It's an ugly little mutant, like a Courier screwed an EeePC and Kindle. The e-Ink screen's 9.7 inches—same as the Kindle DX—and readers ePub and PDF files. It'll let you take notes with stylus, or tap them out on a keyboard. On the Android side, which will apparently let you run full Android apps, you've got a 10.1-inch, 1024x600 screen, which you can use to look at images from books (in full color?). Like any good anything that does everything, it also records video and audio. For wireless, it's got Wi-Fi and optional 3G, along with Bluetooth for external keyboards.

Admittedly, I kind of like the idea of a reader I can use to browse the internet too, but I just can't do it on something this hideous. And, I really can't abide stupid capitalization patterns, like eDGe. It's $500, if you can. [Entourage via Cnet]]

The problem, of course, is that monthly fees will most likely be part of the deal—monthly fees that many GPS users are probably not willing to pay. Still, the nuvi 1690 appears to be on its way, for better or worse—although pricing and a release date have yet to be announced. [Electronista]

•Turn your outgoing calls into incoming calls using the Incoming! desktop application along with the iPhone application.
•Depending on your phone plan, you can eliminate long distance charges and daytime minute fees.
•Make your own visual favorites list for fast dialing.
•Easily access contacts from your phone's address book.
•Conference calling supports up to nine callers.
•Supports international calling.
•This app also works with an iTouch by routing the incoming call to a nearby phone.

I have to admit, that sounds pretty awesome if it works properly. You can check it out for yourself in the App Store right now for $5. [TerryDemco and iTunes]

New iPhone Application Allows You to Use Skype Over 3G and Edge Networks

Users can harness the power of Skype without the WiFi VoIP restrictions by turning every call into and incoming call.

MIAMI, FL – June 16, 2009 – Terry Demco, developer of Apple iPhone/iTouch applications, today announces the release of his newest app, Incoming! for Skype. With Incoming!, every call becomes an incoming call with the assistance of a partner application that's downloaded onto the users main computer. By using a helper app on a computer that's connected to the internet, it allows Skype to work on the 3G or Edge network, thus eliminating VoIP restrictions. Incoming! is now available in all iTunes stores around the world for $4.99 US. More information can be found at www.terrydemco.com.

Just the facts:

* Turn your outgoing calls into incoming calls using the Incoming! desktop application along with the iPhone application.
* Depending on your phone plan, you can eliminate long distance charges and daytime minute fees.
* Make your own visual favorites list for fast dialing.
* Easily access contacts from your phone's address book.
* Conference calling supports up to nine callers.
* Supports international calling.
* This app also works with an iTouch by routing the incoming call to a nearby phone

Requirements:

* Mac OS X 10.5 or Vista
* Skype version 2.8 (Mac) or Skype version 4.0 (PC) on your main computer
* Current SkypeOut account
* Main computer must have internet connection

Expected in June, the models are said to line up as follows: a 2.75G (which Slashgear interprets as EDGE) version, an upgraded 3G version and a China-oriented model, possibly to support a Chinese CDMA carrier. The mention of EDGE would seem to indicate that one of these models will be a budget version, but not necessarily a smaller one—the report makes sure to say that there won't be an iPhone Nano. It goes on to say that component suppliers are reporting a first run of four million for the combined handsets, which is a lot, but not out of the question.

The obvious surprise here, though, is that EDGE phone. To revert to a waning network standard a full year after consciously switching from it doesn't seem very Apple. That said, a fully subsidized iPhone paired with a cheaper data plan could tap an entirely new market for the company, drawing millions more users to the lucrative App Store/iTunes fold. Strange, yeah, but this shouldn't be ruled out—the Commercial Times has a solid record on Apple hardware rumors. [Commercial Times via Slashphone]

The chromeless Edge, vibration-countering Shaking Web, privacy-inclined Incognito and enhanced-tab WebMate browsers all claim functionality that you can't get with Mobile Safari, but they're all based on Safari's version of WebKit. In a sense, they're like browser extensions, but which can only run one at a time and as completely separate apps.

This isn't an entirely new concept, as many iPhone apps already call on Safari's rendering engine (the NYT, AP and USAToday apps, the name a few) to display content. The difference now is that these browsers are marketed as browsers, and could serve as total replacements for the stock app.

The approvals do represent some leniency in Apple's app approval policies, but don't necessarily mean that the company is moving any closer to approving browsers based on a different engine, namely Opera Mobile and Firefox. Assuming these approvals hold, though, we could soon see a huge expansion of Mobile Safari's capabilities, albeit through awkward, redundant copies of the app. [MacRumors]

AT&T was calling me to set up an interview with their CTO, but all I could hear was garbled noise on my AT&T iPhone. "I can't really hear you!" I shouted, as if volume would clear the channel. It's always been like this, in my home in San Francisco.

While the howls of iPhone 3G reception issues get louder and louder, I've always wondered if it was the network's fault, as some Swedish scientists and journalists have recently suggested. Maybe it's just new AT&T customers making the bulk of the noise. From my experience, the phone isn't blameless, but the network is a major part of the issue.

Continuing the call on an land line, I said I'd be glad to meet with John Donovan. To be perfectly honest, on a certain level, I didn't really want to ask questions. All I wanted to do was get the guy in front of me and berate him for his network's voice quality and reception, relatively slow 3G rollout and coverage. AT&T's been last in all those metrics for years (according to JD Powers) and they were still raking in the bucks as the nation's largest carrier. But after meeting him, I'm certain John Donovan has the intent the Old AT&T didn't. And a detailed plan on how to make "More Bars in More Places" less like a joke and more like a promise. In fact, Donovan surprised me when he said, "We want to be number one in all those metrics" — That's a lot of big talk when I can't even make a call from my own house right now. Here's the outline of the plan, which Donovan provided later — as well as some straight talk from an AT&T engineer on whether or not the plans will work.

•Cell site splitting. We’re deploying about 1,500 new cell sites this year. This enhances service quality in two ways – we’re expanding the geographic reach of the network, and in some places, we’re adding cell sites in existing territory to improve coverage and capacity.

•We monitor the usage for both data and voice on each and every cell site sector, combine that with our forecasts and customer feedback to target specific locations where we need to augment capacity via further cell splits.

•TDMA turndown. Earlier this year we turned down our TDMA/Analog networks. That allowed us to free up key spectrum to redeploy into the UMTS/HSPA network. Not only does that give us the opportunity to increase overall capacity on UMTS/HSPA, it enables us to deploy UMTS/HSPA at 850 Mhz (vs 1900 Mhz). This 850 spectrum provides optimum in-building coverage. We’re in the midst of turning up this spectrum on the UMTS-HSPA network across the country.

•Short measurement intervals. We’re deploying capabilities to measure network performance in much shorter intervals. This capability will be especially important to maximize service quality during major events. For example, during a Final Four or World Series game, traffic on the network will spike during time outs, or when a great play, bad call, or something else big happens. In normal circumstances, we might measure traffic and performance a few times per hour, but in these situations, we’ll monitor every few minutes to ensure maximum performance during the spikes that occur in real time.

•Wireless backhaul. We’re leveraging our U-verse and metro Ethernet fiber deployments to enhance wireless backhaul connections in many areas. We’re moving more and more of our wireless backhaul onto the 40 Gbps AT&T backbone network. So … the investments we’re making to maximize service quality on the wired side also benefit our wireless customers.

•Drive testing. AT&T technicians and other third-party vendors will drive-test its network nearly 30 million miles in the next year to improve the network’s coverage and quality.

•Hundreds of technicians from third-party testing companies, infrastructure vendors and AT&T technicians use specially designed vehicles to travel throughout the country and test the signal strength and coverage of AT&T’s ALLOVER Network.

•Along with drive-testing its own network, AT&T drive-tests competitors’ networks to ensure that its coverage and quality are equal to or better than other companies providing service in the area.

•The drive-test results help to prioritize where the company invests in new cell sites and equipment that enhances the network quality and coverage.

While a great deal of the document above is fairly obvious, there are many roadblocks to executing the plan and improving the network. Donovan's interview revealed some details of the plan above, but some engineers within the ranks gave me a great deal of insight, too.

A large part of the problem, Donovan said, is that people would complain, and yet, by all of their measurements, the user should have had full bars in the place and at the time they reported the poor coverage. Hence the need for better tools and more frequent sampling, instead of several times per hour, they'd do it every few minutes during congested periods. A great deal of that testing is done using network tools, but drive testing will help, and AT&T also tests their competitors' networks for comparison.

Adding more towers in a place is not simple. It's a local affair, requiring navigation of local building codes and politics. Somewhere like SF makes that hard, but the hilly terrain wouldn't help the situation either. And while 30 million miles of driving sounds like a good idea, the engineers I talked to insisted that drive testing is really just a final check once you've got enough towers in place. "Save the money on drive testing and build sites or improve sites we already have...[by] buying t-1s to increase capacity." He also commented that adding 1500 towers alone isn't enough to solve the problem.

Turning down analog networks sounds like a winning strategy, as long as you don't mind grandma's cell call quality being degraded. The activation of the 850MHz band will also enable better indoor reception, which is going to be critical in expanding data/voice quality as user counts go up. Donovan also said that they'd shift their allocation of bandwidth towards data from voice, which makes sense. Analog aside, the EDGE legacy is taking up resources on the towers which are shared with 3G. As one of the engineers said, having UMTS and GSM use the same antennas causes "interference and performance. It’s like putting a splitter on a garden hose the flow is still there but volume is cut in half on each side." (This is where Verizon and Sprint have an advantage.)

And as Wired has realized, 3G range being more limited, AT&T can't actually blanket a city by using the same tower locations as their EDGE counterparts. But my engineer friend also said, "We went from 2.5g experts to 3g novices." They don't have the training or experience to find or fix issues as well as they do on EDGE networks. Many in the field are also lacking the expensive test gear for UMTS to find bad channels and interference.

Why didn't AT&T make these investments in the first place, while Starbucks and T-Mobile worked on Wi-Fi hotspots and Sprint/Verizon went 3G ahead of the curve? Money.

And while AT&T's financially conservative strategies in the past have limited expansion, there's no reason they couldn't also do so in the future. I asked Donovan if caution was the overriding strategy behind waiting to match Sprint's initial 3G rollout, he replied, "I'd like to say we're deliberate. " He added that initially meeting the voice quality and data rates of Sprint's 3G network would have been both technically and financially impossible, despite the customer benefit. (One only needs to look at Sprint's financial weakness now to appreciate the wisdom of his point.) He also pointed out that by waiting, they got to leapfrog the limitations of Sprint's EVDO networks, referring to the extended data rates their network will eventually run at, at a better value. "The most astute thing you can do is be as late as possible and as fast as possible. Because it's going to cost you more if you do it too early, and if you do it too late, you don't get the features you want."

When AT&T's LTE networks do make the jump past Sprint, from 1.7Mbit to 7Mbit to 11Mbit to 20Mbit, their bottle neck will move to their backend infrastructure. To counteract that, they'll depend on their extensive wired and fiber backhauls the company has. But, in areas where the telco is owned by AT&T, AT&T wireless still has to buy lines from themselves and the budget isn’t there. According to at least one engineer, "We still operate at the field as two completely different companies. While at the top they see “ONE” we see many."

Will AT&T succeed at having the best call quality, coverage and reception? Who knows. But at least here, we have their plans on record and can hold them to the goal. After all, they're the biggest carrier — they've got a responsibility to all of us to make their network the best, no matter what the cost.

I just want to be able to hear the other person on the end of the line.

The Price: $159

The Verdict: High quality for a semi-premium price. The DiNovo keeps the same form factor as the old PC version, but adds Mac-centered function keys and shortcuts like Dashboard, Mail, Safari, iTunes, iPhoto, Expose and Spotlight, as well as custom playback controls, an on-board mini-trackpad, a volume slider and the obligatory command, option and control keys.

In terms of build quality, it's super stable and can stand up to quite a bit of hard typing if you've got hammer fingers. It's also on the soft side of keyboard (not like the IBM clackfests), so people who enjoy the latest Apple aluminum keyboards will definitely like this. In fact, it's probably even slightly more comfortable than Apple's, which is good, seeing as this costs about twice as as their wireless version.

There's no num pad, but even without it the keyboard takes up a not insubstantial amount of space on your desk. There's a nice docking station for recharging once a month. We'd definitely give this a thumbs up for users who type a lot to justify the $160 price tag. [Logitech]

[Apple]

FREMONT, Calif. —(Business Wire)— Aug. 6, 2008 Logitech (SWX:LOGN) (NASDAQ:LOGI) today announced the perfect keyboard to complement your Mac(R) computer. The Logitech(R) diNovo Edge(TM), Mac(R) Edition is the newest addition to Logitech's line of award-winning diNovo keyboards and the first diNovo keyboard specially designed for the Mac.

"We're truly delighted to offer discerning Mac enthusiasts our highest quality in keyboard design and performance," said Denis Pavillard, vice president of product marketing for Logitech's keyboards and desktops. "From the piano-black finish to its built-in TouchDisc(TM) touch pad, the diNovo Edge can make it a pleasure for you to type, control music or launch your favorite applications."

Since the introduction of the original diNovo(TM) Media Desktop(R) in 2004, Logitech's diNovo line of distinctive keyboards has garnered many awards in response to its blend of design and performance. The newest diNovo keyboard is exceptionally thin (1/2 inch or 11.05 mm) with a high-gloss, semi-translucent Plexiglas(R) frame, sharp angles and soft-orange backlighting. The aluminum palm rest with anodized-silver finish looks good with any Mac computer, including the iMac(R) and the MacBook(R) Pro.

In addition to its design, the diNovo Edge, Mac Edition features optimized Mac keys for one-touch access to Mail, Safari(TM) and iTunes(R), as well as many other Mac-specific applications. The new Logitech keyboard even offers a Power button that turns your Mac computer on and off, while the TouchDisc allows you to scroll and navigate from your keyboard. Moving a finger up and down or across the disc moves the cursor on the computer screen, and moving the finger in a circular motion around the perimeter of the TouchDisc enables you to scroll horizontally and vertically through documents. (Logitech Control Center software installation is required for some features.)

For a typing experience that's comfortable, fluid and silent, the new Logitech keyboard features the Logitech PerfectStroke(TM) key system. PerfectStroke is designed to create longer key travel - 3.2 mm compared to 2.2 mm - than that of typical notebook keyboards, which means that the distance your fingers have to travel to activate a key is optimized for your comfort. And because micro-scissors distribute force evenly across key surfaces, even if you strike the edge of a key, the key stroke still feels the same.

An included charging base eliminates the hassle of changing batteries, with a four-hour charge giving you up to one month of battery life. A 10-minute power charge provides one day of use.

So you can get started right away, the new Logitech keyboard connects directly to a Mac computer through Bluetooth(R) wireless technology, providing a range of up to 30 feet.

Pricing and Availability

The Logitech diNovo Edge, Mac Edition cordless keyboard is expected to be available in the U.S. beginning this month. The suggested retail price in the U.S. is $159.99.

Update: Having problems setting it up on my iPhone 3G. I follow the instructions and the phone seems to "connect", but that's about it. No connections shown in the NetShare app, and nothing goes through.

Update 2: Now we're getting the message that it's not available in the US store. Sucks.

GSM is the most widely used mobile standard—210 countries—and by AT&T and T-Mobile in the US. What's groovy about GSM is that any device that'll take a SIM card—"subscriber identity module" is a chip that identifies you to the network and allows you to get on—can get you on a local network. Hence the market for "unlocked" phones that aren't tied to any carrier, which you can just pop an AT&T or T-Mobile SIM card in. It's also AT&T's response to Verizon's open initiative: GSM networks are technically already open.

CDMA is a competing voice-and-data standard that is smaller in distribution—but highly prevalent in Korea, Japan, South America and the US, on the networks of Verizon Wireless and Sprint (including MVNOs such as Helio and Virgin Mobile). CDMA is actually more efficient in terms of the way it uses channels, but it doesn't have GSM's "open" advantage of SIM card swapping. (This is why you can't take your iPhone to Verizon.)

2G refers to any second-generation networks—like CDMA and GSM/GPRS—that are digital, and not analog (which would be 1G). It's mostly for voice, but there's some slow data, too. (Remember WAP?)

2.5G are data upgrades to 2G networks that allow for faster data transfer. EDGE is the best known, used by T-Mobile and AT&T (and the bane of iPhone owners everywhere) and a transitional tech to 3G. Still pretty pokey, topping out at 200kbps downstream real world. Verizon and Sprint have a 2.5G technology called 1XRTT.

3G Now we're talkin'. Third generation is what we finally call "mobile broadband," with the potential for early DSL-like speeds. In the US, this involves two standards: the CDMA-based EV-DO for Verizon and Sprint, and HSPA for AT&T (running now) and T-Mobile (coming this year). Japan, parts of Asia and Europe also make use of W-CDMA. Despite the name, it's actually a GSM technology developed by NTT DoCoMo. For Americans this doesn't matter and only confuses things, so forgetaboutit.

HSPA High-Speed Packet Access is the umbrella term for two complementary GSM technologies, HSDPA and HSUPA, with the D and U standing for "downlink" and "uplink" respectively. Currently HSDPA can pull down info at speeds up to 14.4Mbps, but in the US it's more like 3.6, and only under amazing conditions. AT&T plans to hit 7.2 later this year. HSUPA is an add-on to HSDPA, rolling out in the US this year, which can transmit data at up to 5.7 Mbps, up from 384Kbps.

EV-DO is CDMA's 3G data service, used by Sprint and Verizon. There are different revisions, called Revs. The latest, Rev. A, is capable of 3.1Mbps downstream and 1.8Mbps up in ideal conditions. Though its specs are not as hot as HSPA, it is the most robust and widespread 3G network currently in the US.

4G is the near future of wireless data, with download speeds equivalent to or faster than most US broadband networks.

WiMax is 4G ultra-high-speed mobile broadband developed by Intel, Motorola and Samsung. In the US, Sprint is the only carrier planning to deploy it nationwide. WiMax promises incredible long range and connectivity on par with what you can get at home—think of it as Wi-Fi on 'roids. It was supposed to roll out hard this year, but Sprint has been having a lot of internal problems, necessitating cash injections from partners like Intel. Consequently, you probably won't see WiMax till '09 or '10.

LTE Long-Term Evolution is the other major 4G ultra-high-speed mobile data dealio. It's a GSM-based technology, and quickly emerging as the dominant next-gen standard, in part thanks to WiMax's stupor and Verizon's adoption of it. Though Verizon and AT&T have competing formats currently (CDMA and GSM respectively), both pledge to roll out LTE in the US. Verizon will do this as an overlay to its current network, meaning both CDMA phones and new LTE devices will work throughout the footprint. You'll start seeing LTE in the US in 2010 with mass coverage by 2012.

We skipped over some acronyms, and sped past others, but this should be all you really need to know to navigate Giz's mobile device coverage, so do yourself a favor and bookmark it.

Do you want Giz Explains to clear up any areas of overwhelming confusion? If so, fire a message to our Tips line with the subject "Giz Explains," and we'll see what we can do.

Engadget also reckons you'll be able to make phone calls as well, and that it's Linux-based. I couldn't possibly comment. [UMPCPortal and Engadget]

It's not the fastest tech on th block by any means, but it's potentially very good news to a slew of iPhone owners, as well as any manufacturer who'd like to compromise a bit of speed in the interest of battery life. [press release via gigaom]

In addition to sweet enterprise support including push e-mail and even sweeter new games (SPORE!!), Jobs revealed the innards of the dev kit.

• Apple combined mouse and keyboard Cocoa with our multitouch knowledge to build Cocoa touch for the iPhone SDK.

• Core OS has the OS X Kernel, Lib System, BSD TCP/IP, Sockets, Security, Power Mgmt, Keychain, Certificates, File System, Bonjour

• Took everything we knew about creating stuff with Cocoa and everything about a touch API for iPhone to build Cocoa Touch

• Cocoa is great, but based on mouse & keyboard input

• Used all of the above (except Cocoa) for iPhone OS

• Cocoa, Media, Core Services, CoreOS

• Has all audio/video capabilities: Core Audio, OpenAL, Audio Mixing, Audio Recording, Video Playback, JPG/PNG/TIFF, PDF, Quartz (2D) Core Animation, OpenGL ES

• "The Media layer is everything you'd expect from Apple"

• Also include SQLite, Core Location

• Cocoa Touch: Multi-Touch events/controls, Accelerometer, View Hierarchy, Localization, Alerts, Web View, People Picker, Image Picker, Camera

• Everything is hardware accelerated for performance and long battery life

• OpenGL ES is the embedded version of OpenGL, "absolute screamer" on the iPhone

• Started there and enhanced it to work with the iPhone

• Xcode is our dev environment and what we use to build everything for Mac OS X

• "This is the architecture of the iPhone OS. It is the most advanced platform out there for mobile devices. We are YEARS ahead of any other platform for mobile devices."

• Integrated documentation, "Shipping a lot of great documentation with the SDK, and you can access it within the software"

• Project management, integrated source control

• Xcode will now code complete for the APIs in the SDK

• Can connect to iPhone like the remote debugger and see live performance of your app on your Mac from the iPhone

• Instruments: "Comprehensive suite of performance analysis tools"

• Do code connections within Interface Builder, connect it right to the code

• All the controls from Cocoa Touch are built right into Interface Builder

• Interface Builder: "Makes building your user interface as simple as drag-and-drop"

• Remote debugger—plug in your iPhone, run it on the iPhone live, but debug from the Mac

• Run your iPhone app in the simulator on your Mac, works great side-by-side with Xcode

• Introducing brand new iPhone dev tool: iPhone Simulator

• See peaks and valleys, realtime data, timeline view, multiple data tracks

[Giz Apple Liveblog]

Official Press Release:

Apple Announces iPhone 2.0 Software Beta

Includes SDK & Built-in Microsoft Exchange ActiveSync

CUPERTINO, Calif., March 6 /PRNewswire-FirstCall/ — Apple(R) today previewed its iPhone(TM) 2.0 software, scheduled for release this June, and announced the immediate availability of a beta release of the software to selected developers and enterprise customers. The iPhone 2.0 beta release includes both the iPhone Software Development Kit (SDK) as well as new enterprise features such as support for Microsoft Exchange ActiveSync to provide secure, over-the-air push email, contacts and calendars as well as remote wipe, and the addition of Cisco IPsec VPN for encrypted access to private corporate networks.

"We're excited about creating a vibrant third party developer community with potentially thousands of native applications for iPhone and iPod touch," said Steve Jobs, Apple's CEO. "iPhone's enterprise features combined with its revolutionary Multi-Touch user interface and advanced software architecture provide the best user experience and the most advanced software platform ever for a mobile device."

The iPhone SDK provides developers with a rich set of Application Programming Interfaces (APIs) and tools to create innovative applications for iPhone and iPod(R) touch. Starting today, anyone can download the beta iPhone SDK for free and run the iPhone Simulator on their Mac(R). Apple today also introduced its new iPhone Developer Program, giving developers everything they need to create native applications, and the new App Store, a breakthrough way for developers to wirelessly deliver their applications to iPhone and iPod touch users.

With the iPhone SDK, third party developers will be able to build native applications for the iPhone with a rich set of APIs, including programming interfaces for Core OS, Core Services, Media and Cocoa Touch technologies. The iPhone SDK will allow developers to create amazing applications that leverage the iPhone's groundbreaking Multi-Touch(TM) user interface, animation technology, large storage, built-in three-axis accelerometer and geographical location technology to deliver truly innovative mobile applications.

Apple has licensed Exchange ActiveSync from Microsoft and is building it right into the iPhone, so that iPhone will connect out-of-the-box to Microsoft Exchange Servers 2003 and 2007 for secure over-the-air push email, contacts, calendars and global address lists. Built-in Exchange ActiveSync support also enables security features such as remote wipe, password policies and auto-discovery. The iPhone 2.0 software supports Cisco IPsec VPN to ensure the highest level of IP-based encryption available for transmission of sensitive corporate data, as well as the ability to authenticate using digital certificates or password-based, multi-factor authentication. The addition of WPA2 Enterprise with 802.1x authentication enables enterprise customers to deploy iPhone and iPod touch with the latest standards for protection of Wi-Fi networks.

The iPhone 2.0 software provides a configuration utility that allows IT administrators to easily and quickly set up many iPhones, including password policies, VPN setting, installing certificates, email server settings and more. Once the configuration is defined it can be easily and securely delivered via web link or email to the user. To install, all the user has to do is authenticate with a user ID or password, download the configuration and tap install. Once installed, the user will have access to all their corporate IT services.

The iPhone 2.0 software release will contain the App Store, a new application that lets users browse, search, purchase and wirelessly download third party applications directly onto their iPhone or iPod touch. The App Store enables developers to reach every iPhone and iPod touch user. Developers set the price for their applications — including free — and retain

70 percent of all sales revenues. Users can download free applications at no charge to either the user or developer, or purchase priced applications with just one click. Enterprise customers will be able to create a secure, private page on the App Store accessible only by their employees. Apple will cover all credit card, web hosting, infrastructure and DRM costs associated with offering applications on the App Store. Third party iPhone and iPod touch applications must be approved by Apple and will be available exclusively through the App Store.

The iPhone SDK provides a reliable, fast and secure way to create innovative applications for the iPhone and iPod touch. In addition to the rich set of iPhone OS APIs, the iPhone SDK also provides advanced tools for creating native iPhone and iPod touch applications including: Xcode(R) for source code editing, project management and graphical debugging; Interface Builder with drag and drop interface creation and live preview; Instruments to monitor and optimize iPhone application performance in real time; and the iPhone Simulator to run and debug applications.

During the beta iPhone SDK program, a limited number of developers will be accepted into Apple's new iPhone Developer Program and offered the ability to get code onto iPhones for testing. The Standard Program costs $99 (US) per year and gives members an iPhone SDK and development tools; access to

pre-release iPhone software; technical support; the ability to get code onto iPhones for testing; and distribution of applications via the new App Store. The Enterprise Program costs $299 (US) per year.

In addition to these new iPhone network and security features, the beta iPhone 2.0 software provides several new Mail features such as the ability to view PowerPoint attachments, in addition to Word and Excel, as well as the ability to mass delete and move email messages.

Pricing & Availability

Apple plans to release the final iPhone 2.0 software, including the iPhone SDK and new enterprise features, as a free software update for all iPhone customers by the end of June. Third party applications created for the iPhone will also run on the iPod touch, and iPod touch users will be required to purchase a software update to run these applications. The free beta iPhone SDK is available immediately worldwide and can be downloaded at developer.apple.com/iphone/program. The iPhone Developer Program will initially be available in the US and will expand to other countries in the coming months. Apple is accepting applications beginning today from enterprise customers who would like to join the private iPhone Enterprise Beta Program (http://www.apple.com/iphone/enterprise).