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*AMD . . . . . . . [no datasheets, some info]...
*Chips & Technologies...
**F87000 Multi-Mode Peripheral Chip 11/23/93
***Info:...
***Versions:...
***Features:
o Fully static design substantially reduces power consumption when
compared to discrete TTL designs, allowing direct battery drive.
o 3.3V or 5V operation provides flexibility for system design and
allows dynamic 3.3/5V switching of system voltage to further
reduce power consumption.
o Each F8700 device can be strapped to configure one of three
buffer modes or a multi-function mode, reducing parts inventory
requirements.
o High integration means each F8700 mode replaces at least seven
discrete TTL devices.
o Full isolation of PCMCIA memory and I/O cards is supported to
allow safe insertion and removal of cards, both "hot" and "cold."
o PCMCIA buffer modes are completely PCMCIA 2.0-compatible.
o For single PCMCIA card support, Mode 1 buffers 20 address lines
and 5 control lines. Because of the quiet bus design of PC/CHIPm
the upper address lines can be connected directly to the PCMCIA
card slot in a single card system for full 64MB support.
o For dual PCMCIA card support, Modes 2 and 3 together buffer all
necessary address and control lines for independent 64MB support
of each card.
o Between PCMCIA cycles, the F87000 sets PCMCIA buses and control
lines to a low-power state to consume only a fraction of the power
used in a standard TTL buffer design.
o Multi-function mode (Mode 4) provides keyboard scanning, a
parallel interface, and IDE interface, a configuration latch, and
a 1.8MHz UART clock generation circuit.
o Keyboard scan interface in the multi-function mode requires only a
single external resister pack and provides an interrupt to the
system on key depression. The interface can be used instead as
general-purpose 16-bit output and 8-bit input ports.
o Parallel interface in the multi-functional mode allows high-speed,
PS/2-compatible bidirectional communication with other systems.
o Configuration latch can be used to control seven external devices
plus the UART clock divider. An additional decode line accommo-
dates an external latch for eight more device control lines.
**Other:...
**Disk:...
**Video:...
*Contaq . . . . . [no datasheets, some info]...
*Efar Microsystems [no datasheets, some info]...
*ETEQ...
*Faraday...
*Forex . . . . . . [List only, no datasheets found]...
*Intel...
**800 series
***810 (Whitney) 04/26/99...
***810L (Whitney) 04/26/99...
***810-DC100 (Whitney) 04/26/99...
***810e (Whitney) 09/27/99...
***810e2 (Whitney) 01/03/01...
***815 (Solano) 06/19/00...
***815e (Solano-2) 06/19/00...
***815em (Solano-?) 10/23/00...
***815ep (Solano-3) c:Nov'00...
***815p (Solano-3) c:Mar'01...
***815g (Solano-3) c:Sep'01...
***815eg (Solano-3) c:Sep'01...
***820 (Camino) 11/15/99...
***820e (Camino-2) 06/05/00...
***830M (Almador) 07/30/01...
***830MP (Almador) 07/30/01...
***830MG (Almador) 07/30/01...
***840 (Carmel) 10/25/99...
***845 (Brookdale) 09/10/01...
***845MP (Brookdale-M) 03/04/02...
***845MZ (Brookdale-M) 03/04/02...
***845E (Brookdale-E) 05/20/02...
***845G (Brookdale-G) 05/20/02...
***845GL (Brookdale-GL) 05/20/02...
***845GE (Brookdale-GE) 10/07/02...
***845PE (Brookdale-PE) 10/07/02...
***845GV (Brookdale-GV) 10/07/02...
***848P (Breeds Hill) c:Aug'03...
***850 (Tehama) 11/20/00...
***850E (Tehama-E) 05/06/02...
***852GM (Montara-GM) 01/14/03...
***852GMV (Montara-GM) ???...
***852PM (Montara-GM) 06/11/03...
***852GME (Montara-GM) 06/11/03...
***854 (?) 04/11/05...
***855GM (Montara-GM) 03/12/03...
***855GME (Montara-GM) 03/12/03...
***855PM (Odem) 03/12/03...
***860 (Colusa) 05/21/01...
***865G (Springdale) 05/21/03...
***865PE (Springdale-PE) 05/21/03...
***865P (Springdale-P) 05/21/03...
***865GV (Springdale-GV) c:Sep'03...
***875P (Canterwood) 04/14/03...
*Headland/G2...
*HMC (Hulon Microelectronics)...
*Logicstar...
*Motorola...
*OPTi...
*PC CHIPS/Amptron/Atrend/ECS/Elpina/etc...
*SIS...
**85C471/407 Green PC ISA-VLB 486 Single Chip <94
***Info:
The SiS85C47l, single chip controller supports Intel's 80486DX2/DX/
SX/SL Enhanced, P24D/P24T/P24C CPU, Cyrix's Cx486S2 (M6/M7) CPU and
AMD's Am486DXL/DXLZ CPU.
The Si885C471 is a high performance, 100% PC/AT compatible single chip
controller, designed for cached/non-cached P24D/P24T/P24C, M6/M7 or
486 PC systems. The high integration of the powerful cache controller,
the DRAM controller, the CPU interfaces, the bus controller, the data
buffers and the peripheral controllers provides an easy and economical
solution for compact board manufacturing.
In addition to supporting burst reads for the cache line fills of the
CPU, the SiS85C47l is capable of accepting burst write data of the
CPU's internal cache dirty line(s) during CPU write-back cycles. The
support of the CPU burst write cycle is optional through the control
of the Configuration Registers. The SiS85C471 supports the cache size
up to l MB and the DRAM size up to 128 MB.
The SiS85C471 has a built-in cache controller which supports direct
mapped write-through/write-back cache. The programmable AT-bus clock
supports are compatible with AT-bus timing requirements for different
PC systems.
In addition, the local bus interfaces, the integration of the DMA
Controllers, Interrupt Controllers and Timers/Counters are designed to
be a higher performance, more compact, and more cost-effective product
for a P24D/PZ4T/PZ4C, 486SX/DX/DX2/SL-Enhanced, Am486DXL/DXLZ, or a
Cx48682 (M6/M7) PC/AT system.
The SiS85C47I provides power saving features to allow a system,
through the control of BIOS, to reduce the CPU clock frequency from
50MHz down to 0 MHz(STOP CLOCK) when the system is idle.
To support the SL-Enhanced 486, M6/M7, P24D/P24T/P24C's Am486DXL/DXL2
STPCLK/SMI features, the SiS85C47l also implements the corresponding
logics to support STPCLK /SMI for power saving.
The SiSSSC471 supports the VL-Bus applications including (1) CPU
accesses VL-Bus targets, (2) VL-Bus master mode, and (3) DMA or ISA
master accesses VL-Bus targets.
The SiS85C471 provides flexible ways in configuring the system
depending on whether cache or VESA local bus masters are
supported. The different configurations require different numbers of
external components.
***Configurations:...
***Features:...
**85C496/497 486-VIP 486 Green PC VESA/ISA/PCI Chipset <95...
**85C501/502/503 Pentium/P54C PCI/ISA Chipset <01/09/95...
**5101/5102/5103 Pentium/P54C PCI/ISA Chipset <04/02/95...
**5120 Pentium PCI/ISA Chipset (Mobile) <01/28/97...
**5501/5502/5503 Pentium/P54C PCI/ISA Chipset <04/02/95...
**5511/5512/5513 Pentium PCI/ISA <06/14/95...
**5571 (Trinity) Pentium PCI/ISA Chipset (75MHz) <12/09/96...
**5581/5582 (Jessie) Pentium PCI/ISA Chipset (75MHz) <04/15/97...
**5591/5592/5595 (David) Pentium PCI A.G.P. Chipset <01/09/98...
**5596/5513 (Genesis) Pentium PCI Chipset <03/26/96...
**5597/5598 (Jedi) Pentium PCI/ISA Chipset <04/15/97...
**530/5595 (Sinbad) Host, PCI, 3D Graphics & Mem. Ctrl.<11/10/98...
**540 (Spartan) Super7 2D/3D Ultra-AGP Single C.S.<11/30/99...
**55x SoC (System-on-chip) <03/14/02...
**
**Support chips:
**85C206 Integrated Peripheral Controller [no datasheet] ?...
**5595 Pentium PCI System I/O <12/24/97...
**950 LPC I/O <07/16/99...
**Other:...
**PII/III/Pro...
**Athlon etc...
*Symphony...
*TI (Texas Instruments)...
*UMC...
*Unresearched:...
*VIA...
*VLSI...
*Western Digital...
*Winbond...
*ZyMOS...
*General Sources:...
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