Intel Solutions Publication

[rjluna2]

Intel introduced the 32-pin 27010 (128K x 8), 28-pin 27011 (8 x 16K x 8), and 40-pin 27210 (64K x 16) EPROMs using the 1.4-micron HMOS II-E process technology here. All are available for USD $90 per 1,000 in quantities.

Source: Intel Corporation, "New Product Focus Components: One-Megabit EPROMs: A Triple Threat", Solutions, May/June 1986, page 10

[rjluna2]

Intel introduced the fastest 128K EPROM with these following 27128B-110V05, 27128B-135V05 and 27128B-150V10 with new process which it reduced 25% die space. All three speed are available for 110, 135 and 150-ns access speeds respectfully. All are available in 28-pin DIP package.

Source: Intel Corporation, "New Product Focus Components: World's Fastest 128K EPROM Takes Off", Solutions, May/June 1986, page 11

[CPUShack]

27128B is a pretty rare EPROM, by that time faster and better CMOS EPROMs were coming out

[rjluna2]

One time programming EPROMs are available in plastic package for both P27512 (64K x 8 bits) and P27513 (4 x 16K x 8bits) version.

Source: Intel Corporation, "New Product Focus Components: Plastic EPROMs Speed Programming And Assembly", Solutions, May/June 1986, page 11

[rjluna2]

Intel introduced ISA card mass storage using the Intel's 4-megabit bubble memory technology. Two version available as PCB-75: Evaluator and PCB-76: Emulator. The latter does contains BIOS that support as a floppy disk drive emulator.

Source: Intel Corporation, "New Product Focus Systems: PC-BUBBLE Card Does Double Duty", Solutions, May/June 1986, page 14

[rjluna2]

Interfacing with 80186/80188 CPU with 8087 math coprocessor using the Intel 82188 Integrated Bus Controller.

Source: Farrer, Steve, "Application Note: High-Speed Numerics With The 80186/80188 And 8087", Intel Corporation, Solutions, May/June 1986, page 20

[rjluna2]

Intel introduced the 82786 Graphic Coprocessor using the CHMOS-III technology. It can support up to 4-Megabyte addressable of video RAM. It can support up to 256 colors. It also supports direct video addressable space as well.

Source: Rant, Jon, "The 82786: Opening a Hardware Window To The World", Intel Corporation, Solutions, July/August 1986, page 2

[rjluna2]

The Intel 82786 Graphics Coprocessor has two separate processing units; it has own CPU built in and has own built-in graphics memory/CRT port. It can handle up to 4 Megabyte of RAM of video memory. It can support minimally of 128 Kilobyte of bit-map memory. It can support up to 256 colour simultaneously.

Source: Intel Corporation, "New Product Focus Components: Graphics Chip Unlocks New PC Capabilities", Solutions, July/August 1986, page 13

[rjluna2]

Intel introduced 82502 Ethernet Transceiver chip that supports 10BASE5 (Ethernet) and 10BASE2 (Cheapernet) using the 802.3 standard by the IEEE which supports up to 10-megabit operation using the CHMOS technology.

Source: Intel Corporation, "New Product Focus Components: Transceiver Chip Serves Ethernet & Cheapernet", Solutions, July/August 1986, Page 14

[rjluna2]

Intel launched the Personal Computer Enhancement Operation in 1984 to expand the IBM PC's function. They have expanded with 2,000 distributors with their products.

Source: Ashborn, Jim, "PCEO: Expanding The Office PC Revolution", Intel Corporation, Solutions, July/August 1986, page 17

[rjluna2]

Intel demonstrating how to interface with Intel 82716 Video Storage Display Device using the existing technology between CPU and video memory to video display.

Source: Shah, Viren, "High Integration And Low-Cost Graphics With The 82716 VSDD", Intel Corporation, Solutions, July/August 1986, page 20

[rjluna2]

The Intel 82510 Universal Asynchronous Receiver/Transmitter (UART) replaced up to eight components on many typical designs. This chipset uses Intel's CHMOS III processing technology. It is compatible to existing Intel's 8250A UART chipset which assures software compatible to IBM PC environment.

Source: Intel Corporation, "New Products Focus Systems: Communications Chip Cuts Hardware/Software Requirements", Solutions, November/December 1986, page 18

[rjluna2]

Designing with Intel 82586/82501/82502 chipset with ethernet/cheapernet network interface.

Source: Nishide, Kiyoshi, "Application Note: Ethernet/Cheapernet System Design With The 82586/82501/82502 Chip Set", Intel Corporation, Solutions, November/December 1986, page 23

[rjluna2]

The available Inboard 386/AT are range from USD $1,995 (no memory) to USD $3,640 (1 MB on board plus 2 MB piggyback card). Interestingly, the 10 MHz 80287 Mathematics Coprocessor is available for USD $495 for retail package.

Source: Intel Corporation, "New Product Focus Systems: Intel Board Pumps 32-Bit Power Into IBM PC/ATs And Compatibles", Solutions, January/February 1987, page 11

[rjluna2]

The Intel 82072 floppy disk controller consolidate from 26 discrete TTL ICs including Intel 8272A chipset. It supports 250, 300, 500 and 1000 kilobit per second. The Intel 82064 Winchester disk controller uses CHMOS technology that reduces 80% power requirement from NMOS controllers. It is enhanced version of WD's WD2010A-05 Winchester disk controller as compatible to ST06/ST412 interface specifications. It supports up to 5 megabit per second data rate.

Source: Intel Corporation, "New Product Focus Components: Single-Chip Disk Controller Squeeze More Into Less", Solutions, January/February 1987, page 14