Search Result
14 expansions found
Company
Expansion Systems, USA
Date
1991
Amiga
A1000
Interface
side expansion port
    SCSI or IDE controller
  • the case contains a standard Zorro II DataFlyer 2000 SCSI or IDE controller card and optionally a DataFlyer RAM board
  • place for a 3.5" HD inside the case, underneath the two Zorro II cards
  • connects to the side expansion port - no passthrough connector
  • DataFlyer 1000 SCSI:
    • AMD 5380 SCSI controller
    • 50 pin internal SCSI header
    • optional external DB25 connector
  • DataFlyer 1000 IDE:
    • 40 pin internal IDE header
  • hard disk activity LED on front of the case
  • optional internal power supply:
    • mounts inside the DataFlyer 1000 case
    • provides power for the controller card, memory card and the hard disk
    • turns on automatically when the A1000 is powered up
    • automatically senses all international input voltages
  • optional external power supply
    • powers the memory card only
    • has to be turned on manually before the A1000 is powered up
    • separate versions for different international input voltages
  • the unit can also take power from the A1000 without using an additional power supply
  • autoboot ROM (ExpSys.device) - autobooting requires at least Kickstart 1.3, otherwise it has be disabled with a jumper
  • autobooting can be also disabled by holding down the left mouse button during the boot sequence
  • RDB compatible
  • A-Max II driver (ExpSys.amhd)
Expansion Systems DataFlyer 1000 -  front side
front side
Expansion Systems DataFlyer 1000 -  front side
front side
Expansion Systems DataFlyer 1000 -  back side
back side
Expansion Systems DataFlyer 1000 -  left side
left side
Expansion Systems DataFlyer 1000 -  inside side
inside side

Advert (US)
1992-02

Company
Expansion Systems, USA
Date
1994
Amiga
A1200
Interface
IDE header
    SCSI controller
  • mounts onto the IDE header
  • converts the signals on the IDE header to also run SCSI devices at the same time
  • operates up to five SCSI devices (ID 0 and 1 are reserved for the two IDE devices, ID 2-7 are for SCSI)
  • cannot autoboot SCSI drives (ExpXDS.device)
  • IDE passthrough for the original IDE drives
  • DB25 external SCSI connector
Expansion Systems DataFlyer 1200 SCSI+ -  front side
front side
Expansion Systems DataFlyer 1200 SCSI+ -  front side
front side

Company
Expansion Systems, USA
Date
1990
Amiga
A2000, A3000, A4000
Interface
Zorro II
    SCSI controller
  • AMD 5380 SCSI controller
  • 50 pin internal SCSI header
  • optional external DB25 connector
  • half length card with optional hard frame
  • place for a 3.5" hard disk either on the back of the card or on the optional hard frame
  • hard disk power connector
  • hard disk activity LED connector, individual for SCSI and IDE
  • expansion header for the optional DataFlyer RAM board
  • autoboot ROM (ExpSys.device) - autobooting requires at least Kickstart 1.3, otherwise it has be disabled with a jumper
  • autobooting can be also disabled by holding down the left mouse button during the boot sequence
  • RDB compatible
  • A-Max II driver (ExpSys.amhd)

Advert (US)
1992-02

Advert (US)
1991-06

Company
Expansion Systems, USA
Date
1994
Amiga
A4000
Interface
IDE header
    SCSI controller
  • mounts onto the back expansion panel and connects to the IDE header with a ribbon cable
  • converts the signals on the IDE header to also run SCSI devices at the same time
  • operates up to five SCSI devices (ID 0 and 1 are reserved for the two IDE devices, ID 2-7 are for SCSI)
  • cannot autoboot SCSI drives (ExpXDS.device)
  • IDE passthrough for the original IDE drives
  • DB25 external SCSI connector
  • 50 pin internal SCSI header
Expansion Systems DataFlyer 4000 SCSI+ -  front side
front side
Expansion Systems DataFlyer 4000 SCSI+ -  front side
front side
Expansion Systems DataFlyer 4000 SCSI+ -  back side
back side
Expansion Systems DataFlyer 4000 SCSI+ -  back side
back side

Company
Expansion Systems, USA
Date
1991
Amiga
A500
Interface
side expansion port
    SCSI or IDE controller
  • the case contains a standard Zorro II DataFlyer 2000 SCSI or a DataFlyer Plus SCSI/IDE controller card and optionally a DataFlyer RAM board
  • place for a 3.5" HD inside the case, behind the two Zorro II cards
  • connects to the side expansion port - no passthrough connector
  • DataFlyer 500 SCSI:
    • AMD 5380 SCSI controller
    • 50 pin internal SCSI header
    • optional external DB25 connector
  • DataFlyer 500 IDE:
    • 40 pin internal IDE header
  • hard disk activity LED on top of the case
  • optional internal power supply:
    • mounts inside the DataFlyer 500 case
    • provides power for the controller card, memory card and the hard disk
    • turns on automatically when the A500 is powered up
    • automatically senses all international input voltages
  • optional external power supply
    • powers the memory card only
    • has to be turned on manually before the A500 is powered up
    • separate versions for different international input voltages
  • the unit can also take power from the A500 without using an additional power supply
  • autoboot ROM (ExpSys.device) - autobooting requires at least Kickstart 1.3, otherwise it has be disabled with a jumper
  • autobooting can be also disabled by holding down the left mouse button during the boot sequence
  • RDB compatible
  • A-Max II driver (ExpSys.amhd)
Expansion Systems DataFlyer 500 (Rapid Access Turbo) - SCSI version front side
SCSI version, front side
Expansion Systems DataFlyer 500 (Rapid Access Turbo) - SCSI version back side
SCSI version, back side
Expansion Systems DataFlyer 500 (Rapid Access Turbo) - SCSI version inside side
SCSI version, inside side

Advert (US)
1992-02

Advert (US)
1991-06

Company
Expansion Systems / BSC, USA
Date
1992
Amiga
A500
Interface
side expansion port
Autoconfig ID
8290 / 1,2
    SCSI and IDE controller
  • unlike the DataFlyer 500 (not Express), this unit does not use the DataFlyer 2000 and DataFlyer RAM Zorro II cards, but a single custom designed circuit board
  • 40 pin internal IDE header
  • 50 pin internal SCSI header
  • DB25 external SCSI connector
  • place for a 3.5" hard disk inside the case
  • hard disk activity LED on top of the case
  • autoboot ROM, autobooting requires at least Kickstart 1.3, otherwise it has be disabled with a jumper
  • autobooting can be also disabled by holding down the left mouse button during the boot sequence
  • RDB compatible
  • A-Max II driver
    memory
  • eight 30 pin SIMM sockets accept up to 8 MB RAM
  • supports 256 kB and 1 MB SIMMs
  • possible configurations are 0.5, 1, 2, 4 and 8 MB
  • SIMM sizes cannot be mixed
    notes
  • connects to the side expansion connector, no passthrough connector
  • can use power from the A500 or from the optional external power supply

Advert (US)
1992-06

Company
Expansion Systems, USA
Date
1991
Amiga
A2000, A3000, A4000
Interface
Zorro II
    SCSI and/or IDE controller
  • three versions, all share the same board with the necessary parts installed only
  • DataFlyer 2000 SCSI (2000s):
    • AMD 5380 SCSI controller
    • 50 pin internal SCSI header
    • optional external DB25 connector
  • DataFlyer 2000 IDE (2000e):
    • 40 pin internal IDE header
  • DataFlyer 2000 SCSI+IDE has all the parts installed
  • half length card with optional hard frame
  • place for a 3.5" hard disk either on the back of the card or on the optional hard frame
  • hard disk power connector
  • hard disk activity LED connector, individual for SCSI and IDE
  • expansion header for the optional DataFlyer RAM board
  • autoboot ROM (ExpSys.device) - autobooting requires at least Kickstart 1.3, otherwise it has be disabled with a jumper
  • autobooting can be also disabled by holding down the left mouse button during the boot sequence
  • RDB compatible
  • A-Max II driver (ExpSys.amhd)
Expansion Systems DataFlyer Plus - SCSI and IDE version front side
SCSI and IDE version, front side
Expansion Systems DataFlyer Plus - SCSI and IDE version front side
SCSI and IDE version, front side
Expansion Systems DataFlyer Plus - IDE version front side
IDE version, front side
Expansion Systems DataFlyer Plus - IDE version back side
IDE version, back side
Expansion Systems DataFlyer Plus - SCSI version front side
SCSI version, front side

Company
Expansion Systems, USA
Date
1991
Amiga
A500, A1000, A2000, A3000, A4000
Interface
Zorro II
Autoconfig ID
8290 / 2
  • eight 30 pin SIMM sockets accept up to 8 MB RAM
  • supports 256 kB and 1 MB SIMMs
  • possible configurations are 0.5, 1, 2, 4 and 8 MB
  • SIMM sizes cannot be mixed
  • A500 version connects to side expansion port
Expansion Systems DataFlyer RAM -  front side
front side
Expansion Systems DataFlyer RAM -  front side
front side

Company
Expansion Systems, USA
Date
1993
Amiga
A600, A1200
Interface
IDE header
    external IDE case
  • connects to the Amiga internal IDE header by a ribbon cable
  • place for a 3.5" or 2.5" drive inside the case (40 and 44 pin IDE connectors)
  • works together with the built-in hard disk of the A1200 / A600
  • power can be supplied by the Amiga (from the internal floppy power connector) or by an external power supply
  • autobooting and automounting (by the Kickstart ROM)
  • the A600 must have Kickstart v37.350
Expansion Systems DataFlyer XDS -  front side
front side
Expansion Systems DataFlyer XDS -  inside side
inside 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
Elbox, Poland
Date
1999
Amiga
A3000, A4000
Interface
Zorro III
Autoconfig ID
2206 / 25
2206 / 29
    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
  • two 40 pin IDE headers (primary and secondary)
  • the primary and secondary buses can be accessed at different speeds
  • up to four IDE or ATAPI devices can be connected at once
  • hard disk activity LED connector
  • unconventional handling of >4 GB devices, they are simply split into separate logical 4 GB blocks - can be turned off by software for filesystems implementing NSD, TD64 and Direct SCSI commands
  • multiple FastATAs are supported
  • compatible with other IDE controllers (for example the Buddha)
    FastATA 4000 Mk2
  • improved firmware in the PLD chips
  • newer autoboot ROM
Elbox FastATA 4000 (PowerFlyer Gold / Winner Fast IDE) -  front side
front side
Elbox FastATA 4000 (PowerFlyer Gold / Winner Fast IDE) -  back side
back side

Company
Elbox, Poland
Date
2000
Amiga
A1200
Interface
Zorro IV
Autoconfig ID
2206 / 30
    Fast EIDE controller
  • two 40 pin buffered and terminated IDE ports (primary and secondary)
  • supports PIO0, PIO3 and PIO4 devices
  • meets the ATA 3 and Fast ATA 2 specifications
  • up to 16.6 MB/s transfer speed
  • the primary and secondary buses can be accessed at different speeds
  • autoboot ROM
  • up to four IDE or ATAPI devices can be connected at once
  • the A1200 motherboard IDE controller remains fully functional
  • hard disk activity LED connector
  • attaches to the E/Box Zorro IV busboard
  • treated as a 32 bit device while configured in the Zorro II address space
  • since the Zorro IV bus does not support DMA, FastATA Z-IV consumes valuable CPU time during transfers
  • requires at least a 68030 processor board with 16 MB RAM
Elbox FastATA Z-IV (PowerFlyer Z-IV) -  front side
front side
Elbox FastATA Z-IV (PowerFlyer Z-IV) -  front side
front side
Elbox FastATA Z-IV (PowerFlyer Z-IV) -  back side
back side

Company
Expansion Systems, USA
Date
1995
Amiga
A4000
    A4000 expansion chassis
  • allows using all four Zorro III slots of the A4000 while having a video card installed
  • designed especially for Video Toaster Flyer users
  • doubles the height of the A4000 case
    Xtender card
  • 1× extended video slot
  • 3× ISA slots
  • connects between the A4000 motherboard and the A4000 daughterboard
    additions to A4000
  • 2× 3.5" internal drive bays
  • optional drive rack for 3× 3.5" internal drives
  • optional cable kit for Newtek Flyer - no need for octopus cable
  • optional fan kit for increased cooling
  • optional 250W power supply
  • 3× hard disk activity LEDs
  • 3× cutouts for 50 pin Centronics SCSI connectors
  • 2× cutouts for DB9 connectors
Expansion Systems HighFlyer - Xtender card front side
Xtender card, front side
Expansion Systems HighFlyer - Xtender card back side
Xtender card, back side

Company
NewTek, USA
Date
1994
Amiga
A2000, A3000, A4000
Interface
Zorro II
    NTSC only non-linear editing system
  • broadcast quality, tapeless nonlinear editing system for the Video Toaster and Video Toaster 4000
  • requirements:
    • Video Toaster with v4.1 software
    • a SCSI 2 drive for Lightwave recording
    • three SCSI 2 drives for A/B roll editing - two for video, one for audio
    • input from video tapes must be time base corrected
  • compresses and plays back video in realtime
  • true broadcast quality - 60 fields per second, full overscan 752×480
  • internally works with D2 data - no D2 / composite transcoding
  • proprietary coporession method: Video Toaster Adaptive Statistical Coding (VTASC):
    • relies on limiting the video signal (i.e. dropping to Beta SP quality) instead of lowering picture quality as do JPEG, MPEG, WaveLet
    • no visible pixelization, artifacts show as video "noise" instead of jpeg "blockiness"
    • by using faster drives, lossless D2 quality can be achieved
  • three SCSI buses (two for video, one for audio), each bus can handle 7 SCSI drives (21 total)
  • two serial ports to control serial-capable VTRs
  • the SCSI and serial ports can be routed outside of the computer with the so called Octopus cable
  • video:
    • video input to the Flyer is provided via the connecting internal ribbon cable from the Toaster, as is video output
    • 14.3 MHz sampling rate
    • 8 bit quantizing
    • 8 MB buffer
  • audio recorder / mixer:
    • ADSP2115
    • digital inputs
      • video disk A and B, left and right
      • audio disk A and B, left and right
    • analog, unbalanced left and right RCA inputs and outputs on the card's backplane
    • 64 kB memory
    • 20 MHz clock rate
    • 16 bit sampling at 44.1 kHz
    • 64x oversampling ratio A/D converter
NewTek Video Toaster Flyer -  front side
front side
NewTek Video Toaster Flyer -  front side
front side
NewTek Video Toaster Flyer -  back side
back side

Advert (US)
1997-03