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11 expansions found
A3640 Apollo 3040/3060 & 4040/4060 Blizzard 4030 CyberStorm Mk2 CyberStorm Mk3 CyberStorm PPC G-Force 040 Mercury PowerChanger 040 Progressive 3000/040 Warp Engine
Manufacturer
Commodore , USA Date
1992Amiga
A3000, A4000Interface
CPU slot
processor
68LC040 / 68040 @ 25 MHz
can be upgraded to 50 MHz with the Doubler 4000
general notes
no memory option - slow motherboard RAM access
memory can be added with the X-Calibur memory expansion board
does not support the 040's burst RAM access (7/7/7/7 clock cycles - 14.3 MB/s memory bandwidth)
on many A3640's the electrolyt capacitors are mounted in the wrong direction, reducing lifetime - even the PCB print is wrong
A3640's made by Amiga Technologies have the capacitors in the right direction, but the PCB print is still wrong
A3000 notes
only v3.1 or v3.2 versions of the board work in A3000
v3.1 works but has problems with certain Zorro cards which use DMA
v3.2 works correctly
with Kickstart 2.04 the card does not work with the combination of Ramsey-04 and static column fast RAM
at least bank 0 should be page mode RAM
the combination of Ramsey-07 and DMAC-04 works perfectly
with Kickstart 3.1 there's no such problem
Rev 3.1, front side
Rev 3.2, front side
Rev 3.2, back side
Rev 3.1, back side
blank PCB, front side
blank PCB, back side
Manufacturer
ACT Elektronik , Germany Date
1996Amiga
A3000, A4000Interface
CPU slotAutoconfig ID
8738 / 35
processor
68040 @ 28 / 33 / 40 MHz or 68060 @ 50 / 66 MHz
memory
A4000: four 72 pin SIMM sockets accept up to 128 MB RAM
A3000: two 72 pin SIMM sockets accept up to 64 MB RAM
supports 4, 8, 16, 32 MB SIMMs, 60 ns
accepts FastPage and EDO RAM
supports the very expensive ED-RAM (not EDO)
memory disable jumper
SCSI 2 controller
not Fast SCSI 2
allows autoboot and supports RDB
50 pin internal header
optional external SCSI connector
not compatible with Quantum and some IBM hard disks
notes
the RAM ends up as separate memory chunks unless there are only 32 MB SIMMs on the card or only one SIMM of any size
A4000: the card functions better if there's still a 4 MB SIMM on the motherboard
A3000: a wire has to be connected between the A3000 SCSI chip and the Kickstart chips
front side
back side
processor
68030 @ 40 / 50 MHz PGA
optional PGA FPU up to 68882 @ 50 MHz
notes
no memory option - but it has faster motherboard RAM access than that of the A3640
front side
back side
Advert (DE) 1994-05 Advert (DE) 1995-04
processor
68040 @ 40 MHz or 68060 @ 50 MHz
the 68040s are recycled from used Macs
the board is ready for 68060 @ 66 MHz
memory
four 72 pin SIMM sockets can accept 128 MB RAM
supports 4, 8, 16, 32 MB SIMMs, 70 ns
onboard logic maps any combinations of SIMMs into one contiguous block without the need of jumpers
burst mode RAM access
improved access to chip RAM using a write buffer
RAM access is 70 ns even with 60 ns SIMMs
optional Fast SCSI 2 module - CyberSCSI Mk2
does not fit mechanically into a desktop A3000
32 bit DMA engine - FAS216
max 10 MB/s transfer speed
50 pin internal header
autoboot capability
requires the INT2 signal which is not present in the A3000's CPU slot
the module itself is not equipped with termination resistors; they are placed on a separate PCB which houses the external 50 pin micro-D SCSI connector
this automatic resistor finds out on its own whether it is the last piece of equipment on the backbone and switches itself on if this is the case
supported by Linux and NetBSD
Flash ROM
contains the updatable CyberStorm firmware
needs update for the 66 MHz design
needs update for installing the SCSI module
notes
CyberStorm 040 SN# B400506 - B400569 and CyberStorm 060 SN# B002827 - B003065 are affected by several DMA related problems due to a slight difference in the electrical specifications of certain parts caused by supplier change
symptoms:
SCSI units connected to the internal SCSI bus of the A3000(T) are not recognized while having RAM installed to the CyberStorm
does not work in the A4000T with RAM installed on the CyberStorm
in an A4000 with a Fastlane or a A4091 SCSI controller installed, peripherals connected to the SCSI bus are not recognized
boards with these serial numbers had to be sent back to Phase5 for rework
040 version, front side
040 version, back side
060 version, front side
060 version, back side
060 version, back side
CyberSCSI Mk2, back side
Advert (DE) 1996-05 Advert (DE) 1996-10 Advert (DE) 1996-11 Advert (DE) 1997-02 Advert (DE) 1997-04
processor
68060 @ 50 MHz
can be ordered with empty CPU socket to put an existing 68060 into it
memory
four 72 pin SIMM sockets accept 128 MB RAM
supports 4, 8, 16, 32 MB SIMMs 60-70 ns
64 bit interleaved RAM access
up to 68 MB/s transfer speed
the Cyberstorm Mk3 is a bit picky about DRAM Chip Memory Array organization
the card only has 11 address lines, thus only 2048×2048 organized DRAM Memory Arrays are supported
1024×4096 organized chips would need 12 address lines and are not working
the Memory Array organization is given in the chip datasheet and not to be confused with the output bit configuration (e.g. 4M×4) of a DRAM chip
if the chip has the wrong organization, only half of the RAM is recognised
notes
the board is the same as the CyberStorm PPC without the PPC components - not upgradeable to PPC
Ultra Wide SCSI controller, NCR 53C770 - supported by NetBSD
expansion slot for the CyberVision PPC
the SCSI controller needs the INT2 signal which is not present in the A3000's CPU slot
front side
back side
Board with Memory, front side
processor
PowerPC 604e @ 150 / 180 / 200 / 233 MHz
68040 @ 25 MHz or 68060 @ 50 MHz
can be ordered without a 680x0 companion CPU to put an existing one into the socket
memory
four 72 pin SIMM sockets accept 128 MB RAM
supports 4, 8, 16, 32 MB SIMMs 60-70 ns
64 bit interleaved RAM access
the Cyberstorm PPC is a bit picky about DRAM Chip Memory Array organization
the card only has 11 address lines, thus only 2048×2048 organized DRAM Memory Arrays are supported
1024×4096 organized chips would need 12 address lines and are not working
the Memory Array organization is given in the chip datasheet and not to be confused with the output bit configuration (e.g. 4M×4) of a DRAM chip
if the chip has the wrong organization, only half of the RAM is recognised
notes
NCR 53C770 Ultra Wide SCSI controller - follows the Wide Fast 20 standard, supported by NetBSD
expansion slot for the CyberVision PPC
the SCSI controller needs the INT2 signal which is not present in the A3000's CPU slot
front side
back side
CSPPC.pdf
User Manual (english/german) 703 kB
Advert (DE) 1997-11
processor
68040 @ 28 / 33 MHz
MMU and cache disable jumpers
memory
eight 68 pin SIMM sockets for up to 8 MB RAM
supports only special 1 MB non-multiplexed 40 ns GVP SIMMs
accepts SIMMs in 1 MB increments
burst RAM access can be enabled only when 4 or 8 MB RAM is installed
fully autoconfiguring
supports DMA to any A3000 peripheral
notes
software switchable 68030 fallback mode
jumper settings
JP10 OFF ON
JP26 OFF OFF
JP27 OFF ON
JP28 ON OFF
JP29 OFF OFF
JP30 OFF ON
JP31 ON OFF
JP32 OFF OFF
JP33 OFF ON
- burst mode - enabled - disabled
JP1 - MMU: OFF - enabled
JP2 - cache: ON - enabled
JP22 - CPU clock: ON - asynchronous, OFF - synchronous
JP23 - CPU: ON - 68030, OFF - 68040
JP24, JP25 - RAM: ON - disabled
JP4, JP6, JP13-16, JP18, JP20 ON JP3, JP5, JP7, JP9, JP12, JP19, JP21, CN5 OFF CN3, CN4 2-3 - reserved
front side
front side
front side
back side
Advert (US) 1992-01
processor
68040 @ 28 / 35 MHz
both version is an overclocked 25 / 33 MHz one
memory
eight 30 pin SIMM sockets accept 32 MB
supports 1 or 4 MB SIMMs 40-80ns (33 MHz model) or 60-100 ns (28 MHz model)
accepts SIMMs in groups of four giving 4, 8, 16, 20, 32 MB RAM
Fast Page, Static Column and Nibble mode SIMMs are supported
burst RAM access
off-board memory burst access if most recent Buster, DMAC and Ramsey chips are installed
notes
if the motherboard is fitted with static column fast RAM the first chip must be replaced with the supplied page mode ZIP DRAM chip - this solves a bug in Ramsey and allows the board to do burst RAM access
68030 fallback mode works only with 25 MHz motherboards
in 68030 fallback mode the onboard RAM is still useable but it's not contiguous with the motherboard RAM
when used in an A3000T, a 74F08 chip must be inserted at location U103 on the motherboard
FastROM jumper reserves 1 megabyte of memory for FastROM usage
two floppy power connectors allow distribution of power to both floppy drives
front side
front side
back side
PPS_040-23.dms
Install Disk CPU040 v2.3, Init040 v2.2, 68040.libary v37.4, Switch v2.3 281 kB PPS_040-24.dms
Install Disk CPU040 v2.4, Init040 v2.2, 68040.libary v37.4, Switch v2.3 281 kB PPS_Mercury.dms
Install Disk CPU040 v2.0, Init040 v1.0, 68040.libary v40.2 73 kB PPS_040-24_2.dms
Install Disk CPU040 v2.4, Init040 v2.2, 68040.libary v37.10, Switch v2.3 277 kB PP&SMercury.DMS
Installer's Heaven install disk 73 kB
Advert (US) 1992-02 Advert (US) 1992-03 Advert (US) 1992-12
Manufacturer
Hardital , Italy Date
1993Amiga
A3000, A4000Interface
CPU slot
processor
68040 @ 28 MHz
handles overclocking much better than the A3640 - works reliably at 40 MHz with a suitable 68040
no memory option - slow motherboard RAM access
does not support the 040's burst RAM access
for operating in the A3000 a special IC has to be fitted
front side
back side
Advert (IT) 1993-11 Advert (IT) 1994-11 Advert (IT) 1995-10
processor
68040 @ 25, synchronous with the motherboard
drives 16 MHz motherboards at 25 Mhz
notes
no memory option - slow motherboard RAM access
requires ROM resident Kickstart 2.0
68030 fallback mode, switchable from software
if the motherboard is fitted with static column fast RAM the first chip must be replaced with the supplied page mode ZIP DRAM chip - this solves a bug in Ramsey and prevents the board of doing burst RAM access
front side
front side
back side
Advert (US) 1991-11 Advert (US) 1992-01 Advert (US) 1992-12
processor
68040 @ 28 / 33 / 40 MHz
the board was available with an empty CPU socket to put an existing 25 MHz 68040 into it
the 28 MHz 68040 is an overclocked 25 MHz one
memory
A4000: four 72 pin SIMM sockets accepts up to 128 MB RAM
A3000: two 72 pin SIMM sockets accept up to 64 MB RAM
supports 4, 8, 16, 32 MB, 60-80 ns SIMMs
40 MHz version needs 60 ns SIMMs
33 MHZ needs 70 ns
28 MHz needs 80 ns
full 040 burst memory access (4/2/2/2 clock cycles - 64 MB/s memory bandwidth)
configuration
wait-state jumpers for slow SIMMs
jumpers for setting the size of the biggest SIMM
jumpers for double-sided SIMMs
Fast SCSI 2 controller
NCR 53C710 @ 40 MHz
32 bit SCSI host bus DMA interface supporting burst to/from RAM
max 10 MB/s synchronous transfer speed
autoboot ROM (warpdrive.device) - can be disabled by a jumper
incompatible with the A3000's motherboard SCSI controller - replacing the A3000's SCSI chip to rev. 08 solves the problem
external SCSI connector is only available separately
supported by Linux, NetBSD and OpenBSD
notes
cannot maprom
MMU and cache disable jumpers
A3000 notes
not expected to work with static column RAM on the motherboard
can provide 25 MHz clock signal to the motherboard (useful for a 16 MHz A3000 system)
jumper settings
A - 040: ON - disabled
B - SIMM type: ON - single sided, OFF - double sided
C - SIMM size: ON - 4 megabit chips, OFF 16 megabit chips
D - wait state: ON - enabled
F - MMU: ON - disabled
G - cache: ON - disabled
K OFF OFF OFF OFF ON ON ON ON
J OFF OFF ON ON OFF OFF ON ON
H OFF ON OFF ON OFF ON OFF ON
- SCSI config - autoboot disabled - delayed autoboot, LUN scan, asynchronous - delayed autoboot, LUN scan, 200 ns sync - delayed autoboot, LUN scan, 100 ns sync - LUN scan, 200 ns sync - LUN scan, 100 ns sync - 200 ns sync - 100 ns sync
Rev 3 for A3000, back side
Rev 1 for A4000, back side
front side
back side
Rev 3 for A3000, back side
Advert (US) 1994-09 Advert Part 1 (GB) 1994-10 Advert Part 2 (GB) 1994-10 Advert (US) 1994-12 Advert (DE) 1994-08