Documentation Wanted: Difference between revisions

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|DP8534-V || National Semiconductor || Second-generation 68040 Macs (Quadra and Centris 610/650/800) || Low || I was able to reverse-engineer enough of this chip from a Linux driver to create a usable emulation (thanks smf!) but some details are still unclear.
|DP8534-V || National Semiconductor || Second-generation 68040 Macs (Quadra and Centris 610/650/800) || Low || I was able to reverse-engineer enough of this chip from a Linux driver to create a usable emulation (thanks smf!) but some details are still unclear.
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|F8680 PC/CHIP || Chips and Technologies || Cablenet 2039 Controller || Low || Enhanced 8086 CPU with PC-like on-chip peripherals and one or two custom instructions. Some documentation is online, but Programmer's Reference Manual (UG75) is missing.
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|HPC family (e.g. HPC46003) || National Semiconductor || Various ISA/MCA storage controllers, AGE crane games || Low || The most detailed architectural reference, the HPC16083/HPC16043/HPC16003 User's Manual (424410897-001A), is unavailable, though datasheets and application notes are easy to find. The HPC46400E User's Manual (420420213-001), though for an uncommon later model, may also be of interest here.
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|i750 Video Processor (82750PB + 82750DB) || Intel || Dragon Gun || Not so low || The Intel 82750PB Microcode Programming Guide is of particular interest. ||
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|M16 series (M31000, M31002, M31010, M31011) || Mitsubishi || Korg Trinity || Low || 32-bit CISC architecture related to M32. Likely discontinued before the Renesas takeover in favor of M16C and M32C, whose CPU cores are completely different. https://github.com/linuxha/asl/ supports its assembly language.
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|MN1600 series (MN1610, MN1611, MN1613, MN1617) || Panasonic || Fujitsu/Panafacom/Matsushita FACOM 9450, C-15/C-x80 and Operate xxx series || Low || http://www.st.rim.or.jp/~nkomatsu/panafacom/MN1610.html has a lot of info but isn't complete, especially for the MN1617.
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|MN1860 series (e.g. MN1860003) || Panasonic || CD-ROM drives || Low || Upgrade of MN1880. Selection guide summarizes features of a few models. Instruction set mostly deduced from reverse engineering. ||
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|MN1880 series (e.g. MN18801A, MN1880023, MN1884820) || Panasonic || Novation synthesizers, Yamaha PSR-500, various CD-ROM drives || Low || Selection guide summarizes features of a few models. Instruction set mostly deduced from MN1872423 (MN1870 series) documentation and reverse engineering, but most internal registers remain mysteries. A manual for CL/1, a C-like compiled language developed by Panasonic for MN1880 and other MCUs, would also be potentially of interest. ||
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|PPC1, PPC2 || Paradise Systems (later Western Digital) || Sun 3/80, Schneider Tower AT 220, various Paradise/WD ISA video cards || Low || These are single-chip versions of the IBM PC parallel port interface (PPC2 adds bidirectional capability). They probably work similarly to other parallel port controllers, but datasheets are not available. ||
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|SPC900/SPC970 series || Sony || MechaCon in older PlayStation 2 models || Low || Very little is known about this 16-bit MCU architecture beyond some not very informative datasheets.
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Latest revision as of 13:50, 28 July 2023

Chip name Maker/Brand System / driver Priority Notes
DP8534-V National Semiconductor Second-generation 68040 Macs (Quadra and Centris 610/650/800) Low I was able to reverse-engineer enough of this chip from a Linux driver to create a usable emulation (thanks smf!) but some details are still unclear.
F8680 PC/CHIP Chips and Technologies Cablenet 2039 Controller Low Enhanced 8086 CPU with PC-like on-chip peripherals and one or two custom instructions. Some documentation is online, but Programmer's Reference Manual (UG75) is missing.
HPC family (e.g. HPC46003) National Semiconductor Various ISA/MCA storage controllers, AGE crane games Low The most detailed architectural reference, the HPC16083/HPC16043/HPC16003 User's Manual (424410897-001A), is unavailable, though datasheets and application notes are easy to find. The HPC46400E User's Manual (420420213-001), though for an uncommon later model, may also be of interest here.
i750 Video Processor (82750PB + 82750DB) Intel Dragon Gun Not so low The Intel 82750PB Microcode Programming Guide is of particular interest.
M16 series (M31000, M31002, M31010, M31011) Mitsubishi Korg Trinity Low 32-bit CISC architecture related to M32. Likely discontinued before the Renesas takeover in favor of M16C and M32C, whose CPU cores are completely different. https://github.com/linuxha/asl/ supports its assembly language.
MN1600 series (MN1610, MN1611, MN1613, MN1617) Panasonic Fujitsu/Panafacom/Matsushita FACOM 9450, C-15/C-x80 and Operate xxx series Low http://www.st.rim.or.jp/~nkomatsu/panafacom/MN1610.html has a lot of info but isn't complete, especially for the MN1617.
MN1860 series (e.g. MN1860003) Panasonic CD-ROM drives Low Upgrade of MN1880. Selection guide summarizes features of a few models. Instruction set mostly deduced from reverse engineering.
MN1880 series (e.g. MN18801A, MN1880023, MN1884820) Panasonic Novation synthesizers, Yamaha PSR-500, various CD-ROM drives Low Selection guide summarizes features of a few models. Instruction set mostly deduced from MN1872423 (MN1870 series) documentation and reverse engineering, but most internal registers remain mysteries. A manual for CL/1, a C-like compiled language developed by Panasonic for MN1880 and other MCUs, would also be potentially of interest.
PPC1, PPC2 Paradise Systems (later Western Digital) Sun 3/80, Schneider Tower AT 220, various Paradise/WD ISA video cards Low These are single-chip versions of the IBM PC parallel port interface (PPC2 adds bidirectional capability). They probably work similarly to other parallel port controllers, but datasheets are not available.
SPC900/SPC970 series Sony MechaCon in older PlayStation 2 models Low Very little is known about this 16-bit MCU architecture beyond some not very informative datasheets.