Apple design evolution


1976. Apple I
The original Apple Computer, also known retroactively as the Apple I, or Apple-1 was released by the Apple Computer Company (now Apple Inc.) in 1976. They were designed and hand-built by Steve Wozniak.Wozniak's friend Steve Jobs had the idea of selling the computer. The Apple I was Apple's first product, and to finance its creation, Jobs sold his only means of transportation, a VW Microbus, and Wozniak sold his HP-65 calculator for $500. It was demonstrated in July 1976 at the Homebrew Computer Club in Palo Alto, California.

1977. Apple II
The earliest Apple IIs were assembled in Silicon Valley, and later in Texas; printed circuit boards were manufactured in Ireland and Singapore. The first computers went on sale on June 10, 1977 with a MOS Technology 6502 microprocessor running at 1 MHz, two game paddles, 4 kB of RAM, an audio cassette interface for loading programs and storing data, and the Integer BASIC programming language built into the ROMs. The video controller displayed 24 lines by 40 columns of monochrome, upper-case-only (the original character set matches ASCII characters 20h to 5Fh) text on the screen, with NTSC composite video output suitable for display on a TV monitor, or on a regular TV set by way of a separate RF modulator. The original retail price of the computer was $1,298 USD (with 4 kB of RAM) and $2,638 USD (with the maximum 64 kB of RAM). To reflect the computer's color graphics capability, the Apple logo on the casing was represented using rainbow stripes, which remained a part of Apple's corporate logo until early 1998.

1978. Apple Disk II
The Disk II Floppy Disk Subsystem is a 5¼-inch floppy disk drive designed by Steve Wozniak and manufactured by Apple Computer. It was first introduced in 1978 at a retail price of US$495 for pre-order; it was later sold for $595 including the controller card (which can control up to two drives) and cable. The Disk II was designed specifically for use with the Apple II personal computer family to replace the slower cassette tape storage and cannot be used with any Macintosh computer without an Apple IIe Card as doing so will damage the drive or the controller.

1979. Apple II Plus
The Apple II Plus shipped with 16 KB, 32 KB or 48 KB of main RAM, expandable to 64 KB by means of the Language Card, an expansion card that could be installed in the computer's slot 0. The Apple's 6502 microprocessor could support a maximum of 64 KB of address space, and a machine with 48KB RAM reached this limit because of the additional 12 KB of read-only memory and 4 KB of I/O addresses. For this reason, the extra RAM in the language card was bank-switched over the machine's built-in ROM, allowing code loaded into the additional memory to be used as if it actually were ROM. Users could thus load Integer BASIC into the language card from disk and switch between the Integer and Applesoft dialects of BASIC with DOS 3.3's INT and FP commands just as if they had the BASIC ROM expansion card. The Language Card was also required to use LOGO, Apple Pascal, and FORTRAN 77. Apple Pascal and FORTRAN ran under a non-DOS operating system based on UCSD P-System, which had its own disk format and included a "virtual machine" that allowed it to run on many different types of hardware.

1980. Apple III
The Apple III (often rendered as Apple ///) is a business-oriented personal computer produced and released by Apple Computer that was intended as the successor to the Apple II series, but was largely considered a failure in the market. Development work on the Apple III started in late 1978 under the guidance of Dr. Wendell Sander. It had the internal code name of "Sara", named after Sander's daughter. The machine was first announced and released on May 19, 1980, but due to serious stability issues that required a design overhaul and a recall of existing machines, it was formally reintroduced the following autumn.[3] Development stopped and the Apple III was discontinued on April 24, 1984, and the III Plus was dropped from the Apple product line in September 1985.

1983. Apple Lisa computer
The Lisa was a more advanced system than the Macintosh of this time in many respects, such as its inclusion of protected memory, preemptive multitasking,[4] a generally more sophisticated hard disk based operating system, a built-in screensaver, an advanced calculator with a paper tape and RPN, support for up to 2 megabytes (MB) of RAM, expansion slots, a numeric keypad, data corruption protection schemes such as block sparing, non-physical file names (with the ability to have multiple documents with the same name), and a larger higher-resolution display. It would be many years before many of those features were implemented on the Macintosh platform. Protected memory, for instance, didn't reappear until the Mac OS X operating system was released in 2001. The Macintosh featured a faster 68000 processor (7.89 MHz) and sound, however, while the complexity of the Lisa operating system and its programs taxed the 5 MHz Motorola 68000 microprocessor so that consumers said it felt sluggish, particularly when scrolling in documents

1983. Apple Mouse
The mouse created for the Apple Lisa was among the first commercial mice sold in the marketplace. Included with the Lisa system in 1983, it was based on the mouse used in the 1970s on the Alto computer at Xerox PARC. Unique to this mouse was the use of a steel ball, instead of the usual rubber found in subsequent and modern mice. It connected to the computer by means of a standard DE-9 and unique squeeze-release connector. Though developed by Apple, it was actually designed by an outside firm, Hovey-Kelley (renamed IDEO in 1991), who built hundreds of prototypes and conducted exhaustive testing with focus groups in order to create the perfect device.[6] Their perseverance paid off as not only did they bring the design in on time and on budget, but the resulting device remained virtually unchanged for almost 20 years. It was this mouse that established Apple's mouse as a one-button device for over 20 years. Every single aspect of the mouse was researched and developed, from how many buttons to include, to how loud the click should be. The original case design was Bill Dresselhaus's and took on an almost Art Deco flavor with its formal curving lines to coordinate with the Lisa.

1984. Apple IIc computer
The Apple IIc, the fourth model in the Apple II series of personal computers, is Apple Computer’s first endeavor to produce a portable computer. The result was a 7.5 lb (3.4 kg) notebook-sized version of the Apple II that could be transported from place to place. The c in the name stood for compact, referring to the fact it was essentially a complete Apple II computer setup (minus display and power supply) squeezed into a small notebook-sized housing. While sporting a built-in floppy drive and new rear peripheral expansion ports integrated onto the main logic board, it lacked the internal expansion slots and direct motherboard access of earlier Apple IIs, making it a closed system like the Macintosh. However, that was the intended direction for this model — a more appliance-like machine, ready to use out of the box, requiring no technical know-how or experience to hook up and therefore attractive to first-time users.

1984. Macintosh 128k computer
The Macintosh 128K, released initially as simply the "Apple Macintosh" (without the 128k designation), is the original Apple Macintosh personal computer. Its beige case contained a 9 in (23 cm) monitor and came with a keyboard and mouse. A handle built into the top of the case made it easier for the computer to be lifted and carried. It had an initial selling price of US$2,495 (US$5,595 adjusted for inflation). The Macintosh was introduced by the now famous $900,000 television commercial by Ridley Scott, "1984", that most notably aired on CBS during the third quarter of Super Bowl XVIII on January 22, 1984. The sales of the Macintosh were strong from its initial sales release on January 24, 1984 and reached 70,000 units on May 3, 1984. After its successor, the Macintosh 512K, was introduced, it was rebadged as the Macintosh 128K.

1985. Macintosh XL computer
The Macintosh XL had a 400K 3.5" floppy drive and an internal 10 MB proprietary Widget hard drive with provision for an optional 5 or 10 MB external ProFile hard drive with the addition of a parallel interface card. The machine used a Motorola 68000 CPU, clocked at 5 MHz together with 512KB RAM. At the time of release in January 1985, the Macintosh XL was colloquially referred to as the "Hackintosh", although this name has since been used more generally to describe Macintosh computers assembled from unusual combinations of parts or, after Apple's transition to Intel processors, to denote PCs running OSx86, a hacked version of Mac OS X. The Macintosh XL was discontinued in April 1985.

1986. Macintosh Plus computer
The Mac Plus was the first of many Macintoshes to use SIMMs (single in-line memory modules) for its memory. It came standard with 1 MB of RAM (four 256 KB SIMMs) and could be upgraded to 4 MB of RAM. It has 128 KB of ROM on the motherboard, which is double the amount of ROM that's in previous Macs; the then-new System software and ROMs included routines to support SCSI, the then-new 800 KB floppy drive, and the Hierarchical File System (HFS), which uses a true directory structure on disks (as opposed to the earlier MFS, Macintosh File System in which all files were stored in a single directory, with one level of pseudo-folders overlaid on them). For programmers, the fourth Inside Macintosh volume details how to use HFS and the rest of the Mac Plus's new system software. This new filing system allows it to use the first hard drive Apple developed for the 512K, the IWM floppy disk-based Hard Disk 20 and the then-new ROMs allow the Macintosh to use the drive as a startup disk for the first time. The Plus still did not include provision for an internal hard drive and it would be over nine months before Apple would offer a SCSI drive replacement for the slow Hard Disk 20. It would be well over a year before Apple would offer the first internal hard disk drive in any Macintosh.

1987. Macintosh SE computer
The SE was designed to accommodate either one or two floppy drives, or a floppy drive and a hard drive. After-market brackets were designed to allow the SE to accommodate two floppy drives as well as a hard drive, however it was not a configuration supported by Apple. In addition an external floppy disk drive could also be connected, making the SE the only other Macintosh besides the Macintosh Portable which could support three floppy drives, though its increased storage, RAM capacity and optional internal hard drive rendered the external drives less of a necessity than for its predecessors. After Apple introduced the Macintosh SE/30 in January 1989, a logic board upgrade was sold by Apple dealers as a high-cost upgrade for the SE, consisting of a new SE/30 motherboard, case front and internal chassis to accommodate the upgrade components.

1987. Apple Newton PDA
The Newton platform was a personal digital assistant developed by Apple Inc.. Development of the Newton platform started in 1987 and officially ended on February 27, 1998. Some electronic engineering and the manufacture of Apple's Newton devices was done by Motorola. Most Newton devices were based on the ARM 610 RISC processor and all featured handwriting recognition software. Most Newton devices were developed and marketed by Apple (this includes the whole MessagePad line and the eMate 300), but other companies — Motorola, Sharp, and Digital Ocean — also released devices that ran the Newton OS.

1988. Apple IIc Plus computer
The Apple IIc Plus is the sixth and final model in the Apple II series of personal computers, produced by Apple Computer. The "Plus" in the name was a reference to the additional features it offered over the original portable Apple IIc, such as greater storage capacity (a built-in 3.5-inch floppy drive replacing the classic 5.25-inch), increased processing speed, and a general standardization of the system components. In a notable change of direction, the Apple IIc Plus, for the most part, did not introduce new technology or any further evolutionary contributions to the Apple II series, instead merely integrating existing peripherals into the original Apple IIc design. The development of the 8-bit machine was criticized by quarters more interested in the significantly more advanced 16-bit Apple IIGS.

1988. Macintosh IIx computer
The Macintosh IIx was introduced by Apple Computer in 1988 as an incremental update of the original Macintosh II model. It replaced the 16 MHz Motorola 68020 CPU and 68881 FPU of the II with a 68030 CPU and 68882 FPU (running at the same clock speed); and the 800 KB floppy drive with the 1.44 MB SuperDrive (in fact, it was the first Mac to have one). The initial price of the IIx was US$7,769 or $9,300 for a version with the 40 MB hard disk drive. The Mac IIx sported 0.25 KiB of L1 instruction CPU cache, 0.25 KiB of L1 data cache, a 16 MHz bus (1:1 with CPU speed), and supported up to System 7.5.5.

1989. Macintosh SE/30 computer
The SE/30 is essentially a Macintosh IIx in the same case as the Macintosh SE, with a black-and-white monitor and a single PDS slot (rather than the NuBus slots of the IIx) which supported third-party accelerators, network cards, or a display adapter. Although officially only able to support 32 MB, the SE/30 could expand up to 128 MB of RAM (a significant amount of RAM at the time), and included a 40 or 80 MB hard drive. It was also the first compact Mac to include a 1.44 MB high density floppy disk drive as standard (late versions of the SE had one, but earlier versions did not). In keeping with Apple's practice from the Apple II+ until the Power Macintosh G3 was announced, a logic board upgrade was available to convert a regular SE to a SE/30. The SE would then have exactly the same specs as an SE/30, with the difference only in the floppy drive if the SE had an 800 KB drive. The set included a new front bezel to replace the original SE bezel with that of an SE/30.

1989. Macintosh Portable computer
The Macintosh Portable is Apple Inc.'s first battery-powered portable Macintosh personal computer. Released on September 20, 1989, it was received with excitement from most critics but consumer sales were quite low. It featured a fast, sharp, and expensive black and white active matrix LCD screen in a hinged design that covered the keyboard when the machine was not in use. The Portable was one of the early consumer laptops to employ an active matrix panel, and only the most expensive of the initial Powerbook line, the Powerbook 170, used one, due to the high cost. The cursor pointing function was handled by a built-in trackball that could be removed and located on either side of the keyboard. It used expensive SRAM in an effort to maximize battery life and to provide an "instant on" low power sleep mode. The machine was designed to be high-performance, at the cost of price and weight.

1991. Macintosh PowerBook 140 laptop
The PowerBook 140 was released in the first line of PowerBooks. It was the mid-range PowerBook, between the low-end 100 and the high-end 170. As with the PowerBook 170, and unlike the 100, this PowerBook featured an internal floppy drive. Codenames for this model are: Tim Lite, Tim LC, Replacements, and Leary. In 1992, it was replaced by the PowerBook 145, which was essentially a speed bump, though the PowerBook 160 essentially superseded it as the new mid-line model.

1993. Macintosh LC 575 computer
The Macintosh LC 575 was available from 1994 to 1996. They had the same "all-in-one" case as the LC 520/550, but used a LC 475/Quadra 605-related motherboard with a Motorola 68LC040 CPU (at a speed of 33 MHz instead of 25 MHz). Note that the CPU clock is sometimes given as 66 MHz, since the clock signal is of that frequency - however, the processor itself only runs at 33 MHz. The LC 575 also introduced the comm slot, which was included in most later LC models as well. The LC variant was succeeded by the Macintosh LC 580, while the Performa variants were sold until the end of the 580 line; the LC 580 Performa variants were only available outside of the United States.
This model is a favorite motherboard donor for those wishing to upgrade the Color Classic to a faster class of processor. Apple also offered an upgrade path in the form of a PowerPC Macintosh Processor Upgrade.

1995. PowerBook 5300 computer
The PowerBook 5300 series is the first generation of PowerBook laptops manufactured by Apple Computer to use the PowerPC processor. Released in August 1995, these PowerBooks were notable for being the first to feature hot-swappable expansion modules for a variety of different units such as ZIP drives; PC card slots as standard; and an infrared communication port. In common with most preceding Macintosh portables, SCSI, Serial, and ADB ports were available as standard. An internal expansion slot was also available for installing a variety of modules including Ethernet and video cards to drive a second monitor in mirroring or dual-screen modes.

1996. Power Macintosh 7220 computer
The Power Macintosh 4400 (also known as the Power Macintosh 7220 in some markets) is a mid-to-high-end Macintosh personal computer designed, manufactured and sold by Apple Computer from 1996 until 1998. The Power Macintosh 4400 was rather different from most other Macintosh models, in that the floppy disk drive is on the left rather than right, and like the Centris 650, the casing is made of metal rather than plastic. Apple did this to reduce production costs, in addition to using more industry standard components such as an IDE hard drive and an ATX power supply.
It was also available in a PC compatible system with a 166 MHz DOS card containing 16 MB of RAM and a Cyrix 6x86 processor. The first 4400 model was only sold to the Europe market, an updated 200 MHz 603e model was released in the United States in February 1997 as the Power Macintosh 4400.

1997. 20th Anniversary Macintosh computer
In the mid-1990s computers were known for being boring beige boxes that sat awkwardly on or under your desk. Apple's own range of computers, including its revised all-in-one designs, were ultimately no different.
Codenamed Spartacus (or Pomona, or Smoke & Mirrors), the TAM was to break the personal computer paradigm. One of the first projects of Jonathan "Jony" Ive, the design of the TAM was both a state-of-the-art futuristic vision of where computing could go, and yet also a re-think of Apple's original objective to create a device that would integrate into people's lives.
Beige was gone, with the TAM sporting a green/gold chameleonic metallic paint. Gone to the box shape, with the TAM being one of the first computers to utilise an LCD display, allowing it to break free from the traditional clunky shape that the world had come to recognise as a personal computer, fitting instead into an upright enclosure a mere 2.5" thick.
The TAM featured a 250 MHz PowerPC 603e processor and 12.1" active matrix LCD powered by an ATI 3D Rage II video chipset with 2MB of VRAM capable of displaying up to 16bit color at 800x600 or 640x480 pixels. It had a vertically mounted 4x SCSI CD-ROM and an Apple floppy Superdrive, a 2GB ATA hard drive, a TV/FM tuner, an S-Video card, and a custom-made Bose sound system[4] including two "Jewel" speakers and a subwoofer built into the externally located power supply "base unit".

1998. iMac G3 computer
The iMac was dramatically different from any previous mainstream computer. It was made of translucent "Bondi Blue"-colored plastic, and was egg-shaped around a 14-inch (35.5 cm) CRT display. The case included a handle, and the peripheral connectors were hidden behind a door on the right-hand side of the machine. Dual headphone jacks in the front complemented the built-in stereo speakers. Sir Jonathan Ive, currently Senior Vice President of Industrial Design at Apple, is credited with the industrial design. Its unique shape and color options helped ingrain itself into late 1990s pop culture. The iMac was the first computer to exclusively offer USB ports as standard, including as the connector for its new keyboard and mouse, thus abandoning previous Macintosh peripheral connections, such as the ADB, SCSI and GeoPort serial ports.
A further radical step was to abandon the 3½-inch floppy disk drive which had been present in every Macintosh since the first in 1984. Apple argued that recordable CDs, the Internet, and office networks were quickly making diskettes obsolete, however, Apple's omission generated controversy. At the time of iMac's introduction, third-party manufacturers offered external USB floppy disk drives, often in translucent plastic to match the iMac's enclosure. Apple had initially announced the internal modem in the iMac would operate at only 33.6 kbit/s rather than the new 56 kbit/s speed, but was forced by consumer pressure to adopt the faster standard.

1999. Power Macintosh G3 desktop computer
The faster models (not the 300 MHz model) used the new copper-based PowerPC G3 CPUs made by IBM, which used about 25% of the power of the Motorola versions clock for clock. The B&W line ranged from 300 to 450 MHz. Despite its 100 MHz system bus and PC100 SDRAM, the 300 MHz B&W G3 performed worse than its 300 MHz Beige predecessor, because it had only 512 KB L2 cache, half of what the 300 MHz Beige had. The logic board had four PCI slots: three 64-bit 33 MHz slots, and one 32-bit 66 MHz slot dedicated for the graphics card, an ATI Rage 128 with 16 MB SGRAM. Four 100 MHz RAM slots accepted PC100 SDRAM modules, allowing the installation of up to 1 GB of RAM with the use of 256 MB DIMMs. The onboard ATA was upgraded to Ultra ATA/33 (in fact an extra UDMA-33 controller was added, see above), but SCSI was no longer present, having been replaced by two FireWire ports, a new standard (IEEE1394) running at 400 Mbit/s (50 MB/s) — faster in theory than even the ATA/33 (33 MB/s) hard drive controller. The serial ports were gone, too, having given way to two USB 1.1 ports (12 Mbit/s), as implemented already in the iMac. The ADB port remained, as did the option for an internal modem. Also gone was the internal floppy disk drive. 100BASE-TX Ethernet was now standard, and audio was moved back to the logic board. A Zip Drive remained an option, and some configurations included a DVD-ROM drive and a DVD-Video decoder daughtercard for the graphics card, allowing hardware-assisted DVD video playback.

1999. iBook notebook
The iBook is a line of laptop computers sold by Apple Computer from 1999 to 2006. The line targeted entry level, consumer and education markets, with lower specifications and prices than the PowerBook, Apple's higher-end line of laptop computers.
Three distinct designs of the iBook were introduced during its lifetime. The first, known as the "Clamshell", was influenced by the design of Apple's popular iMac line at the time. It was a significant departure from previous portable computer designs due to its shape, bright colors, incorporation of a handle into the casing, lack of a hinged cover over the external ports, and built-in wireless networking. Two years later, the second generation abandoned the original form factor in favor of a more conventional, rectangular design. In October 2003, a third iteration was released that added a PowerPC G4 chip and a slot-loading drive.
Apple replaced the iBook line with the MacBook in May 2006 during Apple’s transition to Intel processors. The MacBook has also evolved into different models, such as the MacBook Pro targeting high performance and the MacBook Air targeting the entry level, consumer ultrabook-market.

2000. Power Mac 4G Cube desktop computer
The small 7×7×7 in (18×18×18 cm) cube, suspended in a 7.65×7.65×10 in (19.4×19.4×25.4 cm) acrylic glass enclosure, housed a PowerPC G4 processor running at 450 or 500 MHz, and had an unconventional vertical slot-loading DVD-ROM or CD-RW drive. A separate monitor — with either an ADC or VGA connection — was required for the Cube, in contrast to the all-in-one iMac series. Also unlike the iMacs, it had an upgradeable video card in a standard AGP slot. However, there was not enough space for full-length cards. The Cube also featured two FireWire ports and two USB ports for connecting peripherals. Sound was provided by an external USB amplifier and a pair of Harman Kardon speakers. Although the USB amplifier had a standard mini-plug headphone output, it lacked any audio input. The Cube also used a silent, fanless, convection-based cooling system like the iMacs of the time.

Ipod classic: first generation
Apple introduced the first generation iPod Classic (M8541) on October 23, 2001, with the slogan "1,000 songs in your pocket". The first iPod had a black and white LCD (liquid-crystal display) screen and featured a 5 GB hard drive capable of storing 1,000 songs encoded using MP3 and was priced at US$399. Among the iPod's innovations were its small size, achieved using a 1.8" hard drive, whereas its competitors were using 2.5" hard drives at the time, and its easy-to-use navigation, which was controlled using a mechanical scroll wheel (unlike later iPods, which had touch-sensitive scroll wheels), a center select button, and four auxiliary buttons around the wheel. The iPod had a rated battery life of ten hours.

On March 20, 2002, Apple introduced a 10 & 20 GB models of the first generation iPod for US$499. VCard compatibility, was added, as well allowing iPods to display business card information synced from a Mac.

2001. PowerBook G4 notebook
The initial design of the PowerBook G4s was developed by Apple hardware designers Jory Bell, Nick Merz, and Danny Delulis. The ODM Quanta also helped in the design. The new machine was a sharp departure from the black plastic, curvilinear PowerBook G3 models that preceded it. The orientation of the Apple logo on the computer's lid was switched so it would 'read' correctly to onlookers when the computer was in use. PowerBook G3 and prior models presented it right side up to the computer's owner when the lid was closed. Apple's industrial design team, headed by British designer Jonathan Ive, converged around a minimalist aesthetic—the Titanium G4's design language laid the groundwork for the Aluminum PowerBook G4, the MacBook Pro, the Power Mac G5, the flat-screen iMac, the Xserve, and the Mac mini.

2002. iMac G4 desktop
The iMac G4 features an LCD display mounted on an adjustable arm above a hemisphere containing a full-size, tray-loading optical drive and a sixteenth-generation PowerPC G4 74xx-series processor. The arm allowed the display to hold almost any angle around the dome-shaped bottom. The iMac G4 was sold only in white, and was not translucent like the iMac G3. The machine was sold with the Apple Pro Keyboard and Apple Pro Mouse, which would be later redesigned and renamed the Apple Keyboard and Apple Mouse, respectively. Optional Apple Pro Speakers, which were of better quality than the internal speakers, were also available. The Apple Pro Speakers use a unique adapter, designed to work only with a select few Apple Macintosh models.

2003. iBook G4 notebook
Apple added a PowerPC G4 chip to the iBook line on October 23, 2003—finally ending Apple’s use of the PowerPC G3 chip. A slot-loading optical drive replaced the disc tray. The iBook G4 also features an opaque white case finish and keyboard, and a plastic display hinge.

2003. PowerMac G5 desktop
The Power Mac G5 was introduced with three models, sharing the same physical case, but differing in features and performance. The physical case of the Power Mac G5 was very different and unusual compared to any other computer at that time. Many potential buyers were surprised to find that the attractive case, while somewhat larger than the G4 tower it replaced, had room inside for only one optical, and two hard drives.
Steve Jobs stated during his keynote presentation that the Power Mac G5 would reach 3 GHz "within 12 months." This would never come to pass; after three years, the G5 only reached 2.7 GHz (or dual-core at 2.5 GHz) and was able to support 16 GB of RAM before it was replaced by the Intel Xeon-based Mac Pro, which included processors with speeds of up to 3 GHz.

2004. iMac G5
Apple's new iMac managed to incorporate the PowerPC 970 into an all-in-one design with a distinctive form factor. The computer used the same 17 and 20-inch widescreen LCDs found in the iMac G4, with the main logic board and optical drive now mounted directly behind the LCD panel; this gave the appearance of a thickened desktop LCD monitor. The approximately two inches deep enclosure is suspended above the desk by an aluminum arm that can be replaced by a VESA mounting plate. The iMac G5 uses an advanced cooling system controlled by the operating system; at low CPU loads this rendered the iMac G5 virtually silent. Apple boasted that it was the slimmest desktop computer on the market.

2004. iPod Mini player
The iPod Mini (stylized and marketed as the iPod mini) is a digital audio player that was designed and marketed by Apple Inc. While it was sold, it was the midrange model in Apple's iPod product line. It was announced on January 6, 2004 and released on February 20 of the same year. A second-generation version was announced on February 23, 2005 and released later that year. While it was in production, it was one of the most popular electronic products on the market, with consumers often unable to find a retailer with the product in stock. The iPod Mini was discontinued on September 7, 2005 and was replaced by the iPod Nano.
The iPod Mini used the touch-sensitive scroll wheel of the third generation iPod. However, instead of the four touch buttons located above the wheel, the buttons were redesigned as mechanical switches beneath the wheel itself—hence the name click wheel. To use one of the four buttons, the user physically pushes the edge of the wheel inward over one of the four labels. Like its predecessors, the wheel was developed for Apple by Synaptics. The click wheel is now also used in the fourth, fifth and sixth generation iPods and the iPod Nano, from first generation through the fifth; however, in the Nano and 5G iPods onwards, the click wheel used was developed by Apple.

2005. iPod nano player
On September 7, 2005, Apple introduced the iPod Nano at a media event with Steve Jobs pointing to the small watch pocket in his jeans and asking, "Ever wonder what this pocket is for?" Advertising emphasized the iPod Nano's small size: 40 millimetres (1.6 in) wide, 90 millimetres (3.5 in) long, 6.9 millimetres (0.27 in) thick and weighing 42 grams (1.5 oz). The stated battery life was up to 14 hours, while the screen was 176×132 pixels, 38 millimetres (1.5 in) diagonal, displaying 65,536 colors (16-bit color). 1, 2, and 4 GB capacities were available.
On November 11, 2011, Apple announced a recall on this model of iPod nano. The recall was issued due to a battery overheat issue. This recall applied to iPod nanos sold between September 2005 and December 2006.[6] A nano submit to Apple was replaced with a replacement 1st generation. However, shortly after the discontinuation of the 1st generation, Apple has replaced these nanos with newer generations. The recall is still in effect.

2005. iPod Shuffle
Released on January 11, 2005, the first-generation iPod Shuffle weighed 0.78 ounces (22 g) and was designed to be easily loaded with a selection of songs and to play them in random order. According to Apple, owners of existing iPods had often left the music selection to "shuffle", and the new iPod Shuffle was a way of implementing that in a much more cost-effective fashion. It relies on the use of an "autofill" feature in iTunes, which can select songs at random from a user's music library (or from a specific playlist) and copy as many as will fit into the iPod Shuffle's memory. The Shuffle can hold up to 240 songs (1 GB model, based on Apple's estimate, of four minutes per song and 128 kbit/s AAC encoding). It used the SigmaTel STMP35xx system on a chip (SOC) and its software development kit (SDK) v2.6, a flash memory IC, and USB rechargeable lithium cell. The STMP35xx SOC and its software was the most fully integrated portable MP3 playback system at release time and SigmaTel was Austin's largest IPO (2003) capturing over 60% of flash based MP3 player world market share in 2004. In 2005, peak iPod first-generation Shuffle production occurred at a hundred thousand units per day, at the Asus factory.

2005. Mac Mini
The Mac Mini (marketed as Mac mini) is a small form factor desktop computer manufactured by Apple Inc. Like earlier mini-ITX PC designs, it is 7.7 inches (200 mm) square and 1.4 inches (36 mm) tall. It weighs 2.7 pounds (1.2 kg). Before the mid-2011 revision, all models, except the late 2009 and 2010 server models, came with an internal optical disc drive. Models pre-2010 used an external power supply and were narrower but taller at 2.0 × 6.5 × 6.5 inches (51 × 165 × 165 mm). The Mac Mini is one of three desktop computers in the current Macintosh lineup, the other two being the iMac and Mac Pro, although it generally uses components usually featured in laptops, hence its small size.

2006. MacBook Pro
The MacBook Pro is a line of Macintosh portable computers introduced in January 2006 by Apple Inc., and now in its third generation. Replacing the PowerBook G4, the MacBook Pro was the second model, after the iMac, to be announced in the Apple–Intel transition. It is also the high-end model of the MacBook family and is currently produced with 13- and 15-inch screens, although a 17-inch version was previously offered.
The first generation MacBook Pro appeared externally similar to the PowerBook G4, but used the Intel Core processors instead of PowerPC G4 chips. The 15-inch model was released in January 2006, a 17-inch model in April, both of which received several updates and Core 2 Duo processors later in the year.

2007. iPhone
iPhone is a line of smartphones designed and marketed by Apple Inc. It runs Apple's iOS mobile operating system. The first generation iPhone was released on June 29, 2007; the most recent iPhone models are the iPhone 6 and iPhone 6 Plus, which were unveiled at a special event on September 9, 2014.
The user interface is built around the device's multi-touch screen, including a virtual keyboard. The iPhone has Wi-Fi and can connect to many cellular networks, including 1xRTT (represented by a 1x on the status bar) and GPRS (shown as GPRS on the status bar), EDGE (shown as a capital E on the status bar), UMTS and EV-DO (shown as 3G), a faster version of UMTS and 4G (shown as a 4G symbol on the status bar), and LTE (shown as LTE on the status bar). An iPhone can shoot video (though this was not a standard feature until the iPhone 3GS), take photos, play music, send and receive email, browse the web, send texts, GPS navigation, record notes, do mathematical calculations, and receive visual voicemail. Other functions—video games, reference works, social networking, etc.—can be enabled by downloading application programs (‘apps’); as of October 2013, the App Store offered more than one million apps by Apple and third parties and is ranked as the world's second largest mobile software distribution network of its kind (by number of currently available applications)

2007. iMac
In its original form, the iMac G3 had a gum-drop or egg-shaped look, with a CRT monitor, mainly enclosed by a colored, translucent plastic case, which was refreshed early on with a sleeker design notable for its slot-loaded optical drive. The second major revision, the iMac G4, moved the design to a hemispherical base containing all the main components and an LCD monitor on a freely moving arm attached to it. The third and fourth major revisions, the iMac G5 and the Intel iMac respectively, placed all the components immediately behind the display, creating a slim unified design that tilts only up and down on a simple metal base. The fifth major revision shared the same form as the previous model, but was thinner and used anodized aluminum and a glass panel over the entire front. The newest iMac uses a different display unit, omits the SuperDrive, and uses different production techniques from the older unibody versions. This allows it to be thinner at the edge than older models, with an edge thickness of 5.9mm (but the same maximum depth). It also includes a dual microphone setup, and includes solid-state drive (SSD) or hard disk storage, or an Apple Fusion Drive, a hybrid of solid state and hard disk drives. This version of the iMac was announced on October 23, 2012, with the 21.5-inch (55 cm) version released on November 30 and the 27-inch (69 cm) version released in December; these were refreshed on September 24, 2013, with new Haswell processors, faster graphics, faster and larger SSD options and 802.11ac WiFi cards. On October 16, 2014, a new version of the 27-inch (69 cm) iMac was announced, whose main feature is a "Retina 5K" display at a resolution of 5120 x 2880 pixels. The new model also includes a new processor, graphics chip, and IO, along with several new storage options.

2007. Apple TV
Apple TV (marketed as Apple logo black.svg TV) is a digital media player and a microconsole developed and sold by Apple Inc. It is a small network appliance and entertainment device that can receive digital data from a number of sources and stream it to capable TV for playing on the TV screen.
The most recent version of Apple TV is the third generation, introduced on March 7, 2012, incorporating the higher resolution (1080p) video standard. Apple TV is a HDMI-compliant source device connected to an enhanced-definition or high-definition widescreen television via a HDMI cable to the TV's HDMI port, and the TV is put into HDMI mode. The device has no integrated controls and can only be controlled externally, either by an Apple Remote control device (with which it is shipped) using its infrared capability or by the 'Remote' app (downloadable from App Store) on iOS devices, such as the iPhone, iPod Touch, or iPad, using its Wi-Fi capability. Its Wi-Fi capability is also used to receive digital content from the iTunes app using AirPlay or directly from iTunes Store, which is then streamed to the TV. It also plays digital content from the iTunes Store, Netflix, Hulu Plus, YouTube and Vevo, along with the TV Everywhere portals of several cable and broadcast networks, and the video subscription portals of three of the four major North American sports leagues;, NBA League Pass and NHL GameCenter. It plays content from any Mac OS X or Windows computer running iTunes.

2007. iPod Touch player
The iPod Touch (stylized and marketed as iPod touch) is a multipurpose pocket size electronic device designed and marketed by Apple Inc. with a user interface that is touchscreen-based. It can be used as a music and video player, digital camera, handheld game device, and personal digital assistant (PDA). It connects to the Internet through Wi-Fi base stations and is therefore not a smartphone, though its design and iOS operating system are very similar to Apple's iPhone. As of May 2013, 100 million iPod Touch units have been sold.
The first generation iPod Touch was launched on September 5, 2007, at an event called The Beat Goes On. First iPod with Wi-Fi and a multi-touch interface. Features Safari web browser and wireless access to the iTunes Store and YouTube. Later added 16 and 32 GB versions, 32 GB in February 2008. iPhone OS 2.0 and App Store access require an upgrade fee. this iPod Touch does not support iOS 4; however, a custom firmware exists that replicates newer features after iPhone OS 3.1.3.

2008. MacBook Air
The MacBook Air is a line of Macintosh ultraportable notebook computers from Apple Inc. The Air was designed to balance both performance and portability, consisting of a full-sized keyboard design, a machined casing made of aluminium, and a very light and thin structure. The MacBook Air is available in two sizes, with the length of the diagonal display determining the model size: 13.3-inch and 11.6-inch (or 33.78 cm and 29.46 cm, respectively). A range of model choices with different specifications are produced by Apple, and as of 2011, all Air models use solid-state drive (SSD) storage and Intel Core i5 or i7 central processing units (CPUs).
In the Macintosh product line, the MacBook Air sits below the thicker and higher-performance MacBook Pro. The MacBook Air was originally released as a premium ultraportable which was positioned above the white MacBook. Since then the MacBook Air has become Apple's entry-level laptop due to the discontinuation of the white MacBook in 2011, as well as lowered prices on subsequent iterations of the MacBook Air. In recent years the MacBook Air has become the best-selling Macintosh computer and the best-selling ultraportable being credited with revolutionizing lightweight yet powerful laptops known as Ultrabooks.

2010. iPad
iPad is an iOS-based line of tablet computers designed and marketed by Apple Inc. The first iPad was released on April 3, 2010; the most recent iPad models, the iPad Air 2 and iPad Mini 3, were revealed on October 16, 2014 and were available for pre-order on October 17. The user interface is built around the device's multi-touch screen, including a virtual keyboard. The iPad includes built-in Wi-Fi and cellular connectivity on select models. As of June, 2014, there have been over 200 million iPads sold since its release in 2010.
An iPad can shoot video, take photos, play music, and perform Internet functions such as web-browsing and emailing. Other functions—games, reference, GPS navigation, social networking, etc.—can be enabled by downloading and installing apps. As of October 2013, the App Store has more than 475,000 native apps by Apple and third parties.

2014. iPhone 6
The iPhone 6 and iPhone 6 Plus are smartphones running iOS developed by Apple Inc. The devices are part of the iPhone series and were released on September 19, 2014. The iPhone 6 series jointly serves as a successor to the iPhone 5S and iPhone 5C. The iPhone 6 series includes a number of major changes over its predecessor, including a streamlined design, models with larger 4.7-inch and 5.5-inch displays, a faster processor, upgraded cameras, improved LTE and Wi-Fi connectivity, and support for a near-field communications-based mobile payments offering.
Pre-orders of the iPhone 6 series exceeded 4 million within its first 24 hours of availability—an Apple record. More than 10 million iPhone 6 series devices were sold in the first three days, another Apple record. Critical reception of the iPhone 6 was generally positive.

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