Actually, you just need to do a PCB for underneath the Duo Mobo, a Flex circuit would be even better, but I don't know about short run/prototyping costs for flex circuits.
Pull the entire PDS into the HDD Bay. That'll give you 16 bits for the T-REX ASIC enabled 1400 PCMCIA Card Cage and its IR-Talk sub-system. This was slated for the announced, but never realized/rleased, PCMCIA UltraDock. The Hard-Tooling Costs for the PCMCIA UltraDock's Plastics were somewhat recouped by the pitiful (relatively speaking) UltraDocks that did ship with that Gaping Maw under the PCB where the Card Cage was to be placed.
I'm not sure how many more bits make it from the PBX '030 Bridge ASIC to the Card Cage headers, but I'll wager that any that don't lead to the 1400's Video/EtherNet Card Interface . . .
. . . the Modem Bay is an interesting, if cramped, place to wedge something in, but the subterranean Flex Cable/PCB route to HDD & Modem Bays would be the way to really do some I/O hacking!
IMHO, of course!
)
Pull the entire PDS into the HDD Bay. That'll give you 16 bits for the T-REX ASIC enabled 1400 PCMCIA Card Cage and its IR-Talk sub-system. This was slated for the announced, but never realized/rleased, PCMCIA UltraDock. The Hard-Tooling Costs for the PCMCIA UltraDock's Plastics were somewhat recouped by the pitiful (relatively speaking) UltraDocks that did ship with that Gaping Maw under the PCB where the Card Cage was to be placed.
I'm not sure how many more bits make it from the PBX '030 Bridge ASIC to the Card Cage headers, but I'll wager that any that don't lead to the 1400's Video/EtherNet Card Interface . . .
. . . the Modem Bay is an interesting, if cramped, place to wedge something in, but the subterranean Flex Cable/PCB route to HDD & Modem Bays would be the way to really do some I/O hacking!
IMHO, of course!
)