Search Result
14 expansions found
DataFlyer 1000 DataFlyer 1200 SCSI+ DataFlyer 2000 DataFlyer 4000 SCSI+ DataFlyer 500 (Rapid Access Turbo) DataFlyer Express DataFlyer Plus DataFlyer RAM DataFlyer XDS FastATA 1200 (PowerFlyer / Winner High Speed IDE) FastATA 4000 (PowerFlyer Gold / Winner Fast IDE) FastATA Z-IV (PowerFlyer Z-IV) HighFlyer Video Toaster Flyer
Company
Expansion Systems, USA Date
1991Amiga
A1000Interface
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)
front side
front side
back side
left side
inside side
Advert (US) 1992-02
Company
Expansion Systems, USA Date
1994Amiga
A1200Interface
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
front side
front side
Company
Expansion Systems, USA Date
1990Amiga
A2000, A3000, A4000Interface
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
1994Amiga
A4000Interface
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
front side
front side
back side
back side
Company
Expansion Systems, USA Date
1991Amiga
A500Interface
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)
SCSI version, front side
SCSI version, back side
SCSI version, inside side
Advert (US) 1992-02 Advert (US) 1991-06
Company
Expansion Systems / BSC, USA Date
1992Amiga
A500Interface
side expansion portAutoconfig 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
1991Amiga
A2000, A3000, A4000Interface
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)
SCSI and IDE version, front side
SCSI and IDE version, front side
IDE version, front side
IDE version, back side
SCSI version, front side
Company
Expansion Systems, USA Date
1991Amiga
A500, A1000, A2000, A3000, A4000Interface
Zorro IIAutoconfig 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
front side
front side
Company
Expansion Systems, USA Date
1993Amiga
A600, A1200Interface
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
front side
inside side
Company
Elbox, Poland Date
1998Amiga
A1200Interface
Kickstart socket, GayleAutoconfig 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
front side
Company
Elbox, Poland Date
1999Amiga
A3000, A4000Interface
Zorro IIIAutoconfig 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
front side
back side
Company
Elbox, Poland Date
2000Amiga
A1200Interface
Zorro IVAutoconfig 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
front side
front side
back side
Company
Expansion Systems, USA Date
1995Amiga
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
Xtender card, front side
Xtender card, back side
Company
NewTek , USA Date
1994Amiga
A2000, A3000, A4000Interface
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
front side
front side
back side
Advert (US) 1997-03