Input Output. Basic Units.

527 views • 52 slides

Pipelining

Pipelining. Levels of Instructions. One high-level ? Many assembly-level Recall that a single line of code in a high level language may result in several instructions at the assembly/machine-code level. One assembly-level ? Many micro-code

537 views • 52 slides

Pipelining

Pipelining. Levels of Instructions. One high-level ? Many assembly-level Recall that a single line of code in a high level language may result in several instructions at the assembly/machine-code level. One assembly-level ? Many micro-code

535 views • 52 slides

Pipelining

Pipelining. Levels of Instructions. One high-level ? Many assembly-level Recall that a single line of code in a high level language may result in several instructions at the assembly/machine-code level. One assembly-level ? Many micro-code

520 views • 52 slides

Pipelining

Pipelining. Levels of Instructions. One high-level ? Many assembly-level Recall that a single line of code in a high level language may result in several instructions at the assembly/machine-code level. One assembly-level ? Many micro-code

522 views • 52 slides

Low Power Processor Design

Low Power Processor Design. VLSI Systems Lab. 3 ? 28 ? ? ? ?. Introduction. Processor power consumption. Power. Strategy. Cost. Low power processor. none. none. 1 Watt. heat sink, air flow. 3-5 Watt. $1-5. Laptop Computer. 5-15 Watt. fan sink. $10-15. 15+ Watt. exotic.

591 views • 26 slides

Instructions at the Lowest Level

Instructions at the Lowest Level. Some of this material can be found in Chapter 3 of Computer Architecture (Carter). Bus. Keyboard encoder. Input port 1. Accumulator. Flags. ALU. Input port 2. Prog. counter. TMP. Mem.Add.Reg. B. Memory. C. MDR. Output port 3. Display. Instr. Reg.

257 views • 25 slides

Assembler

Assembler. A short Overview. Content. Language Levels High Level ? micro code Machinecode language Assembler languages Structure Commands. Language Levels. High Level Language. Assembler Language. Normally deepest free accessible Level. Machine Language. Micro -programming.

731 views • 22 slides

A Process Model of Developing Micro-code for a Network Processor

A Process Model of Developing Micro-code for a Network Processor. 18.10.2005 Jani Koski. Author: Jani Koski Supervisor: Prof. Raimo Kantola Instructor: M.Sc Marko Lohjala. Contents. Introduction to the study Network device Network Processor (NP) Micro code for NP Why research was made

331 views • 22 slides

Software - How to make a computer useful

280 views • 17 slides

Software - How to make a computer useful

180 views • 17 slides

Redesign of a Microprocessor with no Impact to the Mission Software

Redesign of a Microprocessor with no Impact to the Mission Software. Keith Bergevin Senior Design Engineer Defense Microelectronics Activity. Microprocessor Obsolescence Presents Difficult Options. Option 1: Replace with state-of-the-art COTS processor

252 views • 16 slides

SOFTWARE Design

219 views • 9 slides