Apple Macintosh

Macintosh, also known informally as Mac, is a family of personal computers manufactured by Apple Computer, Inc. of Cupertino, California, USA. Named after a popular type of apple, the McIntosh, the Macintosh was launched in January 1984 with a famous Super Bowl commercial. It was the first computer to popularize the graphical user interface (GUI, pronounced "gooey"), at that time a revolutionary development in desktop computing.

Table of contents

1 Architecture
2 History
3 Clones
4 Models
5 See also
6 External links

Architecture

The operating system, originally called the System Software or System, officially became known as the Mac OS as of version 7.6 (although strictly speaking, version 7.5.1, being the first to display the Mac OS logo, is the first version of the Mac OS under that name). In March 2001, Apple introduced a modern and more secure Unix-based successor, Mac OS X (the X is pronounced "ten", being the roman numeral). From its inception, the Macintosh has introduced or popularized a number of innovations adopted later by other PCs and operating systems. Innovations introduced or popularized with the original Macintosh:\n* A graphical user interface, icons, a desktop, etc.\n* The use of a mouse or other pointing device in personal computing (later, the standardization of an optical mouse on all desktop machines)\n* The "double click" and "click-and-drag" behaviors to perform actions with a pointing device\n* WYSIWYG text and graphics editing ("what you see is what you get")\n* Long file names, with whitespace and no file extension (up to 31 characters before Mac OS X, and expanded to 255 characters under Mac OS X)\n* The 3.5" floppy disk as a standard feature\n* Audio as a standard feature, including a built-in speaker\n* Aesthetic and ergonomical industrial design (improved with later models, particularly the original iMac in 1998) Innovations introduced or popularized with later Macintosh models or software:\n* The PostScript laser printer\n* Desktop publishing\n* User programmability through HyperCard and AppleScript\n* The SCSI interface\n* Audio in as a standard feature\n* A CD-ROM drive as a standard feature\n* A single desktop environment that may span multiple monitors\n* Ethernet support as standard feature\n* FireWire, also known as IEEE 1394, an Apple-developed standard also promoted by Sony under the name iLink (Blue and White G3, 1998)\n* IEEE 802.11b and IEEE 802.11g wireless networking, branded AirPort, AirPort Extreme, and AirPort Express by Apple (original iBook, 1999)\n* The abandonment of the floppy disk (original iMac, 1998)\n* The first commercially available computer to rely primarily on USB for peripheral connection. (original iMac, 1998)\n* A modern RISC-based architecture in the form of the PowerPC processor, developed jointly by Apple, IBM and Motorola (Power Macintosh 6100, 1994)\n* The first affordable DVD-R drive ("SuperDrive", Power Mac G4, 2000)\n* Flat-panel displays as a standard feature\n* First notebook computers with built-in pointing devices and rear-mounted keyboards (PowerBook 100 series, 1991)\n* First notebook computer with widescreen display (PowerBook G4, 2000)\n* First notebook computer with dock/port replicator (PowerBook Duo, 1992)

History

\n Steve Jobs and a number of Apple engineers visited Xerox PARC in 1979, three months after the Lisa and Macintosh projects had begun. They had been invited by Xerox, an investor in Apple, to see the Xerox Alto and Xerox Star computers, which were pioneers in usable GUI technology. There is debate over the degree of impact that this visit had on Apple's products -- Apple's GUIs ended up working and looking different from the PARC GUIs, and GUIs had been an active area of computing research since the late 1960s -- but it is clear that the Xerox visits were extremely influential on the development of the Lisa and Macintosh. See History of the GUI. The Macintosh's predecessor, the Lisa computer, was introduced in January 1983 for a price of $9,995.00 with many of the GUI-related innovations later seen on the Macintosh. It was aimed at business customers but was too much of a hard sell at the time; it was not a success for Apple, and the line was discontinued in 1986. The Macintosh was introduced on January 22, 1984, with a famous Super Bowl commercial featuring a female athlete throwing a hammer through a giant TV screen image of a dictator ("Big Brother", alluding to the tyrant character of the novel Nineteen Eighty-Four, and vaguely reminiscent of the dominant computer maker at that time: IBM). The Mac went on sale two days later for a price of $2,495.00. Although the Mac garnered an immediate enthusiastic following, it was too radical for some. Since the machine was entirely designed around the GUI, existing command-line programs had to be redesigned and rewritten, a challenging undertaking that many software developers shied away from, which initially led to a lack of software for the new system. In 1985, the combination of the Mac and its GUI with Adobe PageMaker and Apple's LaserWriter printer enabled a low-cost solution for designing and previewing printed material, an activity that came to be known as desktop publishing. Interest in the Mac exploded, and it has continued to be the standard platform for publishing and printing houses. By the early 1990s, it was thought by some that RISC-architecture CPUs would soon dramatically outpace the speed increases occurring over the same time in CISC CPUs such as the Macintosh's Motorola 68000 series and Intel's x86 series. The AIM alliance of Apple Computer, IBM and Motorola was announced to create a series of RISC CPUs called the PowerPC. Existing Macintosh software that had been written for the 68000 series CPUs -- including some large sections of the Mac OS -- were made to run with a software emulator. The PowerPC remains the Macintosh CPU to date, although the architectural benefits and speed differences of RISC versus CISC remain controversial. In 2000, the Macintosh made a second fundamental change, this time in its operating system, by switching to the Mach and BSD Unix-based Mac OS X.

Clones

\nThe Apple II and IBM PC computer lines had been "cloned" by other manufacturers who had reverse engineered the minimal amount of firmware in the computers' ROM chips and subsequently legally produced computers that would run the same software. These clones were seen by Apple as a threat; Apple II sales had presumably suffered from the competition provided by Franklin Computer Corporation and its ilk. (Subsequently, the threat proved to be real; today, Dell Computer, Gateway, and Hewlett-Packard all sell more IBM PC compatible computers than IBM does.) The Macintosh's system software strategy was created with an eye toward suppressing any Mac clones. The Macintosh system software was a very large amount of complicated code that embodied the Mac's entire set of APIs, including the use of the GUI and file system, and a large amount of this system software was included in the Macintosh's ROM chips. Hence any competitor who attempted to create a Macintosh clone would have to either illegally duplicate all the copyrighted code in the ROMs -- in which case Apple could legally squash the manufacturer -- or reverse-engineer the ROMs, which would have been an enormous and costly process without certainty of success. The strategy was successful; for years, several manufacturers created Macintosh clones which includes Unitron (Brazil, circa 1985), McMobile (1986-89), Outbound Laptop and Notebook, (1989-91), Atari ST + Magic Sac, Colby WalkMac (circa 1989), Dynamac (1988-89), 68000 Dash 30fx (circa 1991), but they obtained their ROMs by actually purchasing one of Apple's Macintosh computers and removing from it the required parts, then installing those parts in the clone's case. This resulted in very expensive clones that were never popular, and Apple could safely say that its share of the Macintosh computer market was not in danger. However, by 1995, Apple owned only about 7% of the worldwide market share of computers, and decided to launch a clone program, by which it would license the Macintosh ROMs and system software to other manufacturers who agreed to pay a royalty. The aim was to increase Apple's market share in the desktop computer market. From early 1995 to mid-1997, it was possible to buy PowerPC-based clone computers, running Mac OS, from Motorola, Radius, APS Technologies, Daystar, Power Computing, Umax, and other vendors. The styling of the Mac clones often more closely resembled that of a PC than of a Mac, but the clones frequently offered a lower price and sometimes better performance. Soon after Steve Jobs' return to Apple, he attempted to re-negotiate the clone's license agreement to prevent Apple from losing money. When the clone makers refused, Jobs terminated the clone program. He stated that the clone program was ill-conceived and had been a result of "institutional guilt", meaning that there had been a widely held belief at Apple that had the company aggressively pursued a legal cloning program early in the history of the Macintosh, consumers might have turned to low-priced Macintosh clones rather than low-priced IBM PC compatible computers, and Apple might have ended up in the position currently occupied by Microsoft -- an extremely profitable company with low margins with a wide base of consumers perpetually dependent on its system software products. By now, Jobs stated, it was too late for this to happen; the clone program was doomed to failure from the start; and since Apple mostly made money by selling computer hardware, for the most part, it ought not engage in a licensing program to reduce its hardware sales.

Models

External links

\n*Articles from Jef Raskin about the history of the Macintosh\n*Anecdotes about the history of the Macintosh\n*The Macintosh Clones\n*All Mac models, with specs \n\n\n\n\n\n\n\n\nsimple:Macintosh\n\n\nCategory:Personal computers

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