Intel Solutions Publication

[rjluna2]

I'm considering this in the future to put it into archive.org site when I can find time

I have other materials that I wanted to be submitted to the archive.org site as well

[Williac]

It’s actually really easy. I just created an account when I wanted to upload some stuff. I have a harder time trying to find time to scan.

[rjluna2]

That is your answer to my problem

[rjluna2]

Museum of Modern Art in New York think the 32-bit 386 microprocessor is a work or art as seven-square-foot diagram of the die.

https://www.moma.org/collection/works/2538?artist_id=10016&page=1&sov_referrer=artist
https://www.moma.org/documents/moma_catalogue_2101_300062988.pdf

Source: Intel Corporation, "NewsBits: Chip As Art", Microcomputer Solutions, September/October 1988, page 1

[rjluna2]

Intel introduced 80386SX microprocessor with full blown 32-bit intenal architecture with 16-bit external data bus. It is built into 100-lead PQFP which it reduced the real estate of the system board. Also, available 387SX math coprocessor which boost floating point performance. Included the Intel 82235 the AT compatible chipset for this new microprocessor. Also, available MCA compatible 82310 chipset for this new microprocessor as well.

Source: Lewnes, Ann, "Welcome 80386SX", Microcomputer Solutions, September/October 1988, page 2

[rjluna2]

MCM silicon 4-Mbit EPROM on standard 40-pin CerDIP.

Source: Intel Corporation, "Coming Attractions: A New Approach to Multi-Chip Hybrid Integration", Microcomputer Solutions, September/October 1988, page 6

[rjluna2]

A fully blown PC XT function down to the size of a credit card for embedded applications. Two silicon on PCB fitted into this board along with EPROM BIOS socket and 8087 math coprocessor socket as well.

Source: Intel Corporation, "New Product Focus: Components: Tiny Board Brings PC Functionality to Embedded Application", Microcomputer Solutions, September/October 1988, page 8

[rjluna2]

A fancy file/email transfer management using modem/fax communication method. It contains 10 MHz 80188 CPU with 256 Kbytes of memory in the board.

Source: Intel Corporation, "New Product Focus: Systems: Connection Coprocessor Makes PC File Transfer Quick, Yet Transparent", Microcomputer Solutions, September/October 1988, Page 10

[rjluna2]

Flat model explained for the Intel 80386/80376 family which includes protect mode. This model permits to utilized 4-gigabyte programming environment.

Source: Burke, Jim, "Flat Model For The 386 Microprocessor Family", Intel Corporation, Microcomputer Solutions, September/October 1988, page 20

[rjluna2]

Intel can expand up to 8 Mbytes of RAM on Above Board 2 Plus for IBM PS/2 Models 50, 50Z and 60 (16-bit card) and Above Board Plus (ISA Card).

Source: Intel Corporation, "NewsBits: Expanded Memory for Above Board Plus", Microcomputer Solutions, November/December 1988, page 1

[rjluna2]

Here is military version of Intel M80C186 embedded controller.

Source: Intel Corporation, "Focus: Components: Fast M80C186 Embedded Controller Cuts Power Usage", Microcomputer Solutions, March/April 1989, page 12

[rjluna2]

The Intel M387 math coprocessor and M82380 met under MIL-STD-883 Rev. C standard. The Intel M387 version were available in 68-lead PGA and quad flatpack. The Intel M82380 were available in 132-lead CPGA and 164-lead CQPK.

Source: Intel Corporation, "Focus: Components: Militarized Peripherals Support M386 Microprocessor", Microcomputer Solutions, March/April 1989, page 12

[rjluna2]

Interfacing with Intel 80376 Embedded Microprocessor and Intel 82370 Integrated Peripheral yield 1.78 Mbyte/sec transfer rate. However, it needs CPU control while the Integrated Peripheral is still running memory transfer.

Source: Kardach, Jim, "Optimizing 376 Processor System Performance with Bus Loading Circuitry", Intel Corporation, Microcomputer Solutions, March/April 1989, page 20

[rjluna2]

Here are these Intel chipsets for i486 microprocessor; 82350 for the EISA bus and 82320 for the MCA bus. Both were expected to be available in the last half of 1989.

Source: Intel Corporation, "NewsBits: Intel Introduces EISA and MCA Support for i486 Microprocessor", Microcomputer Solutions, July/August 1989, page 1

[rjluna2]

On April 10, 1989, Intel introduced low-power 386 SX, 33 MHz 386 DX and both 25 MHZ and 33 MHz i486 microprocessor. Intel introduced low power version of 387SX and 33 MHz 387DX math coprocessor as well. The 33 MHz 82385 cache controller has also been introduced as well.

Source: Lewnes, Ann, "The Intel386 Architecture Here to Stay", Intel Corporation, Microcomputer Solutions, July/August 1989, page 2