KIM-1 manuals

On this page manuals, most English, some German

PDFs from all over the internet, archive.org, own scanning. Thanks for that!
From https://www.retro-commodore.eu/2021/02/14/kim-1-manuals/ come the high quality scans!


User Manual

User manual high quality
User manual in HTML format
User manual in text format
User manual in PDF format (note page 18-25 of the ROM listing is missing)
Appendix with ROM listing in PDF format
Corrected page 17 of ROM listing
Appendix with complete ROM listing in PDF format
Revision of Rockwell KIM-1 User’s manual
Proofreading version of User Manual from Terry Holdt
MOS KIM-1 Handbuch, German version of KIM-1 User manual

Hardware manual

Hardware Manual January 1976 Second Edition Publications Number 6500-10A
MCS6500 Hardware Manual high quality
Hardware Manual in ASCII format
MCS6500 Hardware Manual jan 1975 in PDF format
MCS6500 Hardware Manual jan 1976 second edition in PDF format
Hardware manual in HTML format
Rockwell 6500 Hardware Manual
MOS 6500 Hardware Handbuch
German version of Hardware manual

Programming manual

MCS6500 Microcomputer Family Programming Manual high quality
High-res quality typeset manual by Pickledlight. Local copy. Check to original for updates!
MCS6500 Microcomputer Family Programming Manual
MCS6500 Microcomputer Family Programming Manual Hardcover
Programming Manual in PDF format
Programming Manual in HTML format
Programming manual appendix in HTML format
Rockwell 6500 Programming_Manual
MOS Microcomputers Programmier Handbuch,
German version of Programming manual

KIM Hints

KIM hints
KIM-1 Hints PDF format
KIM-1 Hints smaller PDF format
KIM-1 Hints in text format
KIM-1 Hints in text format with additions and corrections

KIM-2 – KIM-5 manuals

Hardware extensions, see also the KIM System Products pages.

< User’s Manual Motherboard KIM-4 in PDF
User’s Manual Motherboard KIM-4
User’s Manual Motherboard KIM-4 in BW PDF
User’s Manual Motherboard KIM-4 in HTML
< MOS KIM-2-3-4 User Manual Expansion Modules
KIM System products folder KIM-3B KIM-4 IM-5 KIM-6 incl pricelist
MOS KIM Assembler Manual Preliminary (KIM-5)
MOS KIM Text Editor User Manual (KIM-5)

Byte Magazine 1978 09 Plugging the KIM-2 Gap

Byte Magazine 1978 09 Plugging the KIM-2 Gap

Cross assembler Manual, GE timeshare

Scan-160408-0001 Cross assembler Manual, GE timeshare

Cross assembler Manual, GE timeshare

MOS KIMath Subroutines Programming Manual

6502 Reference Cards

6502 Reference Cards collection
MOS Technology Reference Card, better quality, early one, ROR instruction missing, handwritten

MCS6501 reference card August 1975


MCS6501 August 1975


No ROR instruction!

MOS Technology Cross assembler


Circuit diagram poster

KIM-1 circuit diagram
Rockwell branded circuit diagram
KIM-1 poster in high resolution, large picture!
KIM-1 poster in high resolution,
cleaned up by Joshy of Forum64 and me (August 2022)
KIM-1 poster in high resolution, cleaned up and with wide borders
KIM-1 poster in high resolution, scan by Dave McMurtrie
Redrawn KIM-1 circuit diagram

KIM-2/3/4/5

< User’s Manual Motherboard KIM-4 in PDF
User’s Manual Motherboard KIM-4
User’s Manual Motherboard KIM-4 in BW PDF
User’s Manual Motherboard KIM-4 in HTML

First Book of KIM

First Book of KIM
The First Book of KIM-1 in PDF format
The First Book of KIM-1, part in text format
The First Book of KIM-1 in HTML format
Sources of The First Book of KIM-1 in source and papertape format, Jeff Tranter

Newsletters and errata

MOS Technology newsletter February 1976
MOS Technology April 1976 customer update
Customer Errata Letters
Customer Errata Letter 1
Customer Errata Letter 2
Customer Errata Letter 3

Quick references

KIM-1 Quick Reference by Jeff Trenter
KIM-1 user guide and notes
from the book “Microcomputer Principles
featuring the 6502/KIM

Rockwell AIM 65 and RM65

AIM 65 was Rockwell’s SBC, in the tradition of KIM-1 and VIM/SYM-1, sharing the Application and Expansion connector designs, so add-ons could be used on all three. The Keypad/LED was replaced with a full keyboard and a 20 character display, making it more like a desktop computer than a SBC.
The AIM 65 (Advanced Interactive Monitor 65) has a 6502 CPU at 1 MHz and 1-4K RAM

The Rockwell AIM 65 computer is a development computer, introduced in 1978, based on the MOS Technology 6502 microprocessor. Available software included a line-oriented machine code monitor, BASIC interpreter, assembler, Pascal, PL/65, and FORTH development system.
Later developments were the AIM 65/40 (40 character display, memory banks) and the RM 65 card based development system.
After 1984 Rockwell discontinued the AIM 65 and RM 65 product lines.

De PC 100 getest, an article by me, Hans Otten, August 1980,
in Radio Bulletin about the Siemens PC100, an AIM 65 with a case,
German documentation and sold by Siemens, Brutech in the Netherlands.

SYM-1

The SYM-1 SBC, designed by Ray Holt and Manny Lomas, after Microcomputer Associates when they became Synertek Systems.

Originally called VIM-1, this was a 6502 SBC meant to be a better KIM-1. The design shared the same application connector, so it was possible to produce expansions (the ASK family as Robert Tripp of The Computerist called it).
More I/O (6522’s and the 6532 for the same 6 7 segment LEDs and larger keypad), more RAM (4K), more empty ROM slots, a better monitor (vectored, so easy to interface to new hardware), optional Basic or Resident Assembler Editor.

On these pages a collection of available SYM-1 hardware and software.

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Synertek SYM-1 KTM

Synertek, Inc. was an American semiconductor manufacturer founded in 1973. The initial founding group consisted of Bob Schreiner (from Fairchild), Dan Floyd, Zvi Grinfas, Jack Balletto, and Gunnar Wetlesen. The manufacturing technology was MOS/LSI.
Initial products included custom designed devices, as well as a line of standard products (static RAMs, ROMs, dynamic and static shift registers) and then, sometime before 1979, second sourced versions of MOS Technology’s successful 6502 8-bit microprocessor, and the (less successful) Philips/Signetics 2650 processor and Zilog Z8 microcomputer.
Major customers included Atari (for its video game product line their biggest customer at a certain point of time) and Apple Computer (for its Apple II computer).
In the days leading up to the 1977 West Coast Computer Faire, Steve Wozniak chose to use a Synertek ROM chip for the Apple II, which was revealed at the event, after a chip from American Megatrends didn’t arrive on time.

Here some pages with information on Synertek, Micro Associates and my SYM-1 systems.

The Jolt from Micro Associates and initialy not a Synertek product, has its own page here.


Synertek Databook 1983 Chapter 5 Systems

My VIM-1:

My current SYM-1:



Synertek acquired Microcomputer Associates, Incorporated, consisting of engineers Manny Lemas and Ray Holt, after which it was renamed Synertek Systems, Inc. and established as a subsidiary. In 1978, Synertek Systems released a 6502-based single board computer/evaluation kit called the SYM-1, a derivative of MOS Technology/Commodore Semiconductor Group’s KIM-1.
Synertek’s semiconductor fabrication plant in Santa Clara, California operated from 1974 to 1985. Sometime after 1979, Synertek was acquired by Honeywell and set up as a subsidiary. Later, around 1983, construction began for an additional manufacturing facility in Santa Cruz, California. There was Superfund attention to pollution at the Synertek factory site. When market conditions deteriorated, primarily because of business downturns at Atari, work was stopped at the Santa Cruz facility and it was later sold. Honeywell shut down operations at Synertek in 1985 and assets were sold off (from Wikipedia).

Part of Chapter 5, systems, of the Synertek Databook 1983, note the Jolt was still available.



The end of Synertek Systems in 1985:


Photos by Ray Holt

 

 

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Jolt and Super Jolt

On these pages some information on the Jolt and Super Jolt and Microcomputer Associates.
Microcomputer Associates company played an important role in the 6502 SBCs, TIM, KIM-1 and SYM-1 all contain results of their work.
The company continued as Synertek Systems with the Superjolt, SYM-1 and more.

One of the first 6502 systems was the Jolt. Built around the 6502 and the TIM 6530-004 RRIOT. The TIM software is developed by Micro Associates for MOS Technology.
The Jolt was superceded by the Superjolt, Micro Associates became Synertek Systems.

Read about the systems and Micro Associates:

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LAB-VOLT 6502

LAB-VOLT 6502 Microprocessor trainer.

A rather unknown SBC aimed at education in the LAB-VOLT family.

The description of the trainer is in the book
Microprocessor Concepts and Applications
Publisher: Lab-Volt
Download here

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KIM-1 Clone

A KIM-1 clone build by Bob Applegate of Corsham technologies.

Somewhat inspired by the microKIM by Vince Briel, who was inpired by Ruud Baltissen! The idea is replace the 6530’s with 6532 and by carefull memory decoding have the I/O, timer and RAM of the 6532s appear at the same locations as the 6530-002 and -003. ROM is added with an EPROM.

Not an exact copy, the ROM has been changed/enhanced with a KIM Monitor by Bob, though the original KIM-1 ROM should work also.

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Digital group 6501 board

Very few systems were build with a 6501.

The Digital Group did, see here!

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The Digital Group 6501 CPU board

The short-lived 6501 by MOS Technology appeared as far as I know only in a board made by The Digital Group.

Aroudn 1975 The Digital Group created their new, reasonably priced, multiple-board computer system with these advanced features:
– Intel 8080, Motorola 6800, or MOS 6500 CPU card
– video display/cassette interface card
– 8-bit parallel input/output ports
– 2KB dynamic memory
– The 3-board Intel or Motorola CPU kit cost $425, while the MOS 6500 CPU kit cost $375. Later, the Zilog Z-80 CPU was added to the selection for $475.

The Digital Group didn’t just copy the MITS Altair design as others did, they improved upon it, with features not available in other systems. For one, the DG system loads the Operating System from the cassette drive automatically with little user interaction. Additionally, the DG system was available with four different CPU cards – the rest of the system remains fully compatible, no matter what CPU card was installed. Technically, the DG system has three different buses for CPU, memory, and I/O. Because of this, the card slots are different sizes and dedicated to each card type:

      

 650X CPU card construction
 650X Operating System
Building a Digital Group System
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RC2014 and 6502

About to start building RC2014 systems! Classic, Pro, 6502 based.