Manufacturer “VMC Harald Frank”
3 expansions in database
Hypercom (PortJnr, PortPlus) Hypercom Plus ISDN Blaster
Manufacturer
VMC Harald Frank , Germany Date
1996 / 1997Amiga
A1200 A2000, A3000, A4000 - -Interface
clock port Zorro IIAutoconfig ID
5001 / 2,3
serial and parallel interfaces
Hypercom 1 / PortJnr
tiny 2x4 cm board
connects to A1200's clock port
Exar 16C650 UART chip
one DB25 RS232 serial port
50 to 460800 bps transfer speed
64 byte FIFO buffer (32 byte receive, 32 byte send)
may have problems with 1D4 motherboard revision
requires some modifications in order to work together with the Melody 1200 audio board
not compatible with Mikronik towers
Hypercom 3 & 3Z / PortPlus
Hypercom 3: connects to A1200's clock port
Hypercom 3Z: Zorro II version
Exar 16C552 or 16C553 UART chip
one DB25 bidirectional parallel port with 500 kB/s transfer speed
one DB9 and one DB25 RS232 serial port with up to 460800 bps transfer speed
32 byte FIFO buffer (16 byte receive, 16 byte send)
A1200 version may have problems with 1D4 motherboard revision
requires some modifications in order to work together with the Melody 1200 audio board
not compatible with Mikronik towers
Hypercom 3Z serial ports are supported by NetBSD
Hypercom 3i
expansion module for the Hypercom 3Z / 4 and the ISDN Blaster
Exar 16C552 UART chip
two additional DB25 460800 bps buffered serial ports
one additional DB25 500 kB/s buffered bidirectional parallel port
32 byte FIFO buffer (16 byte receive, 16 byte send)
Hypercom 4
Zorro II
two Exar 16C554 or 16C654 UART chips
four DB25 RS232 serial ports with up to 460800 bps transfer speed
32 byte FIFO buffer (16 byte receive, 16 byte send)
up to five Hypercom 4 can be installed into one Amiga
supported by NetBSD
Hypercom 1 / PortJnr, front side
Hypercom 1 / PortJnr, back side
Hypercom 4, front side
Manufacturer
VMC Harald Frank , Germany Date
1998Amiga
A1200 A2000, A3000, A4000 - -Interface
clock port Zorro IIAutoconfig ID
5001 / 6,7
serial and parallel interfaces
Hypercom 3 Plus
available in both Zorro II and clock port versions
the latter connects directly to the 26 pin expansion port of Buddha/Catweasel or connects with a cable to A1200's clock port
the Zorro II version is based on the HyperCom 4 Plus, it uses the same PCB
Exar 16C552 UART chip
one DB25 bidirectional parallel port with 500 kB/s transfer speed
one DB9 and one DB25 RS232 serial port with up to 460800 bps transfer speed
32 byte FIFO buffer (16 byte receive, 16 byte send)
not compatible with Mikronik towers
supported by NetBSD
Hypercom 3 Tel
expansion module for the ISDN Blaster
Exar 16C552 UART chip
two DB25 460800 bps buffered serial ports
one DB25 500 kB/s buffered bidirectional parallel port
one handset connector
32 byte FIFO buffer (16 byte receive, 16 byte send)
Hypercom 4 Plus
Zorro II
two Exar 16C552 UART chips
four DB25 or DB9 RS232 serial ports with up to 460800 bps transfer speed
two DB25 500 kB/s buffered bidirectional parallel ports
32 byte FIFO buffer (16 byte receive, 16 byte send)
up to five Hypercom 4 can be installed into one Amiga
supported by NetBSD
Clock port version, front side
Clock port version, back side
Zorro II version, back side
Zorro II version, back side
hypercom298.lha
VMC Harald Frank (Wayback Machine) HyperCOM installation 712 kB
Manufacturer
VMC Harald Frank , Germany Date
1996Amiga
A2000, A3000, A4000Interface
Zorro IIAutoconfig ID
5001 / 1
Siemens / ISAC-S, HSCX, HSCX-TE chipset
max 2× 64000 bps transfer speed
128 byte FIFO buffer
up to 10 different MSN numbers per device
support for ISDN SetClock
supported protocols on B channel
X.75, T.70 NL, T.90, V.110, V.120, PPP
supported protocols on D channel
expansion port for the Hypercom 3i and Hypercom 3 Phone I/O modules
due to a couple of bugs in the ISDN Blaster PALs, the expansion port is not ready to take any expansions by default
Michael Böhmer from E3B describes the required hardware patch
up to 5 ISDN Blasters can be installed into one Amiga
supported by NetBSD
bugs
the card configures with a chained config request, so the Amiga thinks the card in the slot behind the Blaster is located on the same PIC - this bug is mostly harmless and correctable
the card stores only the upper three bits of the base address, assuming that it will get a place in the address space between 0xe80000 and 0xef0000 - this bug is not correctable
the address decoding does not differentiate between the ISDN chipset and the expansion socket - this bug is only noticeable when an expansion module is present; it is correctable
front side
back side
Connector, right side
front side
back side