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Welche Grafikkarte soll ich in meinen TT einbauen?

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Lukas Frank:
Matgraph C110ZV







Anschlußbelegung lt. Matrix-Handbuch für Matgraph C110ZV:
Pin 1 Rot (Analog)
Pin 2 Grün (Analog)
Pin 3 Blau (Analog)
Pin 4 H-Sync (TTL)
Pin 5 V-Sync (TTL)
Pin 6-9 GND

Mein Adapter ist folgendermaßen belegt:

Matrix  Monitor
1       1
2       2
3       3
4       13
5       14
6       6
7       7
8       8
9       5 und 10

Pin 4,9,11,12 und 15 an der DB 15 Buchse des Adapters sind nicht belegt. Am Monitorstecker fehlt nur Pin 9 (Nicht benutzt).


Tech information on a range of Matrix cards (dated February 1991)

MATGRAPH C32
For Mega-ST
Power supply:   PIN-1 +5V (red)
                PIN-2 +5V (red)
                PIN-3 GND (blk)
                PIN-4 GND (blk)
                PIN-5 GND (blk)
                PIN-6 +12V (blu) not needed

9-pin Socket:   Pin-1 red (analog)
                Pin-2 grn (analog)
                Pin-3 blu (analog)
                Pin-4 H-sync (TTL)
                Pin-5 V-sync (TTL)
                Pin-6 GND
                Pin-7 GND
                Pin-8 GND
                Pin-9 GND


Videofreq 28/25/16 MHz
Video RAM 256 kB, max 1 Mb DRAM
Processor Intel 82786
FPU socket available, MC68881 16 MHz optional
Pal 6-bit, 256 col from 262144, 64 greyscales standard
8-bit, 256 col from 16.7 mil, 256 greyscales optional
Power cons. +5V 500 mA

Bus system: Mega ST expansion bus


MATGRAPH C110 and C110Z
For Mega-ST
Power supply: see C32
9-pin Socket: see C32, pin 2 = analog with composite sync
Videofreq 125/110/64/32/16 MHZ
Video RAM 1 Mb, max 2 Mb VRAM
Processor Intel 82786
FPU socket, MC68881 16 MHZ optional
Pal 8-bit, 256 col from 16.7 mil, 256 greyscales
Power cons. +5V 800 mA, +12V 200 mA


MATGRAPH CoCo (color controller)
For Mega STE or TT (VME)
9-pin socket: see C32
Videofreq 50/28/25/16 MHz Note that later versions could have 50/28.8/25/14.4/12.5 MHz
Video RAM 1 Mb
Processor Intel 82786
Pal 6-bit 256 col from 262144, 64 greyscales standard
8-bit 256 col from 16.7 mil, 256 greyscales optional
Power cons. +5V 850 mA, +12V not used


MATGRAPH MoCo (Monochrome controller)
For Mega STE or TT (VME)
9-pin plug:     pin-1 Video+ (ECL)
                pin-2 GND
                pin-3 HSync- (TTL)
                pin-4 VSync- (TTL)
                pin-5 free
                pin-6 Video- (ECL)
                pin-7 GND
                pin-8 GND
                pin-9 free


Videofreq 110 MHz standard, 125 or 160 MHz optional
Video RAM 256 kB
Processor Intel 82786
Power cons +5V 850 mA, +12V 350 mA


MATGRAPH MiCo (mixed controller)
For Mega STE or TT (VME)
9-pin socket for color screens, see CoCo
9-pin plug for mono systems, see MoCo
Videofreq 110(125)/50/28/25/16 MHZ
Video RAM 1 Mb
Processor Intel 82786
Pal 6-bit 256 col from 262144, 64 greyscales standard
8-bit 256 col from 16.7 mil, 256 greyscales optional
Power cons +5V 850 mA, +12V 320 mA


Matrix Matgraph TC1006:
For VME bus
Processor TMS 34020 RISC 32 MHz
Max rez 640x400 in 24 bit, 1152x896 8 bit
1 Mb videoRAM, max 2 Mb


Matrix Matgraph TC1208:
for VME bus,
Processor see 1006
Max rez 832x624 24 bit, 1280x1024 8 bit
2 Mb video RAM.
Matrix TC1208/E offers also 15 and 16 bit modes.

dbsys:

--- Zitat von: Lukas Frank am Fr 03.01.2014, 20:34:42 ---Matgraph C110ZV

Anschlußbelegung lt. Matrix-Handbuch für Matgraph C110ZV:
Pin 1 Rot (Analog)
Pin 2 Grün (Analog)
Pin 3 Blau (Analog)
Pin 4 H-Sync (TTL)
Pin 5 V-Sync (TTL)
Pin 6-9 GND

Mein Adapter ist folgendermaßen belegt:

Matrix  Monitor
1       1
2       2
3       3
4       13
5       14
6       6
7       7
8       8
9       5 und 10

Pin 4,9,11,12 und 15 an der DB 15 Buchse des Adapters sind nicht belegt. Am Monitorstecker fehlt nur Pin 9 (Nicht benutzt).



--- Ende Zitat ---

Oh, super. Das ist genau meine Kartenversion: C110ZV. Da lag nämlich so ein kleines Typenschild bei, das man sich auf den Rechner kleben kann.

Also werde ich mir mal solch einen 9 auf 15 poligen Adapter bauen.

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