title, categories, types, origins, years, cpus, params
title
categories
types
origins
years
cpus
params
Intel SDK-85
Computers
Professional Computer
U.S.A.
1977
8085A
name
company
company_name
specs
tabs
photos
adverts
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oc_id
source
SDK-85
/companies/intel
Intel
label
value
NAME
SDK-85
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value
MANUFACTURER
Intel
label
value
TYPE
Professional Computer
label
value
ORIGIN
U.S.A.
label
value
YEAR
1977
label
value
BUILT IN LANGUAGE
Monitor in ROM
label
value
KEYBOARD
24 key hexadecimal with monitor command keys
label
value
CPU
8085A
label
value
SPEED
3 MHz. 1.3 µs. instruction cycle
label
value
CO-PROCESSOR
None
label
value
RAM
256 bytes expandable to 512 bytes
label
value
VRAM
None
label
value
ROM
2 KB
label
value
SIZE / WEIGHT
30.5 (W) x 25.7 (D) x 1.3 (H) cm.
label
value
I/O PORTS
Parallel (38 lines expandable to 76 lines) , Serial 110 baud
label
value
BUILT IN MEDIA
None
label
value
OS
Monitor in ROM
label
value
POWER SUPPLY
External 5V/12V power supply unit
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value
PERIPHERALS
expansion area on board
label
value
PRICE
Unknown
photos
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docs
title
subtitle
text
image
MCS AND SDK MANUALS
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subtitle
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SDK MANUAL #2
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image
FIRST SDK-85 AD
Notice the Intel logo. Does Intel copies the Apple logo or vice versa?
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title
url
cover
text
SDK-85 SYSTEM DESIGN KIT - USER'S MANUAL
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**SDK-85 SYSTEM DESIGN KIT - USER'S MANUAL**\
written by Intel
compiled/archived by Mustafa Abdullah Katie\
type of document : PDF\
size : 9.4 MB
**... READ THE ONLINE VERSION BY CLICKING BELOW :**
author
date
text
Ben Powell
Saturday 21st January 2012
I am interested in the Intel MAT 385 Give me a contact number
Each time Intel launched a new microprocessor, they provided simultaneously a System Development Kit (SDK) allowing computer company ingineers as well as university students to introduce them to the new processor concepts and features.
The SDK-85 was a complete 8085A (5 for 'first 5 Volt microprocessor') microcomputer system on a single board including ROM and RAM memory, a 24 key hexadecimal keyboard, a 6 digit LED display, I/O connections and an expansion area allowing memory and I/O expansions as well as hardware experiments.
A 2 KB monitor software provided the same commands as the SDK-86 board. User could enter and read program results through either the buit-in keyboard/display or using a serial Teletype through the built-in serial TTY interface. A 38 lines parallel interface was also available.
A large set of manuals were delivered with the board: MCS-85 (processor) and SDK-85 (board) user manuals, 8085 Assembly Language Programming Manual, full circuit schematics of the PCB, a full dump of the ROM monitor program, programming examples and application notes.