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| | 68k - Wikipedia, the free encyclopedia |
 | | The <<b>bb>>Motorolab>bb>> 680x0/0x0/m68k/68k/68K family of CISC microprocessor CPU chips were 32-bit from the start, and were the primary competition for the Intel x86 family of chips. | | | Had <<b>bb>>Motorolab>bb>> decided to stick with the 680x0 series, it is very likely that the next processor (68080) would have resembled Intel's P6 architecture. | | | There is also no revision of the 68060, as <<b>bb>>Motorolab>bb>> was in the process of shifting away from the 68k and 88k processor lines into its new PowerPC business, so the 68070 was never developed. |
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http://en.wikipedia.org/wiki/68k
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| | comp.sys.m68k Frequently Asked Questions (FAQ) |
| | MC68010: The 68010 is a 68000 with the addition of virtual machine and virtual memory capabilities and a "loop mode" which acts like a 3 word instruction cache. | | | These processors are featured in Macintosh, <<b>bb>>Motorolab>bb>>, VMEbus and IBM computers. | | | <<b>bb>>Motorolab>bb>> Internet ftp and WWW sites: http://www.motserv.indirect.com or http://design-net.com http://www.mot.com ftp://freeware.aus.sps.mot.com (<<b>bb>>Motorolab>bb>> BBS) ftp://pirs.aus.sps.mot.com (AESOP and DR. BUB) There are many links between each of these sites. |
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http://www.faqs.org/faqs/motorola/68k-chips-faq
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| | Report on <<b>bb>>MOTOROLAb>bb>> 68000 Assembler/Simulator |
| | Assembler takes <<b>bb>>MOTOROLAb>bb>> 68000 assembly code as input and generates output file in S code format. | | | The <<b>bb>>Motorolab>bb>> 68000 simulator included in the BSVC(Bothway Switched Virtual Circuit) distribution simulates the 68000 at the software level. | | | The 68000 Assembler produces an object code output file in S-record format. |
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http://www.cs.iitm.ernet.in/~singam/reportmod.html
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| | <<b>bb>>Motorolab>bb>> 68000 Assembler Information |
| | This assembler is not bug free and we do not have the source code for it, so any errors not documented in the <<b>bb>>Motorolab>bb>> manuals that are reported can only be noted here for other users. | | | <<b>bb>>Motorolab>bb>> also has provided a reference manual that contains more detailed information about this assembler. | | | Those who have access to the EE simulation lab (or any other campus computer that is running MS netware under Windows 95 or Windows NT) can access, via the Windows Explorer Tools Menu to map a network drive to \\venus\cluster, the as32.exe file under the tareski\eecs373 folder. |
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http://www.ndsu.nodak.edu/instruct/tareski/373f98/notes/asm
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| | 68k.txt |
| | University of Teesside; <<b>bb>>Motorolab>bb>> 68000 Assembler and Emulator PREFACE PREFACE PREFACE This document describes the use of X68K and E68K on the IBM Personal Computer or compatible. | | | Page 4 University of Teesside; <<b>bb>>Motorolab>bb>> 68000 Assembler and Emulator It is possible for a user to write an assembler program which when executed enters an infinite loop. | | | Page 1 University of Teesside; <<b>bb>>Motorolab>bb>> 68000 Assembler and Emulator The second set of line numbers relate to source lines in the original file, and are displayed in parenthesis. |
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http://www.csee.usf.edu/~walbrech/exe/68k.txt
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| | (cm5) 8088 microprocessor trainer |
| | The CMM-68000 Trainer is a powerful and cost-effective single-board microcomputer based on <<b>bb>>Motorolab>bb>> 68000 CPU supported by <<b>bb>>Motorolab>bb>> peripheral chips. | | | The CMM-68000 has been specifically designed for educational establishments which are running courses in computer science and information technology as well as electronic engineering. | | | The <<b>bb>>Motorolab>bb>> 68000 is ideally suited for teaching purposes as its architecture is simple to learn and understand. |
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http://www.labtech.org/product/it/cmm/cm5.htm
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| | Batwing Laboratories :: View topic - <<b>bb>>Motorolab>bb>> 68000. |
| | The 68000 is a 16 bit based CPU, but can run 100% of the code for the 6800 series, as it has all the commands. | | | The <<b>bb>>Motorolab>bb>> processor is the 6800 series, usually the 6807, not 68000, thats used in Apple/MAC computers | | | I'll bet anyone this is BS because I've been working on <<b>bb>>Motorolab>bb>> processors for 20 years in my profession, from 6800, 6811, 68020, 68340, etc. - I design software and hardware for embedded systems (military and commercial) and KNOW it is impossible. |
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http://batboard.batlabs.com/viewtopic.php?p=134702&...
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| | Amazon.com: The 68000 Microprocessor: Hardware and Software Principles and Applications (4th Edition): Books: James L. Antonakos |
| | Designed to demystify the <<b>bb>>Motorolab>bb>> 68000 microprocessor-- its hardware and software -- this book leads readers on an in-depth, hands-on exploration of more than 75 different applications and then guides them through the construction and programming of their own working single-board 68000 system. | | | If you are interested in "building from scratch" with a <<b>bb>>Motorolab>bb>> 68000, also be aware of another data point : the 68000 seems to have an obituary written on it. | | | KEY TOPICS: Covers software details of the 68000, exception processing, data structures, programming the 68000, hardware details of the 68000, memory system design, I/O system design, advanced programming using 68000 peripherals, building a working 68000 system, and the advanced 680x0 series microprocessors. |
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http://www.amazon.com/exec/obidos/tg/detail/-/0136681204?v=glance
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| | CUG CD-ROM Vol. 430: m68kdis |
| | The <<b>bb>>Motorolab>bb>> 68000 family chips power millions of computers including the Macintosh, Atari, Amiga, and many embedded CPU industrial applications. | | | Christopher G. Phillips (University of Texas at Austin) submits his "m68kdis" disassembler for the <<b>bb>>Motorolab>bb>> 68000 family of CPU chips. | | | For example, you can disassemble 68000 programs on a variety of host CPUs from PCs to Unix machines. |
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http://www.hal9k.com/cug/cug430.htm
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| | Glossary - LinuxBIOS |
| | A computer bus originally developed for the <<b>bb>>Motorolab>bb>> 68000. |
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http://www.linuxbios.org/index.php/Glossary
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| | Installing Linux/m68k on <<b>bb>>Motorolab>bb>> 68000-Series Systems (Running Linux) |
| | Linux/m68k, the first project to port Linux to a non-Intel processor, was begun in 1993 by Hamish Macdonald and Greg Harp, who ported the kernel to the Amiga. | | | Most recently, there has been a port to the Q40 and Q60, two new 680x0-based computers that are being manufactured in Europe. | | | Several Atari users, including Björn Brauel, Roman Hodek, and Andreas Schwab, adapted Hamish's kernel beginning later that year to run on Atari's 32-bit ST series of computers. |
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http://users.sisna.com/carnold/cdbookshelf/run/appe_01.htm
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| | <<b>bb>>Motorolab>bb>> 68000 |
| | * * Program to repeatedly display "Hello, World!" on the * <<b>bb>>Motorolab>bb>> 68000 * * Written by Stephane Brunet, Computer Engineering student * at Concordia University, Montreal, Canada. |
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http://www2.latech.edu/~acm/helloworld/asm68000.html
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| | WISM68 Simulator for <<b>bb>>Motorolab>bb>> 68000 assembly language |
| | The real trick in using it is to remember that you need to fully initialize the environment before starting your simulation; the loader doesn't do this for you, and there is no Monitor program aside form the simulator itself (as you are not running on a real 68000). | | | 2/14/03: We are starting to use the WISM68 simulator/processor emulator for the <<b>bb>>Motorolab>bb>> 68000 microprocessor. | | | The big things you have to do are (1) initialize your PC register to point to your loaded program in memory, and (2) initialize your USP and SSP stack pointers, depending on how your code uses them. |
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http://www.cse.sc.edu/~jimdavis/Tools/wism68_simulator_for_motorola_68.htm
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| | EECC 250 Winter 1999 Home Page |
| | his course provides an introduction to assembly language programming utilizing The <<b>bb>>Motorolab>bb>> 68000 family of microprocessors. | | | 4- Introduction to the Teesside <<b>bb>>Motorolab>bb>> 68000 cross-assembler/Simulator. | | | 2- An assembly programmer's view/model of the <<b>bb>>Motorolab>bb>> 68000. |
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http://meseec.ce.rit.edu/eecc250-winter99
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| | 68kguide.txt |
| | ----------------------------------------- 1.0 ABOUT <<b>bb>>MOTOROLAb>bb>> 68000 ----------------------------------------- --------------- 1.01 REGISTERS--------------- The 68000 has 16 register, 8 data registers (D0-D7) and 8 address registers (A0-A7) and they are all longword, ie 32 bit. | | | Here is a short description of all instructions the <<b>bb>>Motorolab>bb>> 68000 will understand: DATA MOVEMENT ------------- These instructions moves data from one place to another. | | | Data is stored the "Big Indian" way: The Z80 and x86 stores binary numbers with the LSB in the first byte, ie $12345678 is stored $78,$56,$34,$12 in the memory. |
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http://tict.ticalc.org/docs/68kguide.txt
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| | CPU: MC680x0 |
| | Revision 2.1 Here is a 3 page reference guide for the <<b>bb>>Motorolab>bb>> 68000 Instruction Set. | | | The files can now be found at the Programmers Heaven WEB-Site. | | | It might be useful especially for beginning assembler programmers. |
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http://www.synchrondata.com/pheaven/www/area67.htm
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| | <<b>bb>>Motorolab>bb>> 68010 from FOLDOC |
| | It was the successor to the <<b>bb>>Motorolab>bb>> 68000 and was followed by the <<b>bb>>Motorolab>bb>> 68020. | | | The 68010's main advantage over the 68000 was that it could recover from a bus fault. | | | The 68000 microcode didn't save enough state to restart all instructions; the 68010 corrected this fault. |
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http://ftp.sunet.se/foldoc/foldoc.cgi?MC68010
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| | <<b>bb>>Motorolab>bb>> 68000 Simulator |
| | Operates stand-alone or with the Crossware 68000 C-compiler (C680X0NT) and Assembler (A680X0NT) | | | Multiple watch windows for local and global variables | | | It allows you to run your 68000 program without any 68000 hardware and watch your code execute in the graphic environment of Windows 9x/NT4.0/2000. |
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http://microcontrollershop.com/product_info.php?products_id=200
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| | RE: RTEMS and <<b>bb>>Motorolab>bb>> 68000 |
| | Be > careful with your GCC too, some old versions may introduce illegal > instruction (that are OK on a 68020 but not on a 68000). | | | But I use a real 68000 the first of > <<b>bb>>motorolab>bb>> (at 16Mhz), not the 32 bits adress bus > processors. | | | The core of this processor is a 68000, and it > works pretty well. |
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http://www.rtems.com/ml/rtems-users/2003/june/msg00119.html
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| | MC68000 Product Summary Page |
| | C compiler and assembler for the 68000, 68010, 68020 and CPU32 microprocessors. | | | The MC68HC001 is also a CMOS version of the original MC68000 with 8-/16-bit selectable data bus. | | | The MC68SEC000 version provides a static, low power implementation consuming only 15.0mA in normal 3.3V operation and 0.5mA in static standby mode. |
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http://www.freescale.com/webapp/sps/site/prod_summary.jsp?code=MC68000
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| | uClinux™ -- Embedded Linux Microcontroller Project -- Home Page |
| | A first cut of integrating the <<b>bb>>Motorolab>bb>> m68k userland version for 68328 DargonBall, 68360 QUICC, and the 5307 ColdFire families has begun. | | | The first target system to successfully boot is the PalmPilot using a TRG SuperPilot Board with a custom boot-loader created specifically for our Linux/PalmPilot port. | | | uClinux was successfully ported to the <<b>bb>>Motorolab>bb>> MCF5206 and MCF5307 ColdFire® microprocessor. |
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http://www.uclinux.org
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