IBM's site stated: They went to Microsoft for the operating system (QDOS, renamed PC-DOS and later sold by Microsoft as MS-DOS) and to Intel for its 8088 processor. They chose an existing monitor ...

Without the 8088 we wouldn't have the likes of the IBM Model 5150 – commonly known as the IBM Personal Computer (IBM PC) – which was one of the first machines to use it when it launched in 1981.

he tested the client on a real 1984 vintage IBM 5155 Portable PC. This semi-portable PC/XT model sports a 4.77 MHz 8088 CPU, 640 kB of RAM and a CGA video card with a built-in monochrome monitor.

But that early adopter number changed when IBM introduced its first PC in 1981. Although the first IBM 8088 PC cost $1585, the interest in this PC was strong. Indeed, the IBM PC powered the PC ...

MCA itself was envisioned by IBM as the replacement of ISA ... be an option if one has no need to support 8088-based PCs. When designing a PC/104 card, there should be no compatibility issues ...

The first IBM PC ran on a 4.77 MHz Intel 8088 processor, 16 kilobytes of main memory, expandable to 256k, one or two 160kb floppy disk drives and an optional color monitor. All for a starting ...

See 286. The original PC launched by IBM in 1981 used Intel's 16-bit 8088 CPU. This chip family was designed so that the installed base of CP/M applications could be easily ported to the new ...

The IBM PC used the Intel 8088 microprocessor, a factor which was also pivotal to Intel's growing success. The machine used magnetic tape to load data, and featured an optional floppy disk drive.

When a revolutionary new product launches, what’s the best way to invest in its success? By buying that product-maker’s stock ...

A PC that is compatible with the IBM PC and PS/2 standards; essentially, every Windows PC on the market. This term is rarely heard anymore, but it was widely used in the early days when PC vendors ...

Enterprises are integrating AI into mainframe operations to enhance system management, and they’re using genAI for ...

Servers based on the POWER7 processor can support a maximum of 1,000 virtual servers per physical host, compared to 250 per host with IBM's POWER6, which can have a big impact on data center costs ...