The best way to experience the web email, photo, and video. Hands down.

All of the built-in apps on iPad were designed from the ground up to take advantage of the large Multi-Touch screen. And they work in any orientation. So you can do things with these apps that you can't do on any other device.

Safari

The large Multi-Touch screen on iPad lets you see web pages as they were meant to be seen — one page at a time. With vibrant color and sharp text. So whether you’re looking at a page in portrait or landscape, you can see everything at a size that’s actually readable. And with iPad, navigating the web has never been easier or more intuitive. Because you use the most natural pointing device there is: your finger. Scroll through a page just by flicking your finger up or down on the screen. Or pinch to zoom in or out on a photo. There’s also a thumbnail view that shows all your open pages in a grid, to let you quickly move from one page to the next.

Mail

See and touch your email in ways you never could before. In landscape, you get a split-screen view showing both an opened email and the messages in your inbox. To see the opened email by itself, turn iPad to portrait, and the email automatically rotates and fills the screen. No matter which orientation you use, you can scroll through your mail, compose a new email using the large, onscreen keyboard, or delete messages with nothing more than a tap and a flick. If someone emails you a photo, you can see it right in the message. You can also save the photos in an email directly to the built-in Photos app. And iPad works with all the most popular email providers, including MobileMe, Yahoo! Mail, Gmail, Hotmail, and AOL.

Photos

With its crisp, vibrant display and unique software features, iPad is an extraordinary way to enjoy and share your photos. For example, the Photos app displays the photos in an album as though they were in a stack. Just tap the stack, and the whole album opens up. From there, you can flip through your pictures, zoom in or out, or watch a slideshow. You can even use your iPad as a beautiful digital photo frame while it’s docked or charging. And there are lots of ways to import photos: You can sync them from your computer, download them from an email, or import them directly from your camera using the optional Camera Connection Kit.

Video

The large, high-resolution screen makes iPad perfect for watching any kind of video: from HD movies and TV shows to podcasts and music videos. Switch between widescreen and full screen with a double-tap. Because iPad is essentially one big screen, with no distracting keypad or buttons, you feel completely immersed in whatever you’re watching.

YouTube

The YouTube app organizes videos so they’re easy to see and navigate. To watch one, just tap it. When you’re watching in landscape, the video automatically plays in full screen. And with its high-resolution display, iPad makes the latest HD YouTube videos look positively amazing.

iPod

With the iPod app, all your music is literally at your fingertips. Browse by album, song, artist, or genre with a simple flick. To play a song, just tap it. iPad even displays album art at full size. Listen to your music with the powerful built-in speaker or with wired or Bluetooth wireless headphones.

iTunes

A tap of the iTunes icon lets you browse and buy music, TV shows, and podcasts — or buy and rent movies — wirelessly, right from your iPad. Choose from thousands of movies and TV shows (in both standard and high definition), along with thousands of podcasts and millions of songs. Preview songs before you buy them. Or just sync iPad with the content you already have in your iTunes library on your Mac or PC.

App Store

iPad runs almost 140,000 apps from the App Store. Everything from games to business apps and more. And new apps designed specifically for iPad are highlighted, so you can easily find the ones that take full advantage of its features. Just tap the App Store icon on the screen to browse, buy, and download apps wirelessly, right to the iPad.

iBooks

The iBooks app is a great new way to read and buy books.1 Download the free app from the App Store and buy everything from classics to best sellers from the built-in iBookstore. Once you’ve bought a book, it’s displayed on your Bookshelf. Just tap it to start reading. The high-resolution, LED-backlit screen displays everything in sharp, rich color, so it’s easy to read, even in low light.

Maps

Finding your way is a completely new experience on iPad. Tap to view maps from above with high-resolution satellite imagery, up close with street view, or with topography in a new terrain view — all using Google Services. Search for a nearby restaurant or landmark, then get directions from your current location.

Notes

With its expansive display and large, onscreen keyboard, iPad makes jotting down notes easy. In landscape view, you see not only a note-taking page but a list of all your notes. iPad even circles the current note in red, so you can see where you are at a glance.

Calendar

iPad makes it easy to stay on schedule by displaying day, week, month, or list views of your calendar. You can see an overview of a whole month or the details of a single day. iPad even shows multiple calendars at once, so you can manage work and family schedules at the same time.

Contacts

The Contacts app on iPad makes finding names, numbers, and other important information quicker and easier than ever before. A new view lets you see both your complete contacts list and a single contact simultaneously. Need directions? Tap an address inside a contact and iPad automatically opens Maps.

Home Screen

The Home screen gives you one-tap access to everything on iPad. You can customize your Home screen by adding your favorite apps and websites or using your own photos as the background. And you can move apps around to arrange them in any order you want.

Spotlight Search

Spotlight Search allows you to search across iPad and all of its built-in apps, including Mail, Contacts, Calendar, iPod, and Notes. It even searches apps you’ve downloaded from the App Store. So no matter what you’re looking for, it’s never more than a few taps away.

Accessibility

iPad comes with a screen reader, support for playback of closed-captioned content, and other innovative universal access features — right out of the box. There’s no additional software to buy or install. These features make iPad easier to use for people who have a vision impairment, are deaf or hard of hearing, or have a physical or learning disability.

From apple.com 

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Nothing peripheral about it.
The incredibly thin Apple Wireless Keyboard sits on your desk surrounded by nothing but glorious space. It’s cable-free, so you’re free to type wherever you like — with the keyboard in front of your computer or even on your lap. Not only does the Apple Wireless Keyboard come standard with the new iMac, it’s perfect for any Mac with Bluetooth wireless technology.

Bluetooth wireless technology.
Your Mac works with the Apple Wireless Keyboard through the Bluetooth technology built into both. Just follow a few simple steps to pair them. Then you can move your keyboard anywhere within range and wirelessly type away.

Easy on the eyes. And hands.
Set the keyboard on your desk, and you’ll see that it takes up far less space — up to 24 percent less — than other full-size keyboards. And you have even more room to mouse comfortably alongside of it. You’ll also feel a difference when you type. Your hands will appreciate the low-profile aluminum enclosure and the crisp, responsive keys. Use the new wireless Magic Mouse alongside the Apple Wireless Keyboard and get the full effect of a cable-free (and clutter-free) desk.

System Requirements
▪ Mac computer with Bluetooth wireless technology
▪ Mac OS X v10.5.8 or later and Aluminum Keyboard Software Update 2.0
▪ Existing keyboard and mouse for initial setup
▪ Two AA batteries (included)


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We’ve built a better mouse.
It began with iPhone. Then came iPod touch. Then MacBook Pro. Intuitive, smart, dynamic. Multi-Touch technology introduced a remarkably better way to interact with your portable devices — all using gestures. Now we’ve reached another milestone by bringing gestures to the desktop with a mouse that’s unlike anything ever before. It's called Magic Mouse. It's the world's first Multi-Touch mouse. And while it comes standard with every new iMac, you can also add it to any Mac with Bluetooth wireless technology for a Multi-Touch makeover.


Seamless Multi-Touch Surface
Magic Mouse — with its low-profile design and seamless top shell — is so sleek and dramatically different, it brings a whole new feel to the way you get around on your Mac. You can’t help but marvel at its smooth, buttonless appearance. Then you touch it and instantly appreciate how good it feels in your hand. But it’s when you start using Magic Mouse that everything comes together.

The Multi-Touch area covers the top surface of Magic Mouse, and the mouse itself is the button. Scroll in any direction with one finger, swipe through web pages and photos with two, and click and double-click anywhere. Inside Magic Mouse is a chip that tells it exactly what you want to do. Which means Magic Mouse won’t confuse a scroll with a swipe. It even knows when you’re just resting your hand on it.

Laser-Tracking Engine
Magic Mouse uses powerful laser tracking that’s far more sensitive and responsive on more surfaces than traditional optical tracking. That means it tracks with precision on nearly every surface — whether it’s a table at your favorite cafe or the desk in your home office — without the need for a mousepad.

Wireless
Magic Mouse connects to your Mac via Bluetooth wireless technology, so there’s no wire or separate adapter to worry about. Pair Magic Mouse with your Mac and enjoy a reliable and secure connection up to 33 feet away. When you combine Magic Mouse with the Apple Wireless Keyboard, you create a workspace free of annoying cables.
And because Magic Mouse is wireless, it can venture beyond the confines of your desk. A quick flick of the on/off switch helps conserve battery power while Magic Mouse is tucked in your bag. Even when it’s on, Magic Mouse manages power efficiently, by detecting periods of inactivity automatically.

Make one great gesture after another.
Multi-Touch technology on the iPhone and iPod touch introduced a breakthrough way to interact with your content. Magic Mouse, with its Multi-Touch surface, does the same thing for your Mac. When you use gestures, it’s as if you’re touching what’s on your screen. For instance, swiping through web pages in Safari gives you the feeling of flicking through pages in a magazine. And scrolling with Magic Mouse isn’t your everyday scrolling. It supports momentum scrolling (similar to iPhone and iPod touch), where the scrolling speed is dictated by how fast or slowly you perform the gesture.

Click
Magic Mouse is an advanced point-and-click mouse that lets you click and double-click anywhere on its Multi-Touch surface.

Two-button click
Magic Mouse functions as a two-button mouse when you enable Secondary Click in System Preferences. Left-handed users can reassign left and right click, as well.

360° scroll
Brush one finger along the Multi-Touch surface to scroll in any direction and to pan a full 360 degrees.

Screen zoom
Hold down the Control key on your keyboard and scroll with one finger on Magic Mouse to enlarge items on your screen.

Two-finger swipe
Using two fingers, swipe left and right along the Multi-Touch surface to advance through pages in Safari or browse photos in iPhoto.

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The Mac Pro is a workstation computer manufactured by Apple Inc. The machines are based on Xeon microprocessors, but are similar to the Power Mac G5 they replaced in terms of outward appearance and expansion capabilities. They are currently one of three desktop computers in the current Macintosh lineup. The Mac Pro is currently the fastest computer that Apple has to offer.
The Mac Pro was formally announced on August 7, 2006 at WWDC.[1] Along with the Mac Pro, a new Xeon-based Xserve was also announced, completing Apple's transition from the PowerPC to x86 architecture. On January 8, 2008 Apple unveiled the first 3.2 GHz, dual quad-core Intel Xeon (Harpertown 45 nm) -based Mac Pro.[2] The current Mac Pro was unveiled on March 3, 2009, featuring the new Intel Xeon processors based on the Nehalem micro-architecture as well as a lower entry price.

Overview
An Intel-based replacement for the Power Mac G5 had long been expected prior to the release of the Mac Pro. The iMac, Mac Mini, MacBook and MacBook Pro had moved to an Intel-based architecture starting in January 2006, leaving the Power Mac G5 as the only machine in the Mac lineup still based on the PowerPC. Speculation about the G5's eventual replacement was common. Rumors initially expected the machine to differ physically from the existing G5 and considered a number of different possible internal configurations based on different chipsets. But the coincidence of Intel releasing a new Core 2-based Xeon workstation platform just prior to the 2006 Worldwide Developers Conference (WWDC) made it fairly obvious that the resulting machine would be based on it. Even the naming was "obvious"; Apple had dropped the term "Power" from the other machines in their lineup, and started using "Pro" on their higher-end laptop offerings. As such, the name "Mac Pro" was widely used before the machine was announced.[3]
The Mac Pro is a high-end computer, similar to higher end Unix workstations from vendors such as Sun Microsystems. Although the high-end technical market has not traditionally been an area of strength for Apple, the company has been positioning itself as a leader in non-linear digital editing for high-definition video,[4] which demands storage and memory far in excess of a general desktop machine. Additionally, the codecs used in these applications are generally processor intensive and highly threadable, speeding up almost linearly with additional processor cores. Apple's previous machine aimed at this market, the Power Mac G5, had up to two dual-core processors, but lacked the storage expansion capabilities of the newer design. In order to serve this market, Apple sells a variety of standardized bundles combining a Mac Pro with fairly high-end components; for instance, all available setups can support the 30" Cinema Display.
In general, the Mac Pro has been well received in the press.[5] The combination of high performance, reasonable expandability, very quiet operation and superb mechanical design makes it routinely appear as the comparison system against which other systems are measured. The Xeon platform is, however, Intel's "high end" system and not aimed at more general purpose use. Nevertheless, current-generation Xeons are priced competitively with their high-end desktop platforms, allowing Apple to sell a very powerful system at price points that are considered quite competitive, even by reviewers who do not normally review Apple systems.[6]
Original marketing materials for the Mac Pro generally referred to the middle-of-the-line model with 2 × dual-core 2.66 GHz processors. Previously, Apple featured the base model with the words "starting at" or "from" when describing the pricing, but the online Apple Store listed the "Mac Pro at $2499", the price for the mid-range model. The base model could be configured at US$2299, much more comparable with the former base-model dual-core G5 at US$1999, although offering considerably more processing power. Post revision, the default configurations for the Mac Pro includes one quad-core Xeon 3500 at 2.66 GHz or two quad-core Xeon 5500s at 2.26 GHz each.
The Mac Pro is the only machine in Apple's lineup with industry standard PCI express (PCIe) slots for graphics cards and other expansion cards.

Description

Processors
The current Mac Pro uses either one or two Xeon 5500 "Gainestown" or Xeon 3500 "Bloomfield" (both based on the Intel Nehalem microarchitecture) 64-bit CPUs for a total of four or eight processor cores. Each CPU has an 8 MB on-chip L3 cache shared among its processor cores.[9] Because the most recent revision is based on the Nehalem microarchitecture, the old Front Side Bus technology has been replaced by the Intel QuickPath Interconnect interface. Both of these processors are capable of Intel's Turbo Boost technology (similar to Intel's SpeedStep technology), which dynamically boosts the clock rate of a core in intervals of 133 MHz if the CPU temperature is below average conditions.
Memory
The original Mac Pro's main memory used 667 MHz DDR2 ECC FB-DIMMs; the early 2008 model used 800 MHz ECC DDR2 FB-DIMMS, the current Mac Pro uses 1066 MHz DDR3 ECC DIMMs. In the original and 2008 models, these modules are installed in pairs, one each on two riser cards. The cards have 4 DIMM slots each, allowing a total of 32 GB of memory (8 x 4 GB) to be installed [10]. Notably, due to its FB-DIMM architecture, installing more RAM in the Mac Pro will improve its memory bandwidth, but may also increase its memory latency.[11] With a simple install of a single FB-DIMM the peak bandwidth is 8 GB/s, but this can increase to 16 GB/s by installing two FB-DIMMs, one on each of the two buses, which is the default configuration from Apple. While electrically the FB-DIMMs are standard, Apple requests that users use larger-than-normal heatsinks on the memory modules that they install. Problems have been reported by users who have used third party RAM that had normal sized FB-DIMM heatsinks.[12](see notes below).
Hard drives
The Mac Pro has room for four internal standard 3.5" hard drives, in sizes up to the current maximum available running at 7200-rpm or 15,000-rpm, each with its own SATA-300 port. With the addition of a SAS capable RAID card, SAS drives can be used with the SATA ports. The hard drives are mounted on individual trays (also known as 'sleds'), provided with the machine, by captive thumbscrews similar to the one used for the PCIe slots. There are no cables to be attached, the SATA and power connectors are firmly attached to the case, and the drive is connected to them simply by pushing it in. The case lock on the back of the machine locks the trays into position. The Mac Pro now offers an optional hardware RAID card.[13] Two optical drive bays are available, each with a SATA-300 port and an ATA-100 port. Many optical drives still use the older ATA ports, including those currently being shipped with the machines.
The Mac Pro has 1 P-ATA port (for up to two P-ATA devices) and a total of 6 SATA ports, 4 integrated in to the drive bays, and two internal SATA ports that are not connected to drive bays. These extra SATA ports can be put into service through the use of after-market extender cables, for use with internal Optical drives, or to provide eSATA ports with the use of an eSATA bulkhead connector.[14]
Overall, a built to order Mac Pro can be configured with up to 4 TB of storage (four 1TB disks) but can support any four SATA hard drives so 8TB is possible with aftermarket 2TB disks.
Expansion cards
For internal expansion the current Mac Pro has four PCI Express (PCIe) 2.0 expansion slots. The 2008 model had two PCI Express (PCIe) 2.0 expansion slots and two PCI Express 1.1 slots, providing them with up to 300 W of power in total. The first slot is double wide and intended to hold the main video card, arranged with an empty area the width of a normal card beside it in order to leave room for the large coolers modern cards often use. In most machines, one slot would be blocked by the cooler. Instead of the tiny screws typically used to fasten the cards to the case, in the Mac Pro a single "bar" holds the cards in place, which is itself held in place by two "captive" thumbscrews that can be loosened by hand without tools and will not fall out of the case.
The PCIe slots can be configured individually to give more bandwidth to devices that require it, with a total of 40 "lanes", or 13 GB/s total throughput. When running Mac OS X, the Mac Pro currently does not support SLI or ATI CrossFire, limiting its ability to use the latest "high-end gaming" video card products; however, individuals have reported success with both CrossFire and SLI installations when running Windows XP.[15] SLI/CrossFire is largely a function of software.
The bandwidth allocation of the PCIe slots can be configured via the Expansion Slot Utility included with Mac OS X only on the August 2006 Mac Pro. The Mac Pro (Early 2008) has its slots hardwired as follows.
External connectivity
For external connectivity, the Mac Pro includes five USB 2.0 and four FireWire ports, two of the latter being FireWire 800. Networking is supported with two built-in Gigabit Ethernet ports, while 802.11 a/b/g/draft-n[16] Wi-Fi is supported via an optional AirPort Extreme card. Bluetooth is now standard.
Digital (TOSlink optical) audio and analog 1/8" stereo mini jacks for sound in and out are included, the latter available on both the front and back of the case.
Unlike other Mac products, the Mac Pro does not include an infrared receiver (required to use the Apple Remote). Beginning with Mac OS X 10.5 Leopard, Front Row can be accessed on the Mac Pro (and other Macs) using the ⌘-Esc key combination.
Case
The exterior of the aluminum case is very similar to that of the Power Mac G5, with the exception of an additional optical drive bay, and a new arrangement of I/O ports on both the front and the back. The case can be opened by operating a single lever on the back, which unlocks one of the two sides of the machine, as well as the drive bays. All of the expansion slots for memory, PCIe cards and drives can be accessed with the one panel removed, and require no tools for installation.
The Xeon processors generate much less heat than the previous dual-core G5s, so the size of the internal cooling devices has been reduced significantly. This allowed the interior to be re-arranged, leaving more room at the top of the case and thereby allowing the drives to double in number. Less heat also means less air to move out of the case for cooling during normal operations; the Mac Pro is very quiet in normal operation, quieter than the already-quiet Power Mac G5,[17][18] and proved difficult to measure using common decibel meters.[19]

From Wikipedia, the free encyclopedia

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The iMac G5 was a series of desktop Macintosh computers designed and built by Apple Inc. using the PowerPC chip architecture. It was the last line of iMac computers that used a PowerPC chip, making it the last of the iMacs that could run Mac OS 9 (Classic) applications. In August 2004, the iMac design was overhauled. By this time, the PowerPC 970 chip had been released and was being used in the Power Macintosh G5 line. Famously, the Power Macintosh G5 needed multiple fans in a large casing because of the larger heat output from the PowerPC 970. Apple's new iMac design managed to incorporate the PowerPC 970 into an all-in-one design with a distinctive form factor. The new design of the iMac used the same 17 and 20-inch widescreen LCDs, with all of the main logic board and optical drive mounted directly behind the LCD panel; this gave the appearance of a thickened desktop LCD monitor.
The iMac G5 was updated in October 2005 with a thinner design, an iSight webcam mounted above the LCD, and Apple's Front Row media interface. This version had a slightly bowed back and lacked the VESA Flat Display Mounting Interface of the earlier iMac G5s.

There are many consumer posted reports on the Internet[1] linking the iMac G5 with overheating issues most typically related to the bad capacitor plague affecting both the first and second generation iMac G5 motherboards, and power supply units. Also, some owners reported a "vacuum cleaner mode", where the iMac G5 beeps three times and starts its processor fan at full speed, also due to hardware problems[citation needed]. There was also a problem in the internal SuperDrive, which could throw discs instead of ejecting them, due to problems in the drive bezel[citation needed]. The possible defect renders the machine useless with respect to damages like a burnt out logic board, a smoked power supply, and other internal component failures. Apple has extended warranties on specific serial-numbered iMac G5 models, but has not issued a recall.

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The iMac G4 was a computer that was produced by Apple from the beginning of 2002 to mid 2004. It replaced the aging iMac G3. The computer had a new design compared to older Macs. It had a 15-inch LCD which was mounted on an adjustable arm above a hemisphere containing a full-size, tray-loading optical drive and a sixteenth-generation CPU (the PPC 74xx-series). This LCD computer was known and sold as The New iMac throughout its production life, while existing egg-shaped iMac was renamed the iMac G3 and continued to be sold for a few months. After the New iMac was discontinued, it was retroactively labeled iMac G4 to distinguish itself from the succeeding iMac G5.
Apple advertised it as having the flexibility of a desk lamp and it was nicknamed the "iLamp", similar to "Luxo Jr.", who was featured in a short film produced by Pixar, another venture of Apple co-founder Steve Jobs. It was featured in an ad, sitting in a store window and "reacting" to every move made by a passer-by on the street. At the end, when the man sticks out his tongue, the iMac responds by opening its optical drive.

The iMac G4 was incrementally upgraded. They were made available with 17-inch (43 cm) and then 20-inch (51 cm) widescreen LCDs over the following two years. By then, Apple had all but eliminated the CRT machines from its product line. However, the LCD iMacs were unable to match the low price point of the previous iMac G3s, largely because of the higher cost of the LCD technology at the time.
The iMac G3 was, by this point, obsolete and low-cost machines were particularly important for the education market. It was still being sold for a while after the iMac G4 debuted, until the G3 found a permanent replacement in April 2002 with the eMac. The eMac was a G4-powered Macintosh that resembles the original iMac G3 with the egg-shape encasing a flat 17-inch CRT in an all-in-one design. It was initially sold only to the educational market (the "e" stands for "education"), but Apple started selling it to the general public a month later. The eMac was essentially the 17-inch iMac that consumers had been requesting a few years earlier. By 2005 Apple had returned to selling the eMac exclusively to the educational market, presumably because of the introduction of the low-cost Mac mini, targeted at the same market.
The iMac G4 was replaced by the iMac G5 on August 31, 2004. Reaction to the iMac G5 was mixed, though it was a more powerful computer, reviewers commented that it was less aesthetic since it did not retain the flexible adjustable arm.

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The iMac G3 was the first model of the iMac line of personal computers made by Apple Inc. (formerly Apple Computer, Inc.). The iMac G3 is an all-in-one personal computer, encompassing both the monitor and the system unit in a single enclosure. Originally released in striking bondi blue and later a range of other brightly colored, translucent plastic casings, the iMac shipped with a keyboard and mouse in matching tints.

History
Steve Jobs streamlined the company's large and confusing product lines immediately after becoming Apple's interim CEO in 1997; toward the end of the year, Apple trimmed its line of desktop Macs down to the beige Power Macintosh G3 series, which included the iMac's immediate predecessor, the G3 All-In-One, which featured nearly identical specifications and was sold only to the educational market. Having discontinued the consumer-targeted Performa series, Apple needed a replacement for the Performa's price point. The company announced the iMac on 6 May 1998[1] and started shipping it on 15 August 1998.
Aesthetically, the iMac was dramatically different from any other mainstream computer ever released. It was made of translucent "Bondi Blue"-colored plastic, and was egg-shaped around a 15-inch (38 cm) CRT. There was a handle, and the computer interfaces were hidden behind a door that opened on the right-hand side of the machine. Dual headphone jacks in the front complemented the built-in stereo speakers. Jonathan Ive, currently Vice President of Industrial Design at Apple, is credited with the industrial design. The iMac was the first computer to exclusively offer USB ports as standard,[2] including the connector for its new keyboard and mouse,[3] thus abandoning previous Macintosh peripheral connections, such as the ADB, SCSI and GeoPort serial ports.
A radical step was to abandon the 3½-inch diskette drive (which had been present in every Mac since the first one in 1984). Apple argued that recordable CDs, the internet, and office networks were quickly making diskettes obsolete. Apple's move was considered ahead of its time and was hotly debated. At the iMac's introduction, third-party manufacturers offered inexpensive external USB diskette drives.
The keyboard and mouse were redesigned for the iMac with translucent plastics and a Bondi Blue trim (Apple USB Keyboard and Apple USB Mouse). The keyboard was smaller than Apple's previous keyboards, with white letters on black keys, both features that attracted debate. The mouse was of a round, "hockey puck" design, which was instantly derided as being unnecessarily difficult for users with larger hands. Apple continued shipping the round mouse, adding a divot in later versions so that users could distinguish where the button was. Eventually, a new oblong optical mouse, known as the Apple Mouse (formerly "Apple Pro Mouse"), replaced the round mouse across all of Apple's hardware offerings.

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