Apr 4 2010

Rapid Repair Disassembles iPad!

The iPad is the best-built first-generation mobile device Apple has ever produced, the owner of an iPod and iPhone repair company said yesterday after disassembling the new tablet.

“I’m impressed,” said Aaron Vronko, the CEO of Michigan-based Rapid Repair. “It’s the first first-generation device that we’ve seen from Apple that has great construction.” Rapid Repair is a repair shop and do-it-yourself parts supplier for consumer devices, including Apple’s iPod and iPhone and Microsoft’s Zune. (See also “A Visual Tour of the Apple iPad.”)

Vronko posted a step-by-step teardown of the iPad, complete with photos, to the Rapid Repair site Saturday, just hours after Apple kicked off tablet sales.

“It’s still not going to survive a drop, but everything that can be buttoned down, is,” said Vronko, referring to the logic board, battery and other components inside the iPad’s milled-aluminum casing. “Everything is engineered to fit to the next piece, even the off-the-shelf parts. The batteries are even separated to allow for the [Wi-Fi] antenna to run down the middle.”

Vronko also gave Apple a thumbs up for the iPad’s internal design. “Apple had a really clear idea of where they wanted to be with the iPad, and they just hit it on all counts,” said Vronko. “It’s designed for a specific set of tasks, and for those tasks it’s a great device.”

Evidence of that was obvious throughout the inside of the iPad, Vronko said, pointing to the battery as an example. “It’s a great design. It’s really wide, but it’s no thicker than the battery in the iPhone 3GS,” he said. “That helps dissipate the heat, the number one reason for battery failure. The wider [form] gives it a lot of surface area for heat dissipation. And putting it at the back of the case, between the case and the main board, protects [the electronics].” (See also “Apple iPad Stress Tests.”)

Vronko also applauded Apple’s use — or reuse — of some of the components already proven in the iPhone and iPod Touch, such as the BlueTooth and Wi-Fi radio parts. “Apple reused a lot of the smaller elements of the iPhone 3GS in the iPad, or the next generation of those parts,” he said Such repurposing also helped Apple keep down the manufacturing cost of the iPad.

“We’re talking about the accessory parts here,” he cautioned, “not the things that define the device.”

Even so, Vronko dinged Apple on some aspects of the iPad. “Nothing here is pushing the envelope,” he said. “The LCD is nice, but it’s not cutting edge.”

Apple could have added several more hours to the iPad’s battery life if it had pushed for a more advanced display technology, such as OLED (organic light emitting diode), which earlier this year Vronko predicted Apple would use in its then-still-rumored tablet. Because the display consumes more power than any other iPad component, and its requirements thus define how long an iPad can run between charges, an OLED screen would have extended the tablet’s battery life to at least 18 hours, Vronko said.

Apple estimates that the iPad can run up to 10 hours before needing recharging, although some reviewers have said they got as many as 12 hours out of a charge.

And Vronko worried that what he found inside the iPad may mean this first version won’t stand up to the competition, or the test of time. “Apple didn’t go overboard on what they put inside,” he said. “Is this enough hardware for the next 20 months of app development? I don’t think it is.”

Consumers trained to expect their smartphones and cell phones to last two years — the length of most mobile service contracts and the time between upgrading phones — may be disappointed by the iPad’s inability to keep pace with rivals, or even developers.

“After a year, it starts to look shaky for this iPad,” Vronko argued. “Remember, there will be lots of other tablet-based hardware [to compete with the iPad] by then.”

Gregg Keizer covers Microsoft, security issues, Apple, Web browsers and general technology breaking news for Computerworld. Follow Gregg on Twitter at @gkeizer or subscribe to Gregg’s RSS feed. His e-mail address is gkeizer@ix.netcom.com.

The original article can be found here.

 

 
Jan 28 2010

Apple iPad Repair Parts

After the Apple iPad announcement, we received a lot of questions about the potential of this device to be repaired. We are not sure how complex this device is, or how modular the replacement parts will be. What we do know is that we will support all models of the Apple iPad for repairs and diagnostics. Judging by the design, we are sure that there will be several replaceable parts such as the iPad LED back-lit screen, iPad mainboard, iPad battery, and more.

iPad repair, iPad screen repair, iPad parts, iPad battery upgrade, iPad memory upgrade, iPad headphone jack replacement.

As you can see, the iPad looks like an iPod touch on steroids.   Just a larger version with the assumption that most parts inside will be serviceable.

Check back for our tear-down guide when the iPad is released, we will have detailed info on how to repair the iPad Wifi + 3G model & the iPad wifi only model.

Please discuss the iPad in our forums: http://www.rapidrepair.com/phpbb/viewforum.php?f=41

iPad repair parts will be located on our site: http://www.rapidrepair.com/shop/apple-ipad-repair.html

Here’s a list of the iPad’s features:

  • Storage: 16GB, 32GB, or 64GB flash drive
  • Size: 9.5 x 7.5 inches; 0.5 inch thick
  • Weight: 1.5 pounds Wi-Fi model; 1.6 pounds Wi-Fi + 3G model
  • Battery: Built-in 25Whr rechargeable lithium-polymer 10 hour battery
  • Processor: 1GHz Apple A4 custom-designed, high-performance, low-power system-on-a-chip
  • Network: Wi-Fi (802.11 a/b/g/n), Bluetooth 2.1 + EDR technology
  • 3G: UMTS/HSDPA; GSM/EDGE
  • External Monitor: Support for 1024 x 768 with Dock Connector to VGA adapter; 576p and 480p with Apple Composite A/V Cable, 576i and 480i with Apple Composite A/V Cable
  • Audio: supported formats include AAC (up 320 Kbps), Protected AAC, MP3 (up to 320 Kbps), MP3 VBR, Audible (formats 2, 3, and 4), Apple Lossless, AIFF, and WAV
  • Processor: 1GHz Apple A4 high-performance, low-power system-on-a-chip
  • Display: 9.7-inch (diagonal) LED-backlit glossy widescreen Multi-Touch display with IPS technology
  • Input and Output: Dock connector, 3.5-mm stereo headphone jack, Built-in speakers, Microphone, SIM card tray (Wi-Fi + 3G model only)

 

 
Jan 16 2010

Talking Tablets with Rapid Repair

As the clock ticks slowly towards the introduction of the Apple tablet, a lot of people are speculating on what the device design will be like. TUAW recently spent some time interviewing Aaron Vronko, Service Manager for RapidRepair. RapidRepair, based in Kalamazoo, Michigan, has repaired and provided parts for all sorts of electronic gadgetry over the last six years, but Apple iPhones and iPods make up the bulk of their business.

As an expert in the technology used in Apple’s products, Vronko has gleaned information from various sources — including component suppliers, industry trends, and just plain rumors — and has come up with his best estimate of what we’ll see in an Apple tablet.

What will it be used for, and what kind of OS will it run?

Aaron’s comments in this area mirrored my personal thoughts about the tablet. “It just doesn’t make sense as a ‘larger iPhone’,” said Vronko. “Considering the size and the expense of the device, the tablet will need to converge towards light productivity functions and replace a netbook or compact laptop. To do this, the device must be able to run Office-type apps that are accessed in a meaningful way, and the only way a tablet can do this is through easy user input. People buy solutions, not devices, and the tablet is going to have to fulfill a need that the target market has.”

Aaron continued, saying “User input will have to be the biggest surprise from Apple. Perhaps we’ll see 3D gestures for more useful input, or some sort of split on-screen touch keyboard. The virtual keyboard was the real innovation of the iPhone; the tablet needs to bring this to the next level.”

Vronko doesn’t think the Apple tablet will include a stylus. “Steve Jobs made the comment during the 2007 iPhone introduction that the stylus is the caveman’s tool for data entry. That being said, to date a stylus is the fastest, most efficient input method you could use, but you’d have to back it up with a very strong word-and-phrase-based handwriting recognition engine, so the system learns you, not the other way around. I personally hope that Apple comes out with something totally different and unexpected,” Aaron said.

The idea of a hybrid OS, “about 70% iPhone OS, about 30% Mac OS X,” made sense to Vronko. “From the standpoint of applications and app distribution, Apple’s in love with the iPhone model app model for its smooth and simple user experience and quality control. But for the light productivity functions we’re talking about, the tablet will need a more Mac OS X-like model for multitasking and the file system.”

The profile of the tablet

First, Vronko believes that the device will be slightly thicker than an iPhone. “Given chip components packed onto a single board, the size of the battery required, and the thickness of the display module, the profile can easily be in the 15 – 20 mm range,” noted Vronko. The iPhone 3GS is 12.3 mm thick by comparison.

Weight-wise, he believes that the device would be just under 2 pounds [0.9 kg] for a 10 inch [25 cm] model, about 1.5 pounds [0.7kg] for a 7 inch [18 cm] unit. The weights assume that Apple continues to use aluminum casings for their products.

“A two-pound tablet isn’t something that you’re just going to be able to put into a pocket, so there’s going to be a big market for carrying cases that are smaller than laptop cases,” Aaron noted. “You’d almost want an integrated stand built into the tablet for certain purposes, but if it’s not used all the time, it’s unlikely that Apple would add it to the tablet. They’re all about making sure that the ‘headline’ features of the device are built-in and don’t require a separate accessory or add-on.”

The display

Vronko thinks that there will be two different models. However, “judging from the availability of display components, there’s a good possibility that one could launch before the other. A 7″ model with an OLED display suitable for a touchscreen device could launch as soon as March, while it would take until the 3rd quarter of 2010 before large quantities of 10″ OLED screens for mobile use become available,” said Vronko.

OLED (Organic LED) displays make some sense. Vronko noted that using current LCD technology, a tablet would achieve battery life in the 4 to 5 hour range during video playback. OLED technology reduces power consumption by anywhere from 40 to 75% depending on the usage, which would stretch battery life significantly. Vronko continued, “The device OS would need to play to the strengths of the OLED technology. Using dark backgrounds with white lettering for an e-reader app, for example, would make more sense than a paper-white background with black lettering.” OLEDs are substantially more expensive than the older tech, though.

Vronko cited Pixel Qi’s screens as a breakthrough technology that Apple could be considering for the tablet. These screens, which are now in their first production run in a 10″ size, have the readability of the E Ink displays currently available on most e-reader devices, but have the fully-saturated color and video refresh of LCD displays as well. “Using a technology of this type for an e-reader application, the tablet could easily reach 25 – 30 hour battery life,” said Vronko.

The only problem with this theory is that industry buzz doesn’t indicate that Apple has hooked up with Pixel Qi or another manufacturer with an e-paper technology of this type.

I wondered aloud if the tablet might have a removable battery pack. Since RapidRepair does a lot of iPod and iPhone battery replacements, Aaron had some thoughts on that possibility. “With the iPod and iPhone, about 80% of people feel that they still have adequate battery life up to about two years. After that point, many want to have the battery replaced. For an inexpensive device like an iPod or a bi-annually subsidized iPhone, many choose to replace the device instead of just the battery. A more expensive tablet might need to have either a user-replaceable battery pack or a way of quickly replacing the pack in a store, since people won’t want to replace the tablet and will be less apt to want to be separated from the device.”

The processors

The core hardware of the device is extremely important, says Vronko, since the existing CPU / GPU combination used in the iPhone 3GS simply doesn’t have the power to drive the larger display of the tablet. “If the tablet is going to be used for productivity tasks,” noted Aaron, “it’s going to need multitasking and that will take at least 1–2 GB of RAM, much more than the 256 MB currently in the iPhone 3GS.”

Instead, something like the NVIDIA Tegra 2 system-on-a-chip with two ARM Cortex A9 CPU cores would most likely power the tablet. “Of course, we have to remember that Apple bought PA Semi, and it could be the perfect time for this division to unveil Apple’s own System-on-a Chip (SoC) design based around the ARM Cortex A9 CPU and Imagination PowerVR SGX545 GPU,” said Vronko. “The SGX540 or SGX545 would be the minimum GPU to drive the number of pixels in this size display, and would allow 3D gaming without clipping or slow frame rates.”

Vronko called for the tablet to have hardware acceleration for HD video with HD encoder and decoder processors likely integrated into the SoC. In his opinion, 720p record / display is a given, and even 1080p could be within the realm of possibility. However, “It’s not likely that Apple would build in mini or micro HDMI output to an HD display, but this could be a solution supplied by a third party.”

Connectivity

“I can’t see the tablet being used as a phone,” said Aaron. “First, the size is out of proportion to what people are used to. Second, if it’s being used for light productivity tasks, it will be used for a longer amount of time than a phone. Without having to have the radio be in constant contact with the 3G network for voice purposes, the battery should last much longer.”

That being said, we agreed that Wi-Fi would be the predominant form of network connectivity for a tablet, but that an option for 3G with a data plan is a must. “This device will provide a really incredible mobile browsing capability, the full internet,” noted Vronko. “A 3G plan is going to be needed for downloading books, newspapers, apps, and music while on the go.”

We also agreed that an announcement by Apple of a cloud-based iWork could be another piece of the puzzle, providing the “light productivity tools” that Aaron was describing, while making ubiquitous access to the resulting documents easy. Vronko noted that this could be something that Apple or a wireless carrier could easily build into the monthly cost of a data plan.

The final word

Aaron’s obviously feeling confident that the tablet is imminent, as the RapidRepair website has a link for “Apple tablet iSlate repair” accompanied by a forum for discussing the device.

As with any conjecture like this, there are some places where Aaron Vronko will be right on the money, and some others where his ideas will be way off base. However, he’s agreed to do a followup interview to talk about the real tablet whenever it is finally announced. At that time, we may consider a liveblog so that you can ask Aaron your questions about the new device.

The original article can be found here.