Search Result
11 expansions found
Company
Commodore, USA
Date
1992
    short description
  • 68EC020 @ 14.28 MHz
  • 2 MB Chip RAM
  • AGA chip set
  • built-in IDE controller
Commodore Amiga 1200 - Rev 1D1 front side
Rev 1D1, front side
Commodore Amiga 1200 - Rev 1D1 back side
Rev 1D1, back side
Commodore Amiga 1200 - Rev 2B front side
Rev 2B, front side
Commodore Amiga 1200 - Rev 2B back side
Rev 2B, back side

Advert (US)
1998-03

Advert (US)
1993-03

Advert (AU)
1993-06

Advert (DE)
1993-06

Company
Petsoff, Finland
Date
1998
Amiga
A1200
Interface
clock port
    DSP
  • Motorola DSP56002 @ 37 (underclocked 40 MHz) or 73.7 MHz (overclocked from 66 MHz)
  • 24 bit data bus
  • fully programmable using the supplied software
    memory
  • 96 kB, 24 bit SRAM
  • one half of the memory can be addressed in program and X data space, the other half only in Y data space
  • zero-waitstate, 12 ns
    audio
  • Crystal CS4231A audio codec
  • one stereo RCA input
  • one stereo 3.5 mm input with optional 20 dB mic amplifier
  • one internal CD-ROM input
  • one stereo RCA output
  • all inputs can be mixed with Delfina's output
  • full duplex recording and playback
  • AHI support
    notes
  • connects to the clock port
  • the audio cables are connected directly onto the board, not to the back of the Amiga
Petsoff Delfina 1200 -  front side
front side
Petsoff Delfina 1200 -  back side
back side

Company
Elbox, Poland
Date
1998
Amiga
A1200
Interface
Kickstart socket, Gayle
Autoconfig ID
2206 / 8,16,18
2206 / 19,24,53
    Fast EIDE controller
  • supports PIO0, PIO3 and PIO4 devices
  • meets the ATA 3 and Fast ATA 2 specifications
  • up to 16.6 MB/s transfer speed
  • totally replaces the A1200's IDE controller by attaching to the Gayle and the ROMs
  • the ROMs have to be plugged onto the FastATA main board
  • a small fly has to be attached to pin 39 of the old IDE header
  • small cutout on the board allows access to the clock port for Catweasel users
  • three IDE headers:
    • two 40 pin, 3.5" (primary and secondary)
    • one 44 pin, 2.5" (primary)
  • the primary and secondary buses can be accessed at different speeds
  • up to four IDE or ATAPI devices can be connected at once
  • buffered and cached interface
  • reset switch connector
  • unconventional handling of >4 GB devices - they are simply split into separate logical 4 GB blocks
  • supported by Linux
    variations
  • FastATA 1200 Lite / PowerFlyer Junior
    • supports 16 bit ATA transfers only
    • can be upgraded to full 32 bit FastATA by simply plugging in the upgrade chip
  • FastATA 1200 Mk2
    • improved firmware in the PLD chips
    • newer autoboot ROM
Elbox FastATA 1200 (PowerFlyer / Winner High Speed IDE) -  front side
front side

Company
Individual Computers, Germany
Date
2008/2009
Amiga
A1200, A4000, CD32
Interface
Lisa chip
    flicker-fixer
  • with a maximum input pixel clock of 28 MHz, all Amiga video modes up to Super Hires are supported and flicker-fixed (with the exception of the A2024 mode)
  • picture refresh rate of at least 60 Hz for all screen modes, resulting in a maximum output pixel clock of 71 MHz
  • 24 bit color support (16.7 million colors)
  • supports interlaced and progressive scan input modes
  • output modes are always progressive scan
  • two output modes can be chosen:
    • Async mode: output pixel clock of Amiga modes are multiplied 2.5 times
    • Vertical Sync mode: exact double of Amiga mode pixel clock (eliminates tearing effects)
  • clips only onto the Lisa chip on motherboard, no soldering required
    • gets power and all signals from this chip
    • sync signals are derived from the inter-chip communication of the AGA chipset
  • HD15 VGA connector
  • supports border blanking
  • 16 megabyte SDRAM
    • SDRAM is single-ported, thus reading and writing is decoupled by two FIFO buffers and a dual-port SDRAM controller running at 111 MHz
    • only 12 MB are used, 4 MB stay free
  • memory layout of 2048x2048 pixels (= maximum resolution)
  • compatible to Genlocks
  • no passthrough mode (all resolutions are flicker-fixed)
  • FPGA based design with FlashROM
  • Emergency Mode (emergency disk needed) in case a FlashROM update went wrong
  • low heat dissipation due to 2.5V/3.3V design (only the voltage regulator is 5V)
  • boot screen, shown for a pre-defined time - in case important information is displayed (e.g. Guru / Error Screen, Early Startup Menu), this time is reduced
  • no driver needed, however additional screenmodes are supported:
    • HighGFX (1024×786)
    • HD720 (1280×720)
    Indivision AGA 1200
  • cutouts in the board allow installation of other internal A1200 components like IDE-Fix Express and the Lyra 1200 keyboard adaptor - tight design, so boards may touch on certain A1200 board revisions
  • first revision boards were prone to snapping from the Lisa socket, so later revisions had the socket on the Indivision board machine finished
    Indivision AGA 4000
  • this is a follow-up design to the Indivision AGA 1200, offering the same features while having a different board layout to fit in A4000D and CD32
  • 10nF capacitors have been added to the PLLs
  • two (instead of one) TTL drivers for the VGA Sync wires
  • prototype board is white, the final version has a blue PCB
Individual Computers Indivision AGA 1200 / Indivision AGA 4000 - Indivision AGA 4000 Prototype Board  front side
Indivision AGA 4000 Prototype Board, front side
Individual Computers Indivision AGA 1200 / Indivision AGA 4000 - Indivision AGA 1200  front side
Indivision AGA 1200, front side
Individual Computers Indivision AGA 1200 / Indivision AGA 4000 - Indivision AGA 1200  back side
Indivision AGA 1200, back side
Individual Computers Indivision AGA 1200 / Indivision AGA 4000 - Indivision AGA 4000 Prototype Board  back side
Indivision AGA 4000 Prototype Board, back side

Company
M-Tec, Germany
Date
1993
Amiga
A1200
Interface
trapdoor slot
    FPU
  • early versions (Neuroth design) have PLCC FPU socket
  • later versions (marked as "A1200 Speedup") have PGA FPU socket
  • can be clocked either synchronously (14.28 MHz) or asynchronously (up to 50 MHz with oscillator)
    memory
  • four 30 pin SIMM sockets for 4 MB RAM
  • accepts 1 MB, 80 ns or faster SIMMs in a group of four
  • the height of SIMMs cannot be larger than 15 mm
  • PCMCIA compatible
    notes
  • available with or without battery backed up clock
  • lithium battery (not rechargeable)
  • clock write protection jumper
M-Tec M-Tec A1200 -  front side
front side
M-Tec M-Tec A1200 -  front side
front side
M-Tec M-Tec A1200 -  front side
front side
M-Tec M-Tec A1200 -  back side
back side

Advert (DE)
1993-08

Advert (DE)
1993-11

Company
MicroniK, Germany
Date
1997
Amiga
A1200
Interface
trapdoor slot
    Micronik Z-1 (6860 rev4.0)
  • 5× Zorro II slots
  • 4× ISA slots
    Micronik Z-2 (6860 rev4.2)
  • 5× Zorro II slots
  • 1× extended video slot
  • 4× ISA slots
    Micronik Z-2 (6860 rev5.0)
  • 5× Zorro II slots
  • 1× extended video slot
  • 3× ISA slots
  • a 72 pin SIMM socket for up to 8 MB RAM
    notes
  • the ISA and video slots are inline with Zorro slots
  • the video slot can be activated with the optional Video Slot Adapter
  • connects to the trapdoor slot - the connector is passed through for accelerator cards
  • the boards are part of the Micronik Infinitiv tower system
    • 2× 5.25" external drive bays
    • 2× 3.5" external drive bays
    • 2× 3.5" internal drive bays
    • uprated power supply
MicroniK Micronik A1200 Z-1 & Z-2 (6860) -  front side
front side
MicroniK Micronik A1200 Z-1 & Z-2 (6860) -  back side
back side
MicroniK Micronik A1200 Z-1 & Z-2 (6860) - A1200 Adapter front side
A1200 Adapter, front side
MicroniK Micronik A1200 Z-1 & Z-2 (6860) - A1200 Adapter back side
A1200 Adapter, back side

Company
MicroniK, Germany
Date
1998
Amiga
A1200
Interface
trapdoor slot
    Micronik Z-1i (6860 rev5.4)
  • 5× Zorro II slots
  • 1× extended video slot
  • 2× PCI slots
  • 2× ISA slots
    Micronik Z-2i (6860 rev5.4)
  • all features of Micronik Z-1i
  • two 72 pin SIMM sockets for up to 8 MB RAM
    notes
  • the ISA and video slots are inline with Zorro slots
  • the PCI slots cannot be accessed by the Amiga in any way
  • the video slot can be activated with the optional Video Slot Adapter
  • connects to the trapdoor slot - the connector is passed through for accelerator cards
  • the boards are part of the Micronik Infinitiv tower system
    • 2× 5.25" external drive bays
    • 2× 3.5" external drive bays
    • 2× 3.5" internal drive bays
    • uprated power supply
MicroniK Micronik A1200 Z-1i & Z-2i (6860) -  front side
front side

Company
MicroniK, Germany
Date
1998
Amiga
A1200
Interface
trapdoor slot
Autoconfig ID
3855 / 1
    Micronik Z-3i (6860 rev6.2 - 6.3)
  • 5× Zorro II/III slots
  • 1× extended video slot
  • 2× PCI slots
  • 1× ISA slot
  • 1× A4000 CPU slot - an A4000 processor board is required for Zorro III operation
  • a 72 pin SIMM socket for up to 8 MB RAM
  • SCSI controller (123.device) with 50 pin internal SCSI header
    Micronik Z-3i Mk2 (6860 rev6.6 - 6.8)
  • 5× Zorro II/III slots (the middle slot is Zorro II only)
  • 1× extended video slot
  • 3× PCI slots
  • 2× ISA slot
  • 1× A4000 CPU slot - an A4000 processor board is required for Zorro III operation
  • SCSI controller - Qlogic FAS216 controller IC, 50 pin internal SCSI header
    notes
  • the ISA and video slots are inline with Zorro slots
  • the PCI slots cannot be accessed by the Amiga in any way
  • the video slot can be activated with the optional Video Slot Adapter
  • the Zorro III slots are slower than the A3000 or A4000 slots
  • connects to the trapdoor slot - the connector is passed through for accelerator cards
  • the board is part of the Micronik Infinitiv tower system
    • 2× 5.25" external drive bays
    • 2× 3.5" external drive bays
    • 2× 3.5" internal drive bays
    • uprated power supply
MicroniK Micronik A1200 Z-3i (6860) -  front side
front side

Company
Logica, Italy
Date
1994
Amiga
A1200
Interface
trapdoor slot
    FastRAM expansion
  • two 72 pin SIMM sockets accept 8 MB RAM
  • supports 1, 2, 4 or 8 MB SIMMs
  • possible RAM configurations: 1, 2, 3, 4, 5, 6 and 8 MB
  • optional PGA FPU, can be clocked either synchronously (14.28 MHz) or asynchronously (up to 50 MHz)
  • for asynchronous clock, an external oscillator in DIP14 or DIP8 package is required (DIP8 oscillator is installed towards the FPU)
  • battery backed up clock
  • clock write protection
  • diagnostics and upgrade ("D&U Slot") connector, to be used in factory for expansion diagnostics and software update by reprogramming
    jumper settings
    JumperConfigurationSetting
    J1RAM disableON - Disable RAM, OFF - Enable RAM
    J2..J4RAM configurationsee table below
    J5FPU Clock1-2 - synchronous, 2-3 - asynchronous (oscillator installed)
    J6Clock ProtectionON - Enable Write Clock, OFF - Disable

    J2
    ON
    ON
    ON
    ON
    ON
    OFF
    OFF
    OFF
    OFF
    OFF
    J3
    ON
    ON
    ON
    OFF
    OFF
    ON
    ON
    OFF
    OFF
    OFF
    J4
    ON
    OFF
    OFF
    ON
    OFF
    ON
    OFF
    ON
    OFF
    OFF
    SIMM1
    1
    1
    2
    2
    2
    4
    4
    4
    4
    8
    SIMM2
    -
    1
    -
    1
    2
    -
    1
    2
    4
    -
    Total
    1
    2
    2
    3
    4
    4
    5
    6
    8
    8
Logica OMega 1200 -  front side
front side
Logica OMega 1200 - with RAM installed front side
with RAM installed, front side
Logica OMega 1200 -  back side
back side

Company
Pyramid
Date
1994
Amiga
A1200
Interface
trapdoor slot
    processor
  • 68EC020 @ 28 MHz QFP, clocked synchronously with the motherboard
  • optional PLCC FPU, can be clocked synchronously at 28 MHz, or asynchronously with a separate oscillator
    memory
  • one 72 pin SIMM socket accepts up to 8 MB RAM
  • supports 1, 2, 4 or 8 MB SIMMs
    notes
  • battery backed up clock
Pyramid TRA1200 -  front side
front side
Pyramid TRA1200 -  back side
back side

Company
HK-Computer, Germany
Date
1993
Amiga
A1200
Interface
trapdoor slot
  • optional PLCC or PGA FPU up to 68882 @ 50 MHz
  • one 72 pin SIMM socket accepts 8 MB RAM
  • supports 1, 2, 4, 8 MB SIMMs
  • does not conflict with the PCMCIA address space
  • battery backed up clock