Apple is announcing updates for both the 27-inch and 21.5-inch iMacs. It's updating the processors inside to Intel's 10th Gen Comet Lake processors and also switching out the webcam to a higher-resolution 1080p HD sensor instead of the low-res 720p found in other Macs. From a report: SSDs are now standard across the line, and there will be a bunch of new configuration options -- including a "nano-texture" version with less reflective matte glass. The 27-inch iMac starts at $1,799, is available to order today, and will ship this week. The 21.5-inch iMac starts at $1,099 and will ship next week. Apple is also giving the iMac Pro a small spec bump, making the 10-core Intel chips the new baseline for $4,999 -- also shipping next week. (Oddly, the iMac Pro is not otherwise getting updated.)

This is not the major redesign that has been rumored (and hoped for), nor is it the first ARM-based Mac. Instead, the 2020 iMacs look identical to the last generation, including the large black bezel all the way around the screen and the big metal chin at the bottom. Apple says that, as it noted at WWDC, it intends to support Intel-based Macs for many years to come. The webcam might be the biggest day-to-day upgrade for most users. It's 1080p, but Apple says that the new T2 chip enables some new features beyond the improved resolution like tone mapping, exposure control, and face detection. Apple says the improved camera features will work in any videoconferencing app, not just FaceTime.

Steven Levy from Wired remembers the Power Mac G4 Cube, which debuted July 19, 2000. From the report: I was reminded of this last week, as I listened to a cassette tape recorded 20 years prior, almost to the day. It documented a two-hour session with Jobs in Cupertino, California, shortly before the launch. The main reason he had summoned me to Apple's headquarters was sitting under the over of a dark sheet of fabric on the long table in the boardroom of One Infinite Loop. "We have made the coolest computer ever," he told me. "I guess I'll just show it to you." He yanked off the fabric, exposing an 8-inch stump of transparent plastic with a block of electronics suspended inside. It looked less like a computer than a toaster born from an immaculate conception between Philip K. Dick and Ludwig Mies van der Rohe. (But the fingerprints were, of course, Jony Ive's.) Alongside it were two speakers encased in Christmas-ornament-sized, glasslike spheres.

"The Cube," Jobs said, in a stage whisper, hardly containing his excitement. He began by emphasizing that while the Cube was powerful, it was air-cooled. (Jobs hated fans. Hated them.) He demonstrated how it didn't have a power switch, but could sense a wave of your hand to turn on the juice. He showed me how Apple had eliminated the tray that held CDs -- with the Cube, you just hovered the disk over the slot and the machine inhaled it. And then he got to the plastics. It was as if Jobs had taken to heart that guy in The Graduate who gave career advice to Benjamin Braddock. "We are doing more with plastics than anyone else in the world," he told me. "These are all specially formulated, and it's all proprietary, just us. It took us six months just to formulate these plastics. They make bulletproof vests out of it! And it's incredibly sturdy, and it's just beautiful! There's never been anything like that. How do you make something like that? Nobody ever made anything like that! Isn't that beautiful? I think it's stunning!"

For one thing, the price was prohibitive -- by the time you bought the display, it was almost three times the price of an iMac and even more than some PowerMacs. By and large, people don't spend their art budget on computers. That wasn't the only issue with the G4 Cube. Those plastics were hard to manufacture, and people reported flaws. The air cooling had problems. If you left a sheet of paper on top of the device, it would shut down to prevent overheating. And because it had no On button, a stray wave of your hand would send the machine into action, like it or not. In any case, the G4 Cube failed to push buttons on the computer-buying public. Jobs told me it would sell millions. But Apple sold fewer than 150,000 units.

Maddie Stone, writing for OneZero: For the past eight years, I've been working mainly on a late 2012 iMac. I'm no Luddite, but the computer has held up well over the years, and I've never felt the need to replace it. Recently, though, my iMac developed its first serious tic: The fan has started to power on loudly every time the computer goes to sleep. While the computer is long past warranty, I decided to call up Apple to see if the company could offer any help. When I did, I learned my iMac is considered "vintage" and was told Apple won't touch it. [...] According to Apple, "vintage" devices are those that the company discontinued selling more than five and less than seven years ago. Once Apple hasn't sold a product for seven years, it's considered "obsolete," meaning the company won't offer any repair services. But vintage products exist in a liminal space: Despite what I learned when I called Apple Support, Apple Stores as well as AASPs (Apple Authorized Service Provide) can, in theory, repair them for you "subject to availability of inventory, or as required by law," according to Apple.

In practice, people in the repair community told me Apple isn't particularly interested in fixing vintage tech. "The AASPs I've spoken to in the past have told me they don't bother with customers looking to repair older devices," said Rob Link, a right-to-repair advocate who owns a company that sells repair parts for older devices including iPhones, iPods, and iPads. In the past, Link said, he would call up AASPs to see if they had older parts to sell "but I would stop when no one did." "If you're taking in a vintage piece of equipment [to an AASP], outside of them still having something sitting on the shelf from years before, you're not going to be able to get service," said Adrian Avery-Johnson, the owner of Bridgetown Electronics Repair, an independent repair shop located in Portland, Oregon.

Apple is planning to start selling Mac computers with its own main processors by next year, relying on designs that helped popularize the iPhone and iPad, Bloomberg reported Thursday. From the report: The Cupertino, California-based technology giant is working on three of its own Mac processors, known as systems-on-a-chip, based on the A14 processor in the next iPhone. The first of these will be much faster than the processors in the iPhone and iPad, the people said. Apple is preparing to release at least one Mac with its own chip next year, according to the people. But the initiative to develop multiple chips, codenamed Kalamata, suggests the company will transition more of its Mac lineup away from current supplier Intel Corp. Taiwan Semiconductor Manufacturing Company, Apple's partner for iPhone and iPad processors, will build the new Mac chips, said the people, who asked not to be identified discussing private product plans. The components will be based on a 5-nanometer production technique, the same size Apple will use in the next iPhones and iPad Pros, one of the people said.

Apple applied for a patent for an ambitious design for a new all-in-one computer which integrates both its keyboard and screen into a single curved sheet of glass. The Verge reports: The patent application, which was first spotted by Patently Apple, and which was filed in May last year, describes how the iMac-like computer's "input area" and "display area" could be built into a single continuous surface, while a support structure behind the display could then contain the computer's processing unit, as well as providing space for all the machine's ports.

It's a pretty striking design for a couple of reasons. For one thing, the amount of curved glass involved is far more than Apple has ever used in one of its products before. It's also interesting to see that the company is thinking about taking the iMac's all-in-one design even further, by integrating not just the computer and display together, but also a keyboard and touchpad as well (although the application also describes how the keyboard could be detached during use). The patent also describes how one could dock a MacBook into the device and output the screen to the iMac's display, while its keyboard would pass through a hole in the middle of the machine to let you use it as normal.

Additionally, "the application suggests that its single sheet of glass could fold down its middle to allow you to pack it away when not in use," reports The Verge.

Apple has applied for a patent to use the logo on the back of its phones as a notification light. The patent application, which was first spotted by Apple Insider, outlines how the "adjustable decoration" could respond to events such as "incoming communication" or "a calendar reminder" by changing its appearance or flashing to attract your attention. The Verge reports: The feature makes sense for Apple's products. After all, the company has a history of illuminating its logo on its older MacBooks, even if it dropped the design feature with the laptop's 2015 redesign. It wouldn't be a massive leap for it to bring back its illuminated logo with a little practical functionality added. The application makes frequent references to "cellular telephone" calls as part of its description, which heavily suggests that Apple is considering using the feature on a future iPhone. However, the patent also includes images showing a series of "illustrative electronic devices" including a laptop, a tablet, and what appears to be an iMac.

Apple's chief designer Jony Ive is leaving after decades at the iPhone maker to form an independent company -- with Apple as one of its primary clients. Ive was at Apple for more than two decades in which his iconic designs for the Mac, iPod and iPhone turned one of Silicon Valley's faded giants into the world's most valuable company and defined a generation of consumer products. From a report: "Jony is a singular figure in the design world and his role in Apple's revival cannot be overstated, from 1998's groundbreaking iMac to the iPhone and the unprecedented ambition of Apple Park," Chief Executive Officer Tim Cook said in a statement. "Apple will continue to benefit from Jony's talents by working directly with him on exclusive projects, and through the ongoing work of the brilliant and passionate design team he has built." Ive will be replaced by existing Apple designers. Evans Hankey, vice president of Industrial Design, and Alan Dye, vice president of Human Interface Design, will report to Jeff Williams, Apple's chief operating officer, the company said. In an interview with Financial Times, Ive said: "While I will not be an [Apple] employee, I will still be very involved -- I hope for many, many years to come. This just seems like a natural and gentle time to make this change."

harrymcc shares a Fast Company article about "the generally gnarly process once required to hook up peripherals" in the late 1990s -- and one Intel engineer who saw the need for "one plug to rule them all." In the olden days, plugging something into your computer -- a mouse, a printer, a hard drive -- required a zoo of cables. Maybe you needed a PS/2 connector or a serial port, the Apple Desktop Bus, or a DIN connector; maybe a parallel port or SCSI or Firewire cable. If you've never heard of those things, and if you have, thank USB.

When it was first released in 1996, the idea was right there in the first phrase: Universal Serial Bus. And to be universal, it had to just work. "The technology that we were replacing, like serial ports, parallel ports, the mouse and keyboard ports, they all required a fair amount of software support, and any time you installed a device, it required multiple reboots and sometimes even opening the box," says Ajay Bhatt, who retired from Intel in 2016. "Our goal was that when you get a device, you plug it in, and it works."

It was at Intel in Oregon where engineers made it work, at Intel where they drummed up the support of an industry that was eager to make PCs easier to use and ship more of them. But it was an initial skeptic that first popularized the standard: in a shock to many geeks in 1998, the Steve Jobs-led Apple released the groundbreaking first iMac as a USB-only machine. The faster speeds of USB 2.0 gave way to new easy-to-use peripherals too, like the flash drive, which helped kill the floppy disk and the Zip drive and CD-Rs. What followed was a parade of stuff you could plug in: disco balls, head massagers, security keys, an infinity of mobile phone chargers. There are now by one count six billion USB devices in the world.
The article includes a thorough oral history of USB's development, and points out there's now also a new reversible Type-C cable design. And USB4, coming later this year, "will be capable of achieving speeds upwards of 40Gbps, which is over 3,000 times faster than the highest speeds of the very first USB."

"Bhatt couldn't have imagined all of that when, as a young engineer at Intel in the early '90s, he was simply trying to install a multimedia card."

Apple recently updated the upgrade options for the iMac Pro, and getting the very best will cost you. A baseline model will cost you just under $5,000, and maxing out the hardware to absurd heights runs a whopping $15,927. An anonymous reader writes: The most expensive possible upgrade is a $5,200 charge for upgrading the RAM from 32GB to a startling 256GB. Other addons include an additional $700 for a 16GB Radeon video card and $2,400 for a 2.3 Ghz Intel processor with 18 cores. Almost $16,000 is a lot of money for a computer, especially one so overpowered that there are very few reasonable applications of its hardware. Most people will never need more than 16GB of RAM to play video games, and 32-64GB will take care of most video editing and 3D modeling tasks. With 256GB of RAM, you could run advanced AI processes or lease computing power to other people.

Today, Apple will finally begin taking orders for newly refreshed 21- and 27-inch iMacs. The new versions don't change the basic design or add major new features, but they offer substantially faster configuration options for the CPU and GPU. From a report: The 21.5-inch iMac now has a 6-core, eighth-generation Intel CPU option -- up from a maximum of four cores before. The 27-inch now has six cores as the standard configuration, with an optional upgrade to a 3.6GHz, 9th-gen, 8-core Intel Core i9 CPU that Apple claims will double performance over the previous 27-inch iMac. The base 27-inch model has a 3GHz 6-core Intel Core i5 CPU, with intermediate configurations at 3.1GHz and 3.7GHz (both Core i5). The big news is arguably that both sizes now offer high-end, workstation-class Vega-graphics options for the first time. Apple added a similar upgrade option to the 15-inch MacBook Pro late last year. In this case, the 21.6-inch iMac has an option for the 20-compute-unit version of Vega with 4GB of HBM2 video memory. That's the same as the top-end 15-inch MacBook Pro option.

The 27-inch iMac can now be configured with the Radeon Pro Vega 48 with 8GB of HBM2. For reference, the much pricier iMac Pro has Vega 56 and Vega 64 options. Apple claims the Vega 48 will net a 50-percent performance improvement over the Radeon Pro 580, the previous top configuration. Speaking of the previous top configuration, the non-Vega GPU options are the same as what was available yesterday. The only difference is that they now have an "X" affixed to the numbers in their names, per AMD branding conventions -- i.e., Radeon Pro 580X instead of 580. RAM options are the same in terms of volume (up to 32GB for the 21.5-inch and 64GB for the 27-inch), but the DDR4 RAM is slightly faster now, at 2666MHz.

Jason Snell, writing for Six Colors: This week on the Accidental Tech Podcast (ATP), John Siracusa floated the concept of a MacBook Hierarchy of Needs, a priority list of features for the next time Apple redesigns the MacBook line, as is rumored to happen later this year. It's a fun thought experiment, because it requires you to rank your wish list of laptop features. That's important, because if I've learned anything in this wacky world of ours, it's that you can never get everything you ask for, so you've got to prioritize.

The ATP hosts all made a "good keyboard" their top priority, an idea that would've been surprising a few years ago but now is almost a given. Yes, of course, Apple laptops need to be fast and reliable and have great displays and good battery life, but the past few years' worth of MacBooks have made a lot of people realize the truth: a bad/unreliable laptop keyboard isn't something you can really work around if you're a laptop user. This is why a lot of nice-to-have-features, like SD card slots, have to fall way down the hierarchy of needs. Any feature that can be rectified with an add-on adapter falls immediately to the bottom of the list. You're stuck with a laptop keyboard forever, and if you're committed to the Mac and every single Mac laptop that's sold uses the exact same keyboard, there's nowhere to run.

An anonymous reader writes: Apple's new Mac products might have a serious audio glitch for professional users. The company's newest Mac products with its T2 security chip suffer from a software-related bug that leads to issues with audio performance. The issue seemingly affects devices with the T2 chip -- that includes the iMac Pro, Mac Mini 2018, MacBook Air 2018, and MacBook Pro 2018. Although Apple's T2 chip is designed to offer improved security, it's affecting users in the pro audio industry.

As CDM reports, there is a bug in macOS that leads to dropouts and glitches in audio whenever a Mac automatically updates its system clock through the system time daemon. Users have been reporting the issue across a bunch of different pro audio forums for months, and it seems like the issue has never been acknowledged by Cupertino. The issue here is pretty simple to understand, as explained by a DJ software developer on Reddit: whenever the system time daemon automatically updates the system time, it somehow sends a 'pause-audio-engine' message to the kernel, leading to dropouts and glitches in audio.

AmiMoJo shares a report from 9to5Mac: Apple is facing a new class action lawsuit claiming that it sells select iMac and MacBook models without needed dust filters. In turn, this causes issues such as display imprecations, slowing performance, and more, the lawsuit alleges. The iMac and MacBook lawsuit is being brought forward by law firm Hagens Berman Sobol Shapiro, which is a class action litigation firm that has gone after Apple before. Most notably, the firm won the infamous $450 million ebooks pricing case against Apple. Since then, Hagens Berman has levied other suits at Apple, including one regarding the performance throttling of iPhones. Hagens Berman's latest lawsuit reads in part: "iMac and MacBook owners have reported dark smudges and spots on the interior of the screens of their desktop computers as well as excessive slowness and break downs of their computers related to the lack of filter on Apple computers. The computer intakes air to cool its components, but with no filter, dust gets trapped inside. This affects the screen and logic board of the computer, leading to dust stuck behind the screen and gummed up motherboards, causing the computer to run slow and/or overheat."

Hagens Berman says "Apple refuses to remedy the defect," instead forcing affected customers to pay "more than $500 to fix this screen defect, and even more if they wish to replace parts integral to the computer's sped and performance." "We believe Apple owes it to the purchasers of these premium, high-end computers to pay for the widespread defect, and we seek to represent iMac owners to recover their losses in costs to repair this defect, or for their loss of use of their computer."

An anonymous reader shares a report from The Verge about Apple's new security-focused T2 chip found in the newest Mac computers. The introduction of the chip "has renewed concerns that Apple is trying to further lock down its devices from third-party repair services," The Verge reports. From the report: The T2 is "a guillotine that [Apple is] holding over" product owners, iFixit CEO Kyle Wiens told The Verge over email. That's because it's the key to locking down Mac products by only allowing select replacement parts into the machine when they've come from an authorized source -- a process that the T2 chip now checks for during post-repair reboot. "It's very possible the goal is to exert more control over who can perform repairs by limiting access to parts," Wiens said. "This could be an attempt to grab more market share from the independent repair providers. Or it could be a threat to keep their authorized network in line. We just don't know." Apple confirmed to The Verge that this is the case for repairs involving certain components on newer Macs, like the logic board and Touch ID sensor, which is the first time the company has publicly acknowledged the tool's use. But Apple could not provide a list of repairs that required this or what devices were affected. It also couldn't say whether it began this protocol with the iMac Pro's introduction last year or if it's a new policy instituted recently.

First revealed last month by MacRumors and Motherboard, both of which got their hands on an internal Apple document, the T2 chip could render a computer inoperable if, say, the logic board is replaced, unless the chip recognizes a special piece of diagnostic software has been run. That means if you wanted to repair certain key parts of your MacBook, iMac, or Mac mini, you would need to go to an official Apple Store or a repair shop that's part of the company's Authorized Service Provider (ASP) network. If you want to repair or rebuild portions of those devices on your own, you simply can't -- at least, according to this document. The parts affected, according to the document, are the display assembly, logic board, top case, and Touch ID board for the MacBook Pro, and the logic board and flash storage on the iMac Pro. It is also likely that logic board repairs on the new MacBook Air and Mac mini are affected, as well as the Mac mini's flash storage. Yet, the document, which is believed to have been distributed earlier this year, does not mention those products because they were unannounced at the time. Regardless, to replace those parts, a technician would need to run what's known as the AST 2 System Configuration suite, which Apple only distributes to Apple Stores and certified ASPs. So DIY shops and those out of the Apple network would be out of luck.

iFixit has released their teardown of the new Mac mini, providing a look inside the portable desktop computer. Some of the notable findings include user-upgradable RAM and soldered CPU and SSD. Mac Rumors reports: While the RAM in the previous-gen Mac mini from 2014 was soldered to the logic board, the new Mac mini has user-upgradeable RAM, as discovered earlier this week. As seen in older iMacs, the RAM is protected by a perforated shield that allows the memory modules to operate at a high frequency of 2666 MHz without interfering with other device functions, according to iFixit. To upgrade the RAM, the shield can be removed by unfastening four Torx screws.

Other silicon on the logic board of this particular Mac mini includes the Apple T2 security chip, a 3.6GHz quad-core Intel Core i3 processor, Intel UHD Graphics 630, 128GB of flash storage from Toshiba, an Intel JHL7540 Thunderbolt 3 controller, and a Gigabit Ethernet controller from Broadcom. Despite the good news about the RAM, the CPU and SSD are soldered to the logic board, as are many ports, so this isn't a truly modular Mac mini. iFixit awarded the new Mac mini a repairability score of 6/10, with 10 being the easiest to repair, topping the latest MacBook Air, MacBook, MacBook Pro, iMac, and iMac Pro, and trailing only the 2013 Mac Pro.

Bloomberg highlights all the big announcements expected to be made next week at Apple's October hardware event, such as an iPad Pro with a USB-C port instead of a Lightning port, a MacBook Air successor, and a new Mac Mini. From the report: The update to the iPad Pro will be the most significant in the product's history. The device was originally launched in 2015 in part as a counter-measure to Microsoft's Surface Pro, which gained a following with business users seeking large tablets with support for attachable keyboards and styluses. The iPad Pro models, which have larger screens, better cameras, and faster processors, are more expensive, which has sustained revenue growth. [Some of the new features, according to people familiar with the plans, include a nearly edge-to-edge display with slimmer bezels, a USB-C connector, Face ID, Animojis, a faster processor (variant of the A12 Bionic chip), a custom Apple graphics chip, and an updated Apple Pencil.]

For the Mac, Apple is planning its first wide-ranging upgrades since June 2017. The MacBook Air and Mac mini, a small desktop machine without a screen, have gone several years without notable changes. This, combined with interest in larger smartphones and competing PCs, led Apple to report the fewest Mac sales since 2010 in its fiscal third quarter. [Apple is reportedly planning a new entry-level laptop to replace the aging MacBook Air. It's expected to have a higher-resolution 13-inch screen, as well as slimmer bezels around the display. The Mac mini will have new processors and features for professional users. Apple's also working on refreshed iMacs, iMac Pros, and 12-inch MacBooks with faster processors, and at least some of these updates could be ready for the October launch.] The event's theme is "making," and it will take place in New York City on Tuesday at 10:00am EST.

After it was reported that proprietary diagnostic software was needed in order to replace key parts on computers equipped with Apple's T2 chip, iFixit decided to put that claim to the test by replacing a part on a brand-new 2018 MacBook Pro. They found that after pulling it apart and replacing the display, it still worked -- even without the software. Engadget reports: As they put it, any "secret repair kill switch hasn't been activated -- yet." So far, it has limited approaches that limit repairs based on security to the TouchID and FaceID sensors that require specialized software, as I noted yesterday, even though people have reported trouble with the ambient light sensor after replacing iPhone displays. While it's possible that a future software update could change things and make it require specialized software that only official Apple Stores and authorized service centers have access to, we're not there yet. Passing "right to repair" laws currently under consideration could be a big step to guaranteeing things stay that way.

An anonymous reader quotes a report from Motherboard: Apple has introduced software locks that will effectively prevent independent and third-party repair on 2018 MacBook Pro computers, according to internal Apple documents obtained by Motherboard. The new system will render the computer "inoperative" unless a proprietary Apple "system configuration" software is run after parts of the system are replaced. According to the document, which was distributed to Apple's Authorized Service Providers late last month, this policy will apply to all Apple computers with the "T2" security chip, which is present in 2018 MacBook Pros as well as the iMac Pro. The software lock will kick in for any repair which involves replacing a MacBook Pro's display assembly, logic board, top case (the keyboard, touchpad, and internal housing), and Touch ID board. On iMac Pros, it will kick in if the Logic Board or flash storage are replaced. The computer will only begin functioning again after Apple or a member of one of Apple's Authorized Service Provider repair program runs diagnostic software called Apple Service Toolkit 2.

According to reliable analyst Ming-Chi Kuo, Apple's next iPad Pro will be switching from the Lightning Port to USB-C for the first time. It will also ship with a new 18W USB-C charger. 9to5Mac reports: While Kuo's memo mentions both the new iPad Pro with USB-C (wow) and MacBook with Touch ID, it's still unclear at this point if we'll see the iPad and Mac on stage at Wednesday's event, or if the September 12 date will be dedicated to iPhone and Apple Watch. That would be a massive change for an iOS device but one that could improve the iPad accessory ecosystem -- and be a boon for productivity. Kuo's memo does not suggest that this is simply a change from USB-A Lightning to USB-C Lightning but instead an actual port change on the iPad itself. Daring Fireball's John Gruber notes that if Kuo is correct, "someone with a Mac, iPhone, and iPad would need three different headphone adapters." That takes courage, Apple...

According to Digital Trends, the T2 chip that enables things like secure boot, better encrypted storage, and "Hey Siri" support may be causing problems in MacBook Pro and iMac Pro computers. From the report: Many iMac Pro owners have reportedly suffered numerous kernel panics -- the MacOS version of the dreaded Blue Screen of Death in Windows -- since they hit the market at the end of 2017. You can find a handful of threads on Apple's community forums, including this one, detailing the trials and tribulations customers are experiencing with their expensive iMac Pros and Apple support. The problems apparently reside in the new MacBook Pro laptops, too. Of all the error messages uploaded to these threads, there is one detail they seem to share: Bridge OS. This is an embedded operating system used by Apple's stand-alone T2 security chip, which provides the iMac Pro with a secure boot, encrypted storage, live "Hey Siri" commands, and so on. It's now included in the new 2018 models of the 13- and 15-inch MacBook Pro with Touch Bar. But whether the T2 chip is behind all the kernel panics is up in the air. The symptoms and solutions are varied across complaints, such as iMac Pro owners daisy-chaining storage devices seeing crashes along with those with nothing connected at all. But Apple is aware of the problems and is apparently working on the issue behind the scenes. While Apple is replacing these machines, the problems still seem to occur on the new hardware. This latest controversy comes hot on the heels of the last MacBook Pro controversy about overheating concerns.