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List of home computers by video hardware

Updated: Wikipedia source

List of home computers by video hardware

This is a list of home computers, sorted alphanumerically, which lists all relevant details of their video hardware. Home computers are the second generation of desktop computers, entering the market in 1977 and becoming common during the 1980s. A decade later they were generally replaced by IBM PC compatible "PCs", although technically home computers are also classified as personal computers. Examples of early home computers are the TRS-80, Atari 8-bit computers, BBC Micro, ZX Spectrum, MSX, Amstrad CPC 464, and Commodore 64. Examples of late home computers are MSX 2 systems, and the Amiga and Atari ST systems. Note: in cases of manufacturers who have made both home and personal computers, only machines fitting into the home computer category are listed. Systems in the personal computer category, except for early Macintosh PCs, are generally based on the VGA standard and use a video chip known as a Graphics Processing Unit. Very early PCs used one of the much simpler (even compared to most home computer video hardware) video display controller cards, using parts like the MDA, the Hercules Graphics Card, the CGA and the EGA standard). Only after the introduction of the VGA standard could PCs really compete with the home computers of the same era, such as the Amiga and Atari ST, or even with the MSX-2. Also, not listed are systems that are typically only gaming systems, like the Atari 2600 and the Bally Astrocade, even though these systems could sometimes be upgraded to resemble a home computer.

Tables

· The list of home computers and their video capabilities › Systems with video logic designed as terminals
Text
Text
System name
Text
Year
Graphics
Apple I
Apple I
System name
Apple I
Year
1976
Video RAM
720 bytes
Video mode(s)
40×24 Mono
Video mode(s)
—N/a
color resolution
40×24 Mono
Datapoint 2200
Datapoint 2200
System name
Datapoint 2200
Year
1971
Video RAM
840 bytes
Video mode(s)
80×12 Mono
Video mode(s)
—N/a
color resolution
80×12 Mono
Font extras
LC
HW accel
None
unique features
Shift registers for RAM
MUPID
MUPID
System name
MUPID
Year
1983
Video RAM
64K
Video mode(s)
40×25 16+16 colors
Video mode(s)
320×240 16+16 colors
color resolution
320×240
Font extras
LC, BG, SG
soft fonts
Yes
palette support
16 fixed colors, and 16 chooseable from a palette of 4096 colors
HW accel
?
unique features
Designed by academics as a BTX terminal, but with the capabilities of a home computer
SOL-20
SOL-20
System name
SOL-20
Year
1976
Chip name
Video RAM
1K
Video mode(s)
64×16 Mono
Video mode(s)
Limited 512×128 Mono with MC6574
color resolution
(64×16)
Font extras
LC, SG
soft fonts
No
palette support
None
HW accel
None
unique features
One of the first systems with built-in video hardware
System name
Year
Chip name
Video RAM
Video mode(s)
color resolution
Font extras
soft fonts
palette support
HW accel
unique features
Text
Graphics
Apple I
1976
720 bytes
40×24 Mono
—N/a
40×24 Mono
Datapoint 2200
1971
840 bytes
80×12 Mono
—N/a
80×12 Mono
LC
None
Shift registers for RAM
MUPID
1983
64K
40×25 16+16 colors
320×240 16+16 colors
320×240
LC, BG, SG
Yes
16 fixed colors, and 16 chooseable from a palette of 4096 colors
?
Designed by academics as a BTX terminal, but with the capabilities of a home computer
SOL-20
1976
1K
64×16 Mono
Limited 512×128 Mono with MC6574
(64×16)
LC, SG
No
None
None
One of the first systems with built-in video hardware
· The list of home computers and their video capabilities › Systems using software-driven video generation
Text
Text
System name
Text
Year
Graphics
Aamber Pegasus
Aamber Pegasus
System name
Aamber Pegasus
Year
1981
Chip name
Video RAM
512 bytes
Video mode(s)
32×16 Mono text with programmable 7×9 characters
Video mode(s)
(32×16)
color resolution
LC
Font extras
Yes
Galaksija
Galaksija
System name
Galaksija
Year
1983
Video RAM
512 bytes
Video mode(s)
32×16 Mono
Video mode(s)
"Full": Limited 256×208 Mono Semi: 64×48 Mono
color resolution
(64×48; 32, later 256×208)
Font extras
BG
soft fonts
unique features
All systems were essentially "home-built", on a single-sided PCB. Like the ZX81 it was software-driven.
OSI Superboard II, Compukit UK101 and clones
OSI Superboard II, Compukit UK101 and clones
System name
OSI Superboard II, Compukit UK101 and clones
Year
1979
Video RAM
1K
Video mode(s)
32×32 or 64×16 Mono
Video mode(s)
"Full": limited 256×256 or 512×128 Mono using full extended character set ROM Semi: 64×96 or 128×48 Mono using 64 characters (pseudo graphics) of the 128 characters of the optional extended character set ROM
color resolution
(32×32 or 64×16)
Font extras
LC, SG
unique features
Early system with 256 character font, standard add-on card for full 256×256 graphics
OSI C4P
OSI C4P
System name
OSI C4P
Year
1980
Video RAM
2K
Video mode(s)
64×32 8 colors
Video mode(s)
"Full": limited 512×256 8 colors Semi: 128×96 8 colors using part of its pseudo graphic characters set
color resolution
64×32
Font extras
LC, SG
ZX80, ZX81
ZX80, ZX81
System name
ZX80, ZX81
Year
1980, 1981
Video RAM
792 bytes
Video mode(s)
32×24 Mono
Video mode(s)
Full: 256×192 Mono Semi: 64×48 Mono
color resolution
(32×24)
Font extras
BG, SG
soft fonts
No
unique features
"slow mode", software-generated display
BCS3
BCS3
System name
BCS3
Year
1984
Video RAM
336 bytes in BASIC 2
Video mode(s)
27×12 in BASIC 2 40×21 in BASIC 3
Video mode(s)
Full: 128×64 Mono (additional hardware)
Font extras
LC, SG
soft fonts
No
unique features
Simple homebrew home computer form GDR, with software-generated display
System name
Year
Chip name
Video RAM
Video mode(s)
color resolution
Font extras
soft fonts
unique features
Text
Graphics
Aamber Pegasus
1981
512 bytes
32×16 Mono text with programmable 7×9 characters
(32×16)
LC
Yes
Galaksija
1983
512 bytes
32×16 Mono
"Full": Limited 256×208 Mono Semi: 64×48 Mono
(64×48; 32, later 256×208)
BG
All systems were essentially "home-built", on a single-sided PCB. Like the ZX81 it was software-driven.
OSI Superboard II, Compukit UK101 and clones
1979
1K
32×32 or 64×16 Mono
"Full": limited 256×256 or 512×128 Mono using full extended character set ROM Semi: 64×96 or 128×48 Mono using 64 characters (pseudo graphics) of the 128 characters of the optional extended character set ROM
(32×32 or 64×16)
LC, SG
Early system with 256 character font, standard add-on card for full 256×256 graphics
OSI C4P
1980
2K
64×32 8 colors
"Full": limited 512×256 8 colors Semi: 128×96 8 colors using part of its pseudo graphic characters set
64×32
LC, SG
ZX80, ZX81
1980, 1981
792 bytes
32×24 Mono
Full: 256×192 Mono Semi: 64×48 Mono
(32×24)
BG, SG
No
"slow mode", software-generated display
BCS3
1984
336 bytes in BASIC 2
27×12 in BASIC 2 40×21 in BASIC 3
Full: 128×64 Mono (additional hardware)
LC, SG
No
Simple homebrew home computer form GDR, with software-generated display
· The list of home computers and their video capabilities › Systems using discrete logic › With independent text mode(s)
Text
Text
System name
Text
Year
Graphics
ABC80
ABC80
System name
ABC80
Year
1978
Video RAM
1K
Video mode(s)
40×24 Mono
Video mode(s)
Semi: 78×72 Mono
color resolution
(39×24)
Font extras
LC, BG
soft fonts
unique features
One of the first systems with serial attributes like Ceefax and Prestel systems, needed the first character of a line for switching to graphics mode, thus the horizontal resolution is 78, not 80
Apple II
Apple II
System name
Apple II
Year
1977
Video RAM
18K
Video mode(s)
40×24 Mono/6 colors
Video mode(s)
Full: 280×192 Mono/6 colors Semi: 40×48 15 colors
color resolution
40×48, 140×192
unique features
First known system with 4 line "caption" and software scaling and rotation
Commodore PET 2001
Commodore PET 2001
System name
Commodore PET 2001
Year
1977
Chip name
Video RAM
1000 bytes
Video mode(s)
40×25 Mono 9-inch Mono monitor
Video mode(s)
"Full": Limited 320×200 Mono Semi: 80×50 using part of its pseudo graphic characters set
color resolution
(80×50, 40×200)
Font extras
BG, SG
soft fonts
unique features
Original computer with non ASCII (PETSCII) character set
Exidy Sorcerer
Exidy Sorcerer
System name
Exidy Sorcerer
Year
1978
Video RAM
1920 bytes
Video mode(s)
64×30 Mono
Video mode(s)
"Full": Limited 512×240 Mono Semi: 128×90 Mono
color resolution
(128×90, 512×240)
Font extras
LC, SG
soft fonts
Yes
unique features
Programmable character set allowed TRS-80 and PET like graphics
Ferguson Big Board
Ferguson Big Board
System name
Ferguson Big Board
Year
1980, 1982
Video RAM
1K
Video mode(s)
80×24 Mono
color resolution
LC
Font extras
No
Grundy NewBrain
Grundy NewBrain
System name
Grundy NewBrain
Year
1982
Video RAM
max 20K
Video mode(s)
32×25/30, 40×25/30, 64×25/30, or 80×25/30 Mono
Video mode(s)
Full: 256×256, 320×256, 512×256, 640×256 Mono Semi: 64×75/90, 80×75/90, 128×75/90, 160×75/90 Mono
color resolution
(64×75/90, 80×75/90, 128×75/90, 160×75/90; 256, 320, 512, 640×256)
Font extras
LC, BG
soft fonts
unique features
Built in one line VFD, Videotext mode support
Interact Home Computer
Interact Home Computer
System name
Interact Home Computer
Year
1979
Video RAM
2184 bytes
Video mode(s)
17×12 4 colors
Video mode(s)
Semi: 112×78 4 colors
color resolution
112×78
Font extras
Characters were drawn on a 112×78 pixel graphics screen which means that each character was 6×6 pixels, including blank space between the characters, which led to very blocky characters, which simply didn't allow for distinct lower case characters.
soft fonts
In theory, the "graphics" screen text was drawn on could be the text-mode semigraphics screen for a more standard (for the time) 56×26 or 56×39 high-resolution text mode, though in practice this real text mode was apparently never used (if it even could be).
palette support
4 of 8
Kaypro II series
Kaypro II series
System name
Kaypro II series
Year
1982
Video RAM
2 KB
Video mode(s)
80×24 Mono, on 9-inch built in CRT
Video mode(s)
Semi: Presumably 160×72 Mono
color resolution
(80×24)
Font extras
LC, BG
soft fonts
No
palette support
-
NASCOM 1 NASCOM 2
NASCOM 1 NASCOM 2
System name
NASCOM 1 NASCOM 2
Year
1977 1979
Video RAM
1K
Video mode(s)
48×16 Mono
Video mode(s)
N/A
color resolution
LC
Font extras
No
soft fonts
None
Osborne 1, Osborne Executive and Osborne Vixen
Osborne 1, Osborne Executive and Osborne Vixen
System name
Osborne 1, Osborne Executive and Osborne Vixen
Year
1981, 1982, 1984
Video RAM
4K
Video mode(s)
52×24 Mono on 5-inch CRT, later 80×24 on 7-inch CRT
Video mode(s)
"Full": Presumably limited 416×192 Mono, later limited 640×192 using its pseudo graphic characters set
color resolution
(52×24, later 80×24)
Font extras
LC, SG
palette support
Uses virtual screen to make up for limitations of original 5-inch CRT, a feature presumably not dropped from later models in order to achieve full backward compatibility
Panasonic JR-200
Panasonic JR-200
System name
Panasonic JR-200
Year
1983
Video RAM
2K+2K
Video mode(s)
32×24 8 colors
Video mode(s)
"Full": 256×192 8 colors Semi: 64×48 8 colors
color resolution
32×24
Font extras
LC, BG
palette support
unique semi-graphic pixel color attribute scheme made that each of the 64×48 semi-graphic "pixels" (consisting of a quarter of an 8×8 pixel character space) could have its own independent color, these semi-graphics could be combined with predefined characters, or programmable characters, each of which could also have an independent foreground and b
Jupiter Ace
Jupiter Ace
System name
Jupiter Ace
Year
1982
Video RAM
2K
Video mode(s)
32×24 Mono
Video mode(s)
"Full": Limited 256×192 Mono by using the 128 characters Semi: 64×48 Mono
color resolution
32×24
Font extras
LC, BG
soft fonts
Limited
palette support
LINK 480Z and Research Machines 380Z
LINK 480Z and Research Machines 380Z
System name
LINK 480Z and Research Machines 380Z
Year
1982
Video RAM
2K
Video mode(s)
40×25 or 80×25 Mono
Video mode(s)
A separate independent video display generator board could be added that did support high resolution graphics of 640×192×1, 320×192×2 or 160×96×4 bits per pixel
color resolution
LC
soft fonts
n of 16 with Hires expansion board; 16 out of 256 logical intensities with composite interface, 16 logical colors with TTL RGB interface
MZ-80K
MZ-80K
System name
MZ-80K
Year
1979
Video RAM
1000 bytes
Video mode(s)
40×25 Mono
Video mode(s)
"Full": Limited 320×200 Mono Semi: 80×50 Mono
color resolution
(40×25)
Font extras
LC, BG, SG
soft fonts
No
palette support
None
unique features
many well-chosen pseudo-graphics characters
KC 87, KC85/1
KC 87, KC85/1
System name
KC 87, KC85/1
Year
1987
Video RAM
960 bytes 87 : 960+960 bytes
Video mode(s)
85/1, 87: 40×20 Mono for 85/1, 87 ; 16 foreground colors + 8 background colors for 87
Video mode(s)
85/1, 87: Limited 320×192 Mono for 85/1, 87 ; 16 foreground colors + 8 background colors for 87 using its pseudo graphic characters set
color resolution
87 : 40×24
Font extras
LC
TRS-80 Models I and III
TRS-80 Models I and III
System name
TRS-80 Models I and III
Year
1977, 1980
Video RAM
up to 1K
Video mode(s)
32×16 or 64×16 Mono
Video mode(s)
Semi: 64×48 or 128×48 Mono
color resolution
(32×16 or 64×16)
Font extras
LC, BG
soft fonts
No
palette support
None
unique features
The canonical system to use Text semigraphics
TRS-80 Model 4
TRS-80 Model 4
System name
TRS-80 Model 4
Year
1983
Video RAM
1920 bytes
Video mode(s)
32×16, 40×24, 64×16 or 80×24 Mono
Video mode(s)
Semi: 64×48, 80×72, 128×48 or 160×72 Mono
color resolution
(32×16, 40×24, 64×16 or 80×24)
Font extras
LC, BG
unique features
Can display full 640×240 or 512×192 graphics with a standardized expansion board
System name
Year
Chip name
Video RAM
Video mode(s)
color resolution
Font extras
soft fonts
palette support
unique features
Text
Graphics
ABC80
1978
1K
40×24 Mono
Semi: 78×72 Mono
(39×24)
LC, BG
One of the first systems with serial attributes like Ceefax and Prestel systems, needed the first character of a line for switching to graphics mode, thus the horizontal resolution is 78, not 80
Apple II
1977
18K
40×24 Mono/6 colors
Full: 280×192 Mono/6 colors Semi: 40×48 15 colors
40×48, 140×192
First known system with 4 line "caption" and software scaling and rotation
Commodore PET 2001
1977
1000 bytes
40×25 Mono 9-inch Mono monitor
"Full": Limited 320×200 Mono Semi: 80×50 using part of its pseudo graphic characters set
(80×50, 40×200)
BG, SG
Original computer with non ASCII (PETSCII) character set
Exidy Sorcerer
1978
1920 bytes
64×30 Mono
"Full": Limited 512×240 Mono Semi: 128×90 Mono
(128×90, 512×240)
LC, SG
Yes
Programmable character set allowed TRS-80 and PET like graphics
Ferguson Big Board
1980, 1982
1K
80×24 Mono
LC
No
Grundy NewBrain
1982
max 20K
32×25/30, 40×25/30, 64×25/30, or 80×25/30 Mono
Full: 256×256, 320×256, 512×256, 640×256 Mono Semi: 64×75/90, 80×75/90, 128×75/90, 160×75/90 Mono
(64×75/90, 80×75/90, 128×75/90, 160×75/90; 256, 320, 512, 640×256)
LC, BG
Built in one line VFD, Videotext mode support
Interact Home Computer
1979
2184 bytes
17×12 4 colors
Semi: 112×78 4 colors
112×78
Characters were drawn on a 112×78 pixel graphics screen which means that each character was 6×6 pixels, including blank space between the characters, which led to very blocky characters, which simply didn't allow for distinct lower case characters.
In theory, the "graphics" screen text was drawn on could be the text-mode semigraphics screen for a more standard (for the time) 56×26 or 56×39 high-resolution text mode, though in practice this real text mode was apparently never used (if it even could be).
4 of 8
Kaypro II series
1982
2 KB
80×24 Mono, on 9-inch built in CRT
Semi: Presumably 160×72 Mono
(80×24)
LC, BG
No
-
NASCOM 1 NASCOM 2
1977 1979
1K
48×16 Mono
N/A
LC
No
None
Osborne 1, Osborne Executive and Osborne Vixen
1981, 1982, 1984
4K
52×24 Mono on 5-inch CRT, later 80×24 on 7-inch CRT
"Full": Presumably limited 416×192 Mono, later limited 640×192 using its pseudo graphic characters set
(52×24, later 80×24)
LC, SG
Uses virtual screen to make up for limitations of original 5-inch CRT, a feature presumably not dropped from later models in order to achieve full backward compatibility
Panasonic JR-200
1983
2K+2K
32×24 8 colors
"Full": 256×192 8 colors Semi: 64×48 8 colors
32×24
LC, BG
unique semi-graphic pixel color attribute scheme made that each of the 64×48 semi-graphic "pixels" (consisting of a quarter of an 8×8 pixel character space) could have its own independent color, these semi-graphics could be combined with predefined characters, or programmable characters, each of which could also have an independent foreground and b
Jupiter Ace
1982
2K
32×24 Mono
"Full": Limited 256×192 Mono by using the 128 characters Semi: 64×48 Mono
32×24
LC, BG
Limited
LINK 480Z and Research Machines 380Z
1982
2K
40×25 or 80×25 Mono
A separate independent video display generator board could be added that did support high resolution graphics of 640×192×1, 320×192×2 or 160×96×4 bits per pixel
LC
n of 16 with Hires expansion board; 16 out of 256 logical intensities with composite interface, 16 logical colors with TTL RGB interface
MZ-80K
1979
1000 bytes
40×25 Mono
"Full": Limited 320×200 Mono Semi: 80×50 Mono
(40×25)
LC, BG, SG
No
None
many well-chosen pseudo-graphics characters
KC 87, KC85/1
1987
960 bytes 87 : 960+960 bytes
85/1, 87: 40×20 Mono for 85/1, 87 ; 16 foreground colors + 8 background colors for 87
85/1, 87: Limited 320×192 Mono for 85/1, 87 ; 16 foreground colors + 8 background colors for 87 using its pseudo graphic characters set
87 : 40×24
LC
TRS-80 Models I and III
1977, 1980
up to 1K
32×16 or 64×16 Mono
Semi: 64×48 or 128×48 Mono
(32×16 or 64×16)
LC, BG
No
None
The canonical system to use Text semigraphics
TRS-80 Model 4
1983
1920 bytes
32×16, 40×24, 64×16 or 80×24 Mono
Semi: 64×48, 80×72, 128×48 or 160×72 Mono
(32×16, 40×24, 64×16 or 80×24)
LC, BG
Can display full 640×240 or 512×192 graphics with a standardized expansion board
· The list of home computers and their video capabilities › Systems using discrete logic › Without independent text mode(s)
Apple III
Apple III
System name
Apple III
Year
1980
Video RAM
64K
Video mode(s)
40×24 Text in 280×192 Graphics or 80×24 in 560×192 2 or 16 colors
color resolution
140×192, 280×192; 140×192, 560×192
Font extras
LC
unique features
228 programmable characters, bundled with Apple II software emulator
Apple Lisa/Macintosh XL
Apple Lisa/Macintosh XL
System name
Apple Lisa/Macintosh XL
Year
1983
Video RAM
Presumably 2×32760 bytes
Video mode(s)
720×364r/608×432s mono
color resolution
(720×364r/608×432s)
Font extras
style="background: ;color:black;vertical-align:middle;text-align:center;" class="table-yes"|Yes
Apple Macintosh 128K and other compact models
Apple Macintosh 128K and other compact models
System name
Apple Macintosh 128K and other compact models
Year
1984
Chip name
Video RAM
2×21888 bytes
Video mode(s)
512×342 mono
color resolution
(512×342)
soft fonts
SE/30 and Classic were the only 32-bit models to use discrete logic to implement video hardware.
DAI Personal Computer
DAI Personal Computer
System name
DAI Personal Computer
Year
1979
Chip name
Video RAM
31680 bytes
Video mode(s)
88×65, 176×130, 352×260, 60×24 Text in 528×240 Graphics 4 or 16 colors
color resolution
88×65, 176×130, 352×260, 528×240
Font extras
LC
soft fonts
palette support
4 of 16
unique features
split screen text and graphics mode with 4-line caption
PMD 85
PMD 85
System name
PMD 85
Year
1985
Video RAM
9600 bytes
Video mode(s)
48×32 Text in 288×256 Graphics 4 gray-scales, 4 colors for 85/3
color resolution
288×256
Font extras
LC
palette support
4 out of ? gray-scales, 4 out of ? colors for 85/3
unique features
no text modes, only a single 288×256×2 bits per pixel graphics mode
Tiki 100
Tiki 100
System name
Tiki 100
Year
1984
Chip name
Video RAM
32K
Video mode(s)
40×25 Text in 256×256 Graphics 16 colors, 80×25 in 512×256 4 colors, 160×25 in 1024×256 2 colors
color resolution
256×256, 512×256, 1024×256
Font extras
LC
soft fonts
Yes
palette support
256
unique features
SC
Robotron KC 85/2
Robotron KC 85/2
System name
Robotron KC 85/2
Year
1984
Video RAM
16K
Video mode(s)
320×256
color resolution
40×64 (16fg8bg)
soft fonts
Yes
palette support
No
unique features
CPU VRAM access can cause visual distortions, Half-character attribute cells (8×4)
KC 85/3
KC 85/3
System name
KC 85/3
Year
1986
Chip name
LC
KC 85/4
KC 85/4
System name
KC 85/4
Year
1988
Video RAM
64K
Video mode(s)
320×256
color resolution
40×256 (16fg8bg), 320×256 (4)
Font extras
LC
soft fonts
Yes
palette support
No
unique features
Vertical video RAM, single-line vertical attribute cells (8×1), 2 buffers
Xerox Alto
Xerox Alto
System name
Xerox Alto
Year
1973
Video RAM
61206 bytes
Video mode(s)
606×808 Mono
color resolution
(606×808)
Font extras
LC
soft fonts
Yes
unique features
First known system with graphics First known system without separate text buffer
System name
Year
Chip name
Video RAM
Video mode(s)
color resolution
Font extras
soft fonts
palette support
unique features
Apple III
1980
64K
40×24 Text in 280×192 Graphics or 80×24 in 560×192 2 or 16 colors
140×192, 280×192; 140×192, 560×192
LC
228 programmable characters, bundled with Apple II software emulator
Apple Lisa/Macintosh XL
1983
Presumably 2×32760 bytes
720×364r/608×432s mono
(720×364r/608×432s)
style="background: ;color:black;vertical-align:middle;text-align:center;" class="table-yes"|Yes
Apple Macintosh 128K and other compact models
1984
2×21888 bytes
512×342 mono
(512×342)
SE/30 and Classic were the only 32-bit models to use discrete logic to implement video hardware.
DAI Personal Computer
1979
31680 bytes
88×65, 176×130, 352×260, 60×24 Text in 528×240 Graphics 4 or 16 colors
88×65, 176×130, 352×260, 528×240
LC
4 of 16
split screen text and graphics mode with 4-line caption
PMD 85
1985
9600 bytes
48×32 Text in 288×256 Graphics 4 gray-scales, 4 colors for 85/3
288×256
LC
4 out of ? gray-scales, 4 out of ? colors for 85/3
no text modes, only a single 288×256×2 bits per pixel graphics mode
Tiki 100
1984
32K
40×25 Text in 256×256 Graphics 16 colors, 80×25 in 512×256 4 colors, 160×25 in 1024×256 2 colors
256×256, 512×256, 1024×256
LC
Yes
256
SC
Robotron KC 85/2
1984
16K
320×256
40×64 (16fg8bg)
Yes
No
CPU VRAM access can cause visual distortions, Half-character attribute cells (8×4)
KC 85/3
1986
LC
KC 85/4
1988
64K
320×256
40×256 (16fg8bg), 320×256 (4)
LC
Yes
No
Vertical video RAM, single-line vertical attribute cells (8×1), 2 buffers
Xerox Alto
1973
61206 bytes
606×808 Mono
(606×808)
LC
Yes
First known system with graphics First known system without separate text buffer
· The list of home computers and their video capabilities › Systems using simple Video Shift Registers
COSMAC VIP, Telmac 1800
COSMAC VIP, Telmac 1800
System name
COSMAC VIP, Telmac 1800
Year
1977
Chip name
CDP 1861
Video RAM
256 bytes
Video mode
64 × 32 Mono graphics
soft fonts
Yes
unique features
Incredibly primitive but supporting color
Oscom NANO, ETI 660, Telmac 2000
Oscom NANO, ETI 660, Telmac 2000
System name
Oscom NANO, ETI 660, Telmac 2000
Year
1980, 1981
Chip name
CDP 1864
Video RAM
1
Video mode
64 × 192 Mono graphics
soft fonts
Incredibly primitive but supporting color
System name
Year
Chip name
Video RAM
Video mode
soft fonts
unique features
COSMAC VIP, Telmac 1800
1977
CDP 1861
256 bytes
64 × 32 Mono graphics
Yes
Incredibly primitive but supporting color
Oscom NANO, ETI 660, Telmac 2000
1980, 1981
CDP 1864
1
64 × 192 Mono graphics
Incredibly primitive but supporting color

References

  1. Relationship to KC85/1 in name only. The KC85/2 and KC85/3 were very similar overall, the only difference being more ROM
  2. white, black, red, cyan
  3. History of the C64 as gaming platform
    https://web.archive.org/web/20071026113541/http://www.gamasutra.com/view/feature/1991/a_history_of_gaming_platforms_the_.php?print=1
  4. Some of the graphics capabilities of the 1982 VIC-II chip, designed at a time that other systems could only generate muc
    http://www.studiostyle.sk/dmagic/gallery/gfxmodes.htm
  5. Actually the real figure is more complex, it's 6144 bits of which 5760 bits were actually used. This is so because the v
  6. the six bits per character location were only enough to address 64 characters, A Signetics 2513 character generator ROM
  7. The Datapoint used shift registers for its video RAM and used the power line frequency timing (50 or 60 cycles per secon
  8. "oldcomputers entry tells us that the Mupid was developed between 1981 and 1983"
    https://web.archive.org/web/20101121052732/http://www.old-computers.com/museum/computer.asp?st=1&c=1112
  9. 2K 32 bits woorden per karakter, zie
    http://much.iicm.edu/projects/mupid_1/12.htm/
  10. user generated graphic symbols lie at the heart of the Mupid's graphics capabilities
  11. TU Graz page about how the Mupid came to be
    http://www.austria-lexikon.at/af/Wissenssammlungen/Essays/Institutionen,_Bildung,_Kultur/Informatik_TU_Graz_2007
  12. The SOL-20 used the Motorola 6574 character generator ROM as a basis
  13. the first 32 characters in the Motorola character generator ROM contained special pseudo graphics characters, mostly lin
  14. even earlier than the SOL-20 were the many early S100 bus based systems one could also insert a video card into, some we
  15. according to user's manual
  16. There is no real video RAM, as the display is mostly built up using software, for purposes other than the character gene
  17. Common hacked Galaksija 1 firmware allows character definitions to be switched out line by line like the MC6883 does; co
  18. Using 2×3 text semigraphics characters, like the TRS-80 on an 8×13 pixels per character matrix this means that one of th
  19. the default Character generator EEPROM did not support lowercase
  20. due to a special software trick the Galaksija could do smooth scrolling
Image
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