O'Grady's PowerPage » Verizon

Apple announces 36 international wireless carriers moving to 4G LTE networks in 2013

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Date: Thursday, January 24th, 2013, 08:31
Category: iPad, iPhone, News

If you’re traveling internationally with your iPhone 5, this will come in handy.

Per AppleInsider, Apple will more than double the number of carriers that support fast 4G LTE data service for its flagship iPhone 5 next week, with 36 new LTE carriers joining its existing pool of 24.

When asked about “the pace of LTE build outs across the globe, in Europe or parts of Asia” and how that could have an impact on Apple’s iPhone business as LTE capacity becomes more available, Apple’s chief executive Tim Cook outlined big expansion plans beginning next week.

“Today we have 24 carriers around the world that provide LTE support for iPhone 5. Those are in countries like the US, Korea, the UK, Germany, Canada, Japan, Australia and a few others,” Cook said.

“Next week,” he added, “we’re adding 36 more carriers for LTE support. These carriers will be in countries that we are not currently supporting LTE.”

Cook specifically noted new carriers “in Italy, Denmark, Finland, Switzerland, Philippines, and also several middle eastern countries,” pointing out that “if you look at the total of all of these, the incremental subscribers in those countries it’s over 300 million.”

That subscriber total of the 36 country expansion is just over 10 percent larger than Verizon Wireless, which is currently the world’s largest LTE carrier, with about 257 million subscribers. Verizon just announced having sold 9.8 million smartphones in the winter quarter, 6.2 million of which were iPhones.

In addition to carriers supporting LTE, Cook also drew attention to iPhone 5’s ability to work with other advanced data networks, noting, “as you know iPhone 5 also supports other ultra fast networks like HSPA+, with downloads up to 42Mbps, which is 3 times the speed as iPhone 4S.”

Cook concluded his comments on global carrier expansion by saying, “we feel really good about the situation we are in, particularly with these adds next week.”

Apple first launched LTE support one year ago for its third generation iPad introducing a Retina Display. Last September, Apple launched iPhone 5 as its first LTE phone, expanding LTE and HSPA+ support to new carriers globally.

Apple currently sells three versions of iPhone 5 (and new iPad 4 and iPad mini models equipped with LTE mobile data): a model that works exclusively with American AT&T and Canadian carriers using LTE bands 4 and 17; a model supporting CDMA carriers Verizon and Sprint in the US and KDDI in Japan, using LTE bands 1,3,5,13 and 25; and a third model supporting LTE bands 1, 3 and 5, sold to subscribers in Germany, the UK, Australia, Singapore, Hong Kong, Korea and Softbank in Japan.

Stay tuned for additional details as they become available.

T-Mobile announces company will begin selling iPhone, iPad in 2013

Posted by:
Date: Friday, December 7th, 2012, 07:52
Category: iPhone, News, retail

If you’re a T-Mobile fan, you’ll appreciate this.

Per AppleInsider, wireless carrier T-Mobile has announced it has inked a deal with Apple to begin selling products in America next year, presumably including both the iPhone and iPad.

The announcement came as part of a press release by the carrier’s parent company, Deutsche Telekom, on Thursday. The release declined to mention specific products, but Apple’s iPhone and iPad lineup are the only cellular-capable devices offered by the company.

“T-Mobile USA has entered into an agreement with Apple to bring products to market together in 2013,” the release said.

T-Mobile is the fourth-largest carrier in the U.S., but despite its size, it has not offered Apple’s iPhone to date. And yet many smaller, regional carriers already offer the iPhone through partnerships with Apple, which T-Mobile has admitted contributed to its woes in America.

“Following on from the preceding steps such as the spectrum swap with Verizon, the towers deal with Crown Castle and the transaction with MetroPCS that we have announced, we have now added the final piece to the jigsaw to boost the competitiveness of T-Mobile USA sustainably,” said René Obermann, CEO of Deutsche Telekom.

Though the iPhone is not officially available through T-Mobile, the carrier is said to have more than 1.5 million active unlocked handsets on its network. Many of those handsets operate at wireless data speeds slower than 3G because of technical limitations with T-Mobile’s network.

To address that issue, T-Mobile has begun widening its 4G HSPA+ network in major metropolitan areas across the U.S., offering users of unlocked iPhones the ability to access high-speed data on its network.

The main reason T-Mobile has not offered the iPhone is because its network’s frequency band is incompatible with current versions of the iPhone. While the iPhone can place calls on T-Mobile’s network, it cannot connect to the carrier’s unique high-speed 3G frequency.

That’s begun to change as the carrier has transitioned its service to the 1900 MHz GSM band. That’s the same frequency used by AT&T, and is compatible with existing iPhone models.

T-Mobile has publicly admitted that the lack of Apple’s iPhone in its smartphone lineup has hurt the carrier and caused customers to leave. The carrier has about 33 million subscribers in the U.S., placing it behind Sprint, AT&T and Verizon in terms of size.

However, T-Mobile is set to grow next year thanks to a planned merger with MetroPCS — the fifth-largest carrier in America, and another provider that does not have access to Apple’s iPhone. T-Mobile and AT&T previously attempted to merge, but that deal was pulled when it became clear the Federal Communications Commission would block the agreement.

The terms of the attempted merger between AT&T and T-Mobile deemed that AT&T would give T-Mobile US$1 billion worth of wireless spectrum in the 1900MHz range if the deal fell through. That spectrum exchange is now likely key to the announced agreement between T-Mobile and Apple.

Stay tuned for additional details as they become available.

iPhone 5 supply stabilizes, units now readily available for holiday shopping season

Posted by:
Date: Thursday, November 29th, 2012, 07:41
Category: iPhone, News, retail

It took a while and there were muchos conflicts with Foxconn, but it finally happened: Apple’s iPhone 5 supply chain has stabilized.

Per AppleInsider, the popular iPhone 5 handset is now readily available in the U.S. at Apple’s brick-and-mortar retail stores as the company has apparently overcome supply issues experienced since the device was launched in September.

While the Apple online store still shows one-week ship-by dates, Piper Jaffray analyst Gene Munster said a poll of 20 U.S. Apple Stores reveals the iPhone 5 is readily available at physical Apple Stores for the first time since the unit was released at the end of September.

“We believe the iPhone 5 has finally reached a point where consumers can walk into an Apple Store and walk out with a phone,” Munster said in a note to investors on Thursday.

The analyst performs a nightly check with the online Apple Store for local pick-up orders half an hour after new stock arrives at 100 locations. He also noted that 20 out of 20 Apple Stores polled showed availability for Verizon models, the supply of which has been the most constrained out of the three major U.S. carriers.

“The bottom line is that AT&T, Sprint and Verizon are consistently showing 90%+ availability,” Munster wrote.

A similar report earlier this month showed that, while inventory of Sprint versions of the Phone 5 was improving, models supported by AT&T and Verizon’s networks were still seeing constraints.

Going further, Munster maintains his estimate of 45 million iPhone shipments for the fourth quarter, but warns that there may not be a significant upside as supply is only now meeting demand.

According to a recent report, the iPhone 5 helped to double Apple’s share of the U.S. smartphone market, pushing it ahead of worldwide leader Android.

Sprint activates 4G LTE networks in 9 additional U.S. cities

Posted by:
Date: Wednesday, November 14th, 2012, 07:10
Category: iPhone, News

It never hurts to have a fast connection.

According to PC Magazine, wireless carrier Spring revealed on Tuesday that it has begun work on its 4G LTE network in nine new cities. The new markets include:

– Minneapolis/St. Paul, Minn.

– Oakland/Fremont/Hayward, Calif.

– Key West, Fla.

– Fort Smith, Ark.

– Michigan City/La Porte, Ind.

– Bloomington, Ind.

– Eau Claire, Wis.

– Arrdmore, Okla.

– McAllen/Edinburg/Mission, Texas

Sprint debuted its 4G LTE service in July and plans to have 125 cities on its LTE grid within “the coming months.” No more specific dates are being offered by the company at this time.

This number is well behind AT&T and Verizon, with the latter promising to have its entire 3G network converted by mid-2013. On Thursday, Verizon is flipping the switch on LTE coverage for more than 20 cities, including much of Missouri and large chunks of Wyoming and Arizona.

Stay tuned for additional details as they become available.

iPhone 5 shipping times improve, device ETA now stands at 2-3 weeks

Posted by:
Date: Tuesday, November 13th, 2012, 07:59
Category: Hardware, iPhone, News

Maybe things are getting a little better over at the Foxconn plant…

Per AppleInsider, availability of the iPhone 5 continues to improve, as Apple’s website now advertises that all models ship within two to three weeks.

The latest estimated shipping times are an improvement from the previously advertised timeframe of three to four weeks. The shipping time applies to both the black and slate as well as the white and silver models, in all three capacities.

The improved shipping times corroborate reports from last week that revealed Apple’s supply was catching up with demand for iPhone 5 inventory at its U.S. retail stores. Gene Munster and his team at Piper Jaffray found that 54 percent of 100 Apple Stores had the AT&T iPhone 5 in stock, while 24 percent had the Verizon model, and 84 percent were stocked with the Sprint variety.

Those numbers from last week were a major improvement from the weeks prior, when supplies of the iPhone 5 were severely constrained, particularly for AT&T and Verizon customers.

“We believe this is an important step for Apple as it appears they are finally gaining momentum in being able to keep up with demand for the iPhone 5,” Munster wrote. “We believe that if AT&T and Verizon device availability follows the same trend as Sprint, it may only be 2-3 weeks before iPhone 5s are consistently available to customers.”

Also last week, Shaw Wu with Sterne Agee said his checks within Apple’s supply chain found that the company had significantly improved its production capacity of the iPhone 5 since the device launched in late September. According to Wu, the supply chain bottleneck for the iPhone 5 moved from components to the assembly of the device itself.

Earlier reports claimed that the iPhone 5’s in-cell touch panel and aluminum chassis have caused quality control issues for both Apple and Foxconn. One unnamed source from Foxconn said in October that the iPhone 5 is “the most difficult device” the company has ever been tasked with assembling.

If you’ve gotten word as to when your iPhone 5 is expected to ship, please let us know its estimated delivery time in the comments.

Apple purchases Color Labs’ talent base for indeterminate price

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Date: Friday, October 19th, 2012, 08:05
Category: Finance, News, Software

Your favorite computer company bought up the talent, not the office supplies (including the trusty coffee maker)

Per All Things D, Apple didn’t buy social video startup Color, but it did acquire its engineering team of about 20 employees for as much as $5 million.

Disputing a rumor that surfaced on Wednesday claiming that Apple had bought Color, Liz Gannes of All Things D revealed on Thursday that Apple instead “acquired” Color’s engineering team. The employees were said to have been picked up for somewhere between US$2 million and US$5 million.

That would mean that earlier claims that Apple had bought Color for “double-digit millions” were incorrect. Instead, Apple made a relatively small talent acquisition of about 20 personnel.

“Apple is not buying Color’s technology, intellectual property, domain names or liabilities,” Gannes said. “Those are being left with the company, which still has considerable cash in the bank — something like US$25 million — and is going to be wound down.”

A flurry of rumors and misinformation related to Color were attributed to “bad blood” that has apparently formed between Color employees, company CEO Bill Nguyen, ex-employees, investors, and even Apple itself.

Founded by Bill Nguyen and Peter Pham in 2011, Color Labs was at the center of some controversy after netting US$41 million in a pre-launch funding round, a massive investment compared to the usual US$1 million in seed money seen by most comparable start-ups. The company released a photo-sharing app, though the initiative failed to draw users, prompting Pham to exit three months after launch and Chief Product Officer DJ Patil to do the same one month later.

Nguyen changed strategies and created a new video-sharing app that allows users to record and post 30-second silent video to Facebook, a direction that netted Color a deal with Verizon in May.

Stay tuned for additional details as they become available.

Assorted Verizon customers report time-shifting issue with iPhone 5

Posted by:
Date: Thursday, October 18th, 2012, 07:15
Category: iPhone, News, Software

Well…this is why they invented firmware updates.

Per AppleInsider, a number of iPhone 5 owners, especially those on U.S. network Verizon, are complaining of an issue where the incorrect day and time is displayed, sometimes jumping weeks ahead or behind the actual date.

According to multiple posts on Apple’s Support Communities forum, a number of iPhone 5 users are experiencing what appears to be a problem with the handset’s automatic date and time setting feature.

It is suspected that the issue may lie in the handset’s compatibility with Verizon’s network, as most of the reports on the 21-page thread come from that carrier’s subscribership.

The bug was initially reported on Sept. 24, the iPhone 5’s first day of availability, and subsequent posts citing similar timing-related difficulties have been streaming in ever since. There have been no reports of time-shifting with other iPhone models, including those upgraded to iOS 6.

While the exact cause of problem is unknown, speculation points to a bug with how the timing code embedded in Verizon’s CDMA cell network is handled.

In order to operate properly, all CDMA cell towers transmit a time signal based on data from an on-site GPS receiver, allowing the network to stay in synchronization. It is possible that either Apple’s handset is somehow misinterpreting the time signals, or timing data from certain Verizon cell towers is faulty, though at this point the theories are mere conjecture.

Forum members say both Apple and Verizon are aware of the iPhone 5’s time-shifting issue, however no clear remedies were offered to the few who contacted the companies’ customer support staff. Some have found limited success in performing a factory reset, but the method is not a sure-fire solution.

It appears that each party is placing blame on the other, further confusing the situation. Apple forum member “dtenberge” claims to have been contacted by a “Senior iOS Advisor” who said, “I just got a response from our Engineers, at this time we cannot see anything wrong on our end, they did suggest that you contact Verizon and open up a ‘ticket’ and have them look into it.”

Another member, Janine Costanzo, said, “We just called Verizon, and they said they’ve had some reports of this problem, but it’s nothing on their end. They checked the cell towers in our area (SF Bay Area) and the time is right on them. They said it’s likely a software issue on Apple’s end, so we should call Apple and tell them the problem and hope that they release a software fix for it.”

Stay tuned for additional details as they become available and if you’ve seen this issue on your end, please let us know in the comments.

Hack discovered, Verizon iPhone 5 apparently unlockable for use on GSM networks

Posted by:
Date: Monday, September 24th, 2012, 07:58
Category: Hack, Hardware, iPhone, News

Ok, this is interesting.

Hours after the iPhone 5 hit store shelves across the U.S. on Friday, it has reportedly been discovered that the CDMA Verizon version of the device can be used on AT&T and T-Mobile’s networks with a simple GSM micro SIM card modification.

Per the iDownloadBlog, it’s apparently possible to trim down and install a micro SIM card into the new Verizon iPhone 5, which was purchased under contract, and connect to AT&T’s HSPA+ “4G” network.

The publication contacted a Verizon representative who confirmed the handset is indeed unlocked, meaning it can use SIM cards from other carriers even under contract. This is encouraging to travelers who own a CDMA Verizon iPhone 5 but need to hop onto international GSM networks from time to time.

While the installation is anything but elegant, in this case requiring a paper clip and a piece of tape to hold the card in place rather than the supplied tray, AT&T and T-Mobile nano-SIMs are likely to have a better fit.

With the iPhone 5, Apple is implementing new nano-SIM cards that bring a 40 percent reduction in size compared to last-generation micro SIM cards.

Stay tuned for additional details as they become available.

Apple to cover international LTE standards via three hardware variants

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Date: Thursday, September 13th, 2012, 08:31
Category: Hardware, iPhone, News

The iPhone 5 is en route.

And it looks like a nifty feat of engineering.

With the variety of different LTE frequency bands used by various carriers available globally, Apple will be making three versions of iPhone 5, with the potential for additional new models as Apple signs on other carriers according to AppleInsider.

Apple built a single, global model of the iPhone up until the beginning of 2011, when it introduced a CDMA-only iPhone 4 version compatible with Verizon. When it introduced iPhone 4S a year ago, Apple incorporated support for both GSM and CDMA networks, resulting in a “world phone,” albeit still locked by specific carriers.

The new iPhone 5 now comes in three LTE versions, all of which continue to support the global GSM/UMTS services of iPhone 4S (Quad Band 2G GSM/EDGE on 850, 900, 1800, 1900 MHz, and Quad Band 3G UMTS/HSDPA/HSUPA on 850, 900, 1900, 2100 MHz) with new support for “4G” DC-HSDPA (which at up to 42Mbps is as fast as most carriers’ 4G LTE service). Only one of the three versions continues to support CDMA.

To cover its launch carriers’ LTE services, Apple has announced these three different models:

A North American GSM A1428 model for use on AT&T and Apple’s Canadian partners Bell/Virgin, Rogers/Fido and Telus/Kodo provides LTE support for bands 4 (AWS) and 17 (700b MHz) but not CDMA.

AWS-flavored LTE is exclusive to North America, where it was originally assigned for use as wireless cable. In both the US and Canada, it has been reassigned for mobile voice and data networks. While Canadian carriers used it for LTE deployments, T-Mobile acquired large portions of the U.S. rights to AWS and used it to build out its non-standard 3G UMTS service.

This is one significantly reason why AT&T wanted to acquire T-Mobile two years ago. After the U.S. government intervened, T-Mobile was left with its AWS 3G service incompatible with previous iPhones. It now plans to build out LTE service, although that won’t happen until next year, leaving it with the interim option of shifting its 2G GSM service to 3G/4G HSDPA in order to woo unlocked iPhone 4/4S/5 users (which it currently has in place in only a few markets).

A second, CDMA model A1429 will support Sprint and Verizon’s CDMA network in the U.S. and KDDI in Japan. In addition to the standard “EVDO rev A” 800 and 1900MHz support on previous CDMA iPhones, iPhone 5 now also supports the slightly faster and more efficient rev B on 2100MHz. Sprint and Verizon once considered upgrading to EVDO rev B before throwing their support behind 4G networks, but Japan’s KDDI does use rev B networks. CDMA carriers in India and Russia also support rev B.

More importantly, the CDMA iPhone 5 supports LTE Bands 1 (2100MHz), 3 (1800MHz), 5 (850MHz), 13 (700cMHz, used by Verizon) and 25 (1900MHz, used by Sprint). The first three bands overlap those used by Apple’s other carrier partners in Europe and Asia (but not AT&T/Canada), although the company also notes that “band support does not guarantee support on all LTE networks running on the same bands.”

Finally, a third model for the rest of the world supports GSM carriers that have added support for LTE on Bands 1 (2100MHz), 3 (1800MHz), 5 (850MHz).

This includes Deutsche Telekom in Germany, Everything Everywhere in the UK, Optus/Virgin and Telstra in Australia, Softbank in Japan, SK Telecom and KT in Korea, SmarTone in Hong Kong, and M1 and SingTel in Singapore.

There are several other global LTE carriers Apple could support, either with its existing models or new models, that the company hasn’t announced any deals with yet.

In Japan NTT DOCOMO uses Band 1, and a long list of other European carriers are deploying Band 3 LTE. T-Mobile, Cricket and Metro PCS use Band 4 (AWS) in the U.S., so these carriers could all apparently be supported by Apple’s existing models, given a carrier agreement.

Other carriers have deployed LTE Bands that none of Apple’s existing iPhone 5 versions support. A variety of carriers in Austria, Brazil, Denmark, Estonia, Finland, Norway, Russia, Sweden and Switzerland are all deploying Band 7 (2600 MHz), while others in Germany and Sweden are using Band 20 (800MHz), and a variety of Middle Eastern carriers have started building out Band 38 (2600MHz).

iPhone 5 is believed to use Qualcomm’s fifth generation MDM9615 baseband chip, which supports both FDD and TDD signaling technologies for LTE.

FDD or Frequency-Division Duplex signaling technology is used by CDMA and WCDMA/UMTS for most modern cellular systems, and is the technology most LTE providers will use, including the networks being built out by AT&T and Verizon in the U.S. Qualcomm owns most of the patents supporting CDMA and WCDMA technologies.

TDD or Time-Division Duplex is an alternative flavor of the LTE standard developed by China, and is being deployed in that country under the name TD-LTE. China developed its own TD-SCDMA and now TD-LTE to avoid paying Qualcomm’s patent royalties. By supporting both FDD and TDD technologies, Qualcomm’s chipset can enable a single device to work on a wide variety of 3G or 4G networks.

It’s not clear if Apple is supporting TDD-LTE (or China’s 3G TD-SCDMA) in its existing iPhone 5 versions. This would dictate whether a separate model would be needed to support LTE service in China and India. Apple’s partner Softbank initially built out TDD-LTE in Japan, but has since augmented its coverage with standard FDD-LTE.

However the MDM9615 does appear to be giving Apple support for new DC-HSPA+ and EV-DO Rev-B, making it likely that Apple’s existing iPhone 5 models will eventually make it to a wider selection of carriers. And even in areas with incompatible LTE networks, iPhone 5 will support very fast HSPA+ networks at similar speeds to today’s LTE deployments.

Stay tuned for additional details as they become available.

Apple announces iPhone 5, handset to go on sale September 21st

Posted by:
Date: Wednesday, September 12th, 2012, 10:21
Category: iPhone, News


The Apple online store is being updated right now.

And for good reason.

At long last, Apple on Wednesday unveiled its iPhone 5 handset. Per Macworld, the new device features a taller screen, a new dock connector port, LTE support, and other changes.

The new handset, which is now 7.6mm thin and weighs 112 grams, now incorporates a 4-inch display that offers 326 pixels per inch and 1136 x 640 resolution.

Apps that aren’t updated don’t stretch or scale but will display letterboxed on the iPhone, with black borders surrounding the centered app.

The iPhone 5 offers 44 percent more color saturation than the iPhone 4S, Schiller said, and because the touch sensors are integrated right into the display, it’s 30 percent thinner, with sharper imagery, and less glare in sunlight.

New to the iPhone 5 is LTE, HSPA+, and DC-HSDPA support. That’s on top of the GPRS, EDGE, EV-DO, and HSPA that the iPhone 4S offered. Apple VP of Worldwide Marketing Phil Schiller said that with LTE, the iPhone 5 can achieve a “theoretical maximum downlink of up to 100Mbps.”

Schiller explained that the iPhone 5 uses one baseband chip for voice and data and a single radio chip. The new phone also improves upon the iPhone 4S’s dynamic antenna, Schiller said, improving its ability to automatically switch to different networks as appropriate.

LTE partners for the iPhone 5 include Sprint, AT&T, and Verizon in the U.S, and Rogers, Fido, Bell, Telus, and more in Canada. Schiller said there are “plenty” of LTE partners in Asia, Australia, the UK, and Germany, with lots of DC-HSDPA support in Europe as well.

The iPhone 5 also gains better Wi-Fi, with support for 802.11 a/b/g/n. The 802.11n standard is 2.4GHz and dual channel 5GHz, up to 150 Mbps, Schiller said.

The processor in the iPhone 5 is the brand new Apple A6, which is twice as fast at CPU and graphics processing compared to the A5 that drove the iPhone 4S, Schiller said. It’s also 22 percent smaller than its predecessor, freeing up more space inside the iPhone, and making it more energy efficient to boot. Schiller said that everything—launching apps, viewing attachments, loading music—would be twice as fast as before.

Schiller explained that Apple wanted “to match the battery life of the 4S in a thinner and lighter design” for the iPhone 5. The company ended up exceeding that battery life; the iPhone 5 will offer eight hours of 3G talk time and browsing and LTE browsing, ten hours of Wi-Fi browsing, ten hours of video, 40 hours of music, and 225 hours of standby time.

The iPhone 5’s camera sports an eight megapixel sensor, 3264 by 2448 pixel images. It’s backside illuminated, with a hybrid IR filter, five-element lens, and a fast f/2.4 aperture. And the camera is 25 percent smaller than the iPhone 4S’s camera. The camera also includes a dynamic low-light mode, which can sense low light and combine elements for two f-stops greater.

The camera also includes, for the first time on an iPhone, a sapphire lens cover, which Schiller said would protect the lens and make images cleaner and sharper.

The A6 chip includes a new image signal processor, with spatial noise reduction and filtering to improve photographs. And the camera’s now 40 percent faster, too.

Also new in the iPhone 5’s camera arsenal is Panorama. You hold the iPhone vertically and sweep your scene; the app tells you at what speed to move. “Even if you’re not perfectly stable,” or if movement artifacts are introduced, Schiller said, the software can compensate in the final image.

Video performance is improved, too. The iPhone 5 offers 1080p HD video, improved video stabilization, face detection for up to ten faces, and can take photos while you’re recording video. The front-facing camera is now a FaceTime HD 720p HD camera with backside illumination, a significant improvement over the iPhone 4S’s VGA-quality front-facing camera.

The iPhone 5 includes three separate microphones, Schiller said: One on the front, one on the back, and one on the bottom. They improve noise cancellation and voice recognition.

The speaker gets improved, too. It now includes five magnets in its transducer, with better frequency response and better sound—while being 20 percent smaller than the speaker in the iPhone 4S. The earpiece is now noise-canceling, too, Schiller said.

With some carriers, the iPhone 5 will support wideband audio. In a typical cell phone call, the frequency of data in your voice is compressed around the midrange, Schiler said. But that doesn’t sounded entirely natural. Wideband audio fills up more of the frequency spectrum to make your voice sound more normal. Schiller said 20 carriers will support the technology at launch, and didn’t mention any U.S. carriers that would.

If you wondered as to whether Apple would adopt a new connector type to replace the Dock connector, the answer is “yes”. The iPhone 5 abandons the familiar 30-pin dock connector port, which first appeared with the original iPod in 2003. In its place is a smaller port, which Apple calls Lightning.

The 8-signal Lightning connector is all-digital, with an adaptive interface and improved durability. It’s reversible (meaning you can orient it either way, like a MagSafe adapter), and it’s 80 percent smaller than the connector it replaces.

Schiller announced that Apple would offer a 30-pin-to-Lightning connector, but didn’t mention pricing.

The iPhone 5 will come in an all black model, and a white model with a bright silver aluminum finish.

The iPhone 5 will be available September 21 in the U.S., Canada, UK, France, Germany, Australia, Japan, Hong Kong, and Singapore, with pre-orders starting on September 14. It will retail for US$199 for 16GB, US$299 for 32GB, and US$399 for 64GB—the same pricing as the iPhone 4S that preceded it. The iPhone 4S drops to US$99; and the iPhone 4 is now the free, entry-level iPhone. All those prices require two-year commitments.

The iPhone 5 will be available in 20 more countries a week later, and in 100 countries over 240 carrier partners by year’s end.